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Regulatory Impact Assessmentof EU Seveso II Directive
(96/82/EC)
This project is funded by European Union
Authors
Sayman, Rıfat Ünal (MSc) (lead author) Regional Environmental Center (REC) Turkey
Baş, Dursun Regional Environmental Center (REC) Turkey
Öztürk, Ahmet Eren (MSc) Regional Environmental Center (REC) Turkey Cordova-Novion, Cesar (PhD) Jacobs, Cordova & Associates
REC RIA Committee Members
Sezer Eralp, Sibel (PhD)
Okumuş, Kerem (MSc)
Sayman, Rıfat Ünal (MSc) Güder, Nafiz
MoEU RIA Working Group
Contributors
Malkoç, Nihat
Tomas, Kadir (PhD)
Regional Environmental Center (REC) Turkey
Ertürer, Gönül
Girgin, Serkan (PhD)
Köse, Pınar
Bağan, Mustafa
Steering Committee for RIA
Regional Environmental Center (REC) Turkey
Turkish Ministry of Environment and Urbanization
Turkish Prime Ministry Turkish Ministry of Development
Turkish Ministry for EU Affairs
Turkish Ministry of Foreign Affairs
Delegation of European Union to Turkey
This Regulatory Impact Assessment Report was submitted in partial fulfillment of the requirements for the “Capacity Building in
the Field of Environment” project funded by EU Instrument for Pre-Accession Assistance (IPA) whose beneficiary is Turkish
Ministry of Environment and Urbanization.
Disclaimer
The content of this report does not reflect the official opinion of the European Union and Turkish Ministry of Environment and Urbanization. Responsibility for the information and views expressed in the report lies entirely with the Regional Environmental Center (REC) Turkey.
Baykara, Cengiz (PhD)
Dağ, Kemal
Demirural, Müfide
Yetgin, Funda
Göktaş, Ahmet
Aklan, Ayşe Pınar
Ercan, Özlem
Ekmekçi, İrfan
Zırhlı, Özlem
This project is funded by European Union
Capacity Building in the Field of Environment
Regulatory Impact Assessment of EU Seveso II Directive (96/82/EC)
Regional Environmental Center (REC)
Turkey, 2012
FINAL
REC Turkey – 2012 Page: i
Executive Summary
The Assignment
To be a member of EU, Turkey needs to implement the directive of the European Parliament and of
the Council of 9 December 1996 on the Control of Major Accident Hazards Involving Dangerous
Substances (aka the ‘Seveso II Directive’).
The Ministry of Environment and Urbanization requested REC Turkey to prepare a Regulatory Impact
Analysis to assist the implementation and enforcement of the Seveso II Directive.
The Problem
Modern industrial production processes requires the use of chemical substances. Chemical substances
are crucial components of the production of consumer goods, as well as agriculture, manufacturing,
construction, and service industries.
Turkish Chemical Manufacturers produced 126 million tons of chemicals in 20101. Failures in the
storage, use, production and disposal of these substances may lead to explosions, fires or releases that
can cause serious damage.
The immense negative impacts of major industrial accidents to environment, society and economy
have been documented worldwide over the past couple of decades. Unfortunately, there have been
numerous detrimental accidents over the years (see Annex - 7. 1). The release of a toxic cloud of
chemicals at Seveso (Italy, 1976) and the toxic leak at Bhopal (India, 1984) are among the worst in
history.
Box 1 - Seveso and Bhopal Disasters
Seveso Disaster Bhopal Disaster
The accident at a chemical plant in
Seveso, Italy (1976) resulted in the
release of a cloud of chemicals
containing dioxin, exposing 37,000
people, contaminating 1800-hectare
area and slaughtering about 75,000
animals.
Toxic leak at Bhopal, India (1984)
resulted in a death toll ranging from
4,000 to 20,000 people. The disaster
caused serious health problems to
both human and animal populations
for a long term.
Following the Seveso accident in 1976, the EU prompted the adoption of legislation aimed at the
prevention and control of such accidents. The Directive has been periodically amended based on
lessons learned from major industrial accidents (see section 1.3).
1 Turkish Chemical Manufacturers Association, 2010
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REC Turkey – 2012 Page: ii
Turkey also challenged with major accidents. Recent examples in Turkey illustrate the serious
consequences. The 1999 earthquake resulted in many deaths and loss of property due to the explosions
in the TUPRAS refinery and Yalova AKSA facilities in İzmit. Other recent major accidents occurred
in establishments like the Tuzla Shipyards, the Akçagaz LPG filling plant, and the most recently
Kayalar Kimya ve Sanayi A.Ş.2 (See Annex - 7).
Turkey transposed Seveso II Directive with the By-Law on Control of Major Industrial Accidents both
as a requirement of EU accession process and as a prevention of future major accidents. Turkey
published the By-Law in August 18, 2010, which will enter into force in January 2014. The Directive,
with the implementation of the By-Law, will bring benefits to Turkey.
The Directive also requires important legal, technical and institutional reforms that will have
economic, social and environmental costs. It will also require budgetary and financial expenditures of
the public authorities and relevant stakeholders. These costs, their finance and distribution among
stakeholders will be the major challenge for Turkey.
Additionally, the Government will face several problems and challenges for the successful
implementation:
Implementation of the Directive requires involvement of different administrative bodies which
has limited human resources and technical capacity,
There is a limited understanding and no consensus among stakeholders on the definition and
practice of risk assessment in the context of the Directive,
Turkey does not have land use planning practices to prevent and control major accidents, in
case of siting new Establishments and modifications to present ones
Seveso Establishments and residential areas are overlapping,
Some of the Seveso Establishments do not have proper distance between each other, which
may lead to domino effect.
RIA Methodology
Regulatory Impact Analysis is an evidence-based process used for taking policy and regulatory
decisions. It involves asking key questions in a structured way in order to understand underlying
problems and identify options. Regulatory Impact Analysis analyzes and compares the various impacts
of these options systematically. This supports transparent policy debate and enables important
information to be communicated among government and stakeholders. It is crucial to ensure that key
decisions are made based on an assessment of the costs and benefits of each option.
For this RIA study, REC Turkey customized the current EU Impact Assessment methodology.3
Data Gathering and Impact Assessment Processes
This impact assessment is based on an extensive consultation of stakeholder’s and collection of data,
information and views. To strengthen the RIA study with unbiased evidence, REC Turkey undertook
the following activities:
2 Initial cost estimation for the Kayalar Kimya Sanayi A. Ş. accident is around 200 million American dollars:
http://www.sabah.com.tr/Ekonomi/2012/08/09/bir-kivilcim-kimyamizi-bozdu 3 http://ec.europa.eu/governance/impact/index_en.htm
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REC Turkey – 2012 Page: iii
- Organization of a broad Consultation Process including meetings in Ankara, İstanbul, İzmir,
Adana, and Kocaeli with the support of Turkish Union of Chamber and Commodity Exchanges
Chamber of Commerce (TOBB). During this process, REC Turkey met with over 30 central and
local public institutions, 8 municipalities, and 84 operators.
- Preparation of a Preliminary RIA to validate policy options
- Consultation with the regulatory agencies, industry and trade organizations
- Literature and best practice research at the international level
- Benchmark studies
- Participation to the Seveso Training in Ankara, facilitated by the European Commission’s Joint
Research Centre
- Outputs of the Study tour to The Netherlands (with MoEU Officials)
- Undertaking a survey on the problems and solutions
- Development of cost-benefit models based on several scenarios with different projection tools
REC Turkey benefited from close collaboration of MoEU, TOBB, and Jacobs, Cordova and
Associates.
Baseline
Total number of establishments, which have been registered and identified as “Seveso Establishment”
in the MoEU Seveso Notification System, is 518 as of December 2011. Some of the significant figures
on these Establishments are as following:
- Half of the Establishments have been classified as Upper-Tier (251 - 48.5%) and the remaining
have been classified as Lower-Tier (267 - 51.5%);
- Petrochemicals, Chemical Installations and Manufacturing industrial sectors cover 75.5% of
Seveso Establishments;
- Seveso Establishments are distributed nation-wide (see Figure 1);
- Majority of Establishments (50.2%) are concentrated in the six provinces namely Ankara,
İstanbul, İzmir, Kırıkkale, Kocaeli, and Tekirdağ (see Figure 2);
- Many Seveso Establishments are overlapped with residential areas;
- Some of the Seveso Establishments are Small and Medium Enterprises (SMEs);
- REC Turkey estimates the total number of establishments registered and identified as Seveso
Establishment will increase in the earlier years of the implementation of the Directive due to the
compliance rate.
The number of the “Seveso Accidents” is unknown due to the lack of systematic and detailed reporting
of accidents. Moreover, though it is fact that major accidents made irreversible effects to Turkey’s
economy, human health and the environment, the total cost of these accidents has not been estimated.
Regarding the administrative structure, there are three central public administrations closely related
with the Seveso Directive: Ministry of Environment and Urbanization (MoEU), Ministry of Labor and
Social Security (MoLSS), and Disaster and Emergency Management Presidency (DEMP). Moreover,
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REC Turkey – 2012 Page: iv
local authorities and Organized Industrial Zone (OIZ) administrations will have also responsibilities in
terms of implementation of the Directive.
Figure 1 - Geographical Distribution of Seveso Establishments in Turkey
Source: REC Turkey, Data source: MoEU Seveso Notification Database, December 2011
Figure 2 – Distribution of Seveso Establishments in North-West of Turkey
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REC Turkey – 2012 Page: v
Source: REC Turkey, 2012, Data source: MoEU data
Note: Each dot represents one Seveso Establishment. Dots are randomly distributed within the geographical boundries of the
districts they are registered in.
Turkey’s industrial risk management practices focus on safety measures and risk reduction in the
Establishment itself (on-site). Operators follow current legislations and standards on risk assessment
practices. However, the Directive’s requirements related with risk analysis for the prevention and
limitation of major accidents are new subjects for both CAs and Operators.
The Directive also requires limitation of impacts to public health and environment exposed to the
industrial accidents in the vicinity of the Establishments (off-site) where Turkey lacks experience.
Currently, Turkey does not have a well-developed Land Use Planning regulation and practices for
limit the consequences of the major accidents and off-site protection . Moreover, majority of
Establishments do not perform consultation processes to inform and involve public to decision-making
process.
Objectives
The overall policy objective of the RIA is to ensure a successful implementation of the Seveso II
Directive in Turkey in an optimal way in terms of economic, environmental and social aspects.
The three specific objectives of the RIA are:
- To assist reduction of the major accidents, prevention and limitation of the consequences of
accidents on public health and the environment,
- To ensure the implementation of the Directive with specific policies that reduce the economic,
environmental and social costs for all stakeholders (governmental bodies, municipalities, operators
and general public)
- To achieve full compliance with the Directive, including administrative structure, risk assessment
framework, land use approach and sanctioning policy
These specific objectives leads to seven operational targets defined as follows:
- To calculate the expected cost of implementing the Directive in Turkey,
- To identify the most suitable regulatory framework for Turkey,
- To identify most effective methods to encourage full compliance,
- To set up a suitable administrative structure for proper coordination of multidiscipline problems,
- To develop a proper risk assessment framework,
- To develop the most appropriate land use planning approach,
- To identify enforcement and sanctioning instruments to increase the compliance level.
Policy Areas
In order to implement the main provisions of the Seveso II Directive, the Turkish authorities need to
make several decisions. In addition to measuring/assessing the baseline (corresponding to the “non-
action option”), the RIA study analyzes nine policy options around the following key policy areas of
the Directive:
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REC Turkey – 2012 Page: vi
- Administrative Structure: This policy area analyses different regulatory structures for
Competent Authorities to implement and enforce the Directive and discusses the roles and
responsibilities of relevant public authorities.
- Risk Assessment Framework: This policy area assesses different regulatory frameworks,
where the CAs defines and requires or not, the use of the predetermined risk assessment
standards and instruments by operators.
- Land Use Planning Approaches: This policy area studies different approaches to risk
assessment of land use planning and their implication on safety zones and new developments
around the Establishments.
- Sanction Strategies: This policy area analyzes alternatives for setting up sanctioning
mechanisms that CAs use to ensure that the operators comply with the obligations of the
Directive.
Summary of the Impacts Assessed
The implementation of the Seveso II Directive will provide major environmental, social and economic
benefits:
- The implementation of the Directive will reduce the number of major accidents and mitigate
their consequences. These will lead to:
o Reduction of accidental release of dangerous substances to air, soil and water;
o Less harm to public health (less casualties, injuries and long term negative impacts on
public health)
o Less harm to properties in the vicinity of Establishments (settlements, commercial,
public and social sites, etc.)
o Decrease of the damage in-site the Establishments.
- Without full transposition of directives, the negotiations of the environmental chapter will not
be closed. Moreover, successful implementation of the Directive will support the Turkish
Government in the negotiation process.
- Without full transposition of directives, the negotiations of the environmental chapter will not
be closed. Therefore, directive specific implementation plan will be a positive milestone
towards EU membership.
- Full implementation of the Directive will reduce the risk of infraction fines and some
reputational damages after accession.
- The improvement of safety culture (occupational safety, process safety, off-site safety etc.).
REC Turkey estimates that the total compliance cost of implementing the Directive for government,
business and other stakeholders is around 62 million Euro between 2012 and 2021 (see Table 1).
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REC Turkey – 2012 Page: vii
Table 1 - Total Administrative Costs (PV – Euros)
The following points needs to be pointed out. First, these impacts have been assessed for a period
starting from 2012 and ending in 2021. Second, because the Directive provides some flexibility in
terms of application and Turkey is not a member of the EU yet, the impacts could be incremental.
Third, the economic impact of implementing the Directive will mostly depend on the number of the
Seveso Establishments. Overall, the implementation of the Directive will cause three types of costs:
Administrative compliance cost; REC Turkey developed a model that estimates a total cost of 62
million Euro for 10 years between 2012 and 2021 (PV).
- These costs will not be shared equally. Operators will cover 63 % and public authorities 27%
of the total cost.
- The Directive will have different impacts according to the obligations of each category of
establishments. For Upper-Tier establishment it will be 47.2 million Euro for 10 years
between 2012 and 2021 (PV). In the case of the Lower-Tier establishment it will be 14.8
million Euro for 10 years between 2012 and 2021 (PV).
- In terms of sectors, the most affected one will be the petrochemical (48%) followed by the
chemical industry (21%) (see Figure 3)
- The Directive has a very important first year administrative cost, representing 1/3 of the total
costs for the assessed period. This is due to the preparation of the first set of safety
documentation and reports. The following years, the operators will mostly need to update and
validate this documentation.
- The model estimates that the inspection and assessment costs will also be significant,
representing 1/3 of the total cost and 70% of the total cost for the government.
Row Labels 2012 2013 2014 2015 2016 2017 2018 2019 2020 2021 TOTAL
Operators 17.022.120 1.786.476 1.717.766 2.845.398 3.289.231 3.652.003 2.529.548 1.411.878 2.811.649 2.248.759 39.314.829
Capacity Building 1.990.000 0 0 0 1.701.060 0 0 0 1.454.074 0 5.145.134
Other Costs 0 0 0 0 0 0 0 0 0 0 0
Safety Report 3.960.000 190.385 183.062 176.021 169.251 976.449 156.482 150.464 144.677 139.112 6.245.903
MAPP 3.567.000 171.490 164.895 158.553 152.454 879.544 140.953 135.531 130.319 125.306 5.626.045
SMS 2.475.000 118.990 114.414 110.013 105.782 610.281 97.801 94.040 90.423 86.945 3.903.690
IEP 3.736.000 142.788 137.297 1.325.716 126.938 122.056 1.178.557 112.848 108.507 1.047.732 8.038.440
Public Information Costs 770.500 740.865 712.371 684.972 658.627 633.295 608.937 585.517 562.997 541.343 6.499.423
Inspection & Assessment Costs 523.620 421.957 405.728 390.123 375.118 430.377 346.818 333.479 320.653 308.320 3.856.194
Public Authorities 4.781.955 2.039.750 1.961.298 2.358.454 2.010.534 2.266.468 2.096.657 1.612.044 1.718.613 1.863.920 22.709.693
Capacity Building 230.700 0 0 0 197.203 0 0 0 168.570 0 596.474
EEP 1.868.000 71.394 68.648 538.598 63.469 61.028 478.812 56.424 54.254 425.662 3.686.290
Other Costs 0 0 0 0 0 0 0 0 0 0 0
Public Information Costs 289.500 278.365 267.659 257.364 247.466 237.948 228.796 219.996 211.535 203.399 2.442.029
Inspection & Assessment Costs 2.393.755 1.689.990 1.624.991 1.562.491 1.502.395 1.967.492 1.389.049 1.335.624 1.284.254 1.234.859 15.984.901
Grand Total 21.804.075 3.826.226 3.679.064 5.203.852 5.299.765 5.918.471 4.626.205 3.023.922 4.530.261 4.112.680 62.024.522
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REC Turkey – 2012 Page: viii
Figure 3 – Distribution of Administrative Costs to Seveso Sectors (Euros)
Substantive costs are considered as a typical ‘business cost’ of working with dangerous processes and
products and not directly related to the Seveso II Directive. The Land use costs were not estimated
because of a lack of information on the safety zoning required by the Directive. RIA study values that
both of these elements will increase the total cost significantly.
Overall, assessment of qualitative aspects indicates that Turkey will have net benefit from the
implementation of the Directive.
After analysis of the different public sector, operators, environmental and social impacts of the nine
options, REC proposes the following preferred policy options and general recommendations.
Preferred options
Policy Area 1: The Administrative Structure
Option 1.3. Three Competent Authorities (CAs) with a Coordination Body
Definition Key impacts
Turkey should designate Ministry of
Environment and Urbanization, Ministry of
Labor and Social Security and the Disaster and
Emergency Management Presidency (DEMP) as
CAs.
In addition to CAs, Turkey should establish a
coordination body to increase the collaboration
between these three CAs and to provide
technical assistance to public authorities and
other stakeholders.
- Less conflicts between Competent Authorities.
- It creates less administrative burden to
operators in comparison to other options
(approx. 7000 days and 500.000 Euro
Annually).
- A more coherent implementation and
consistent application of the provisions of the
Directive.
- It requires a more standardized system and may
increase the transparency.
- EU experience shows that there is a need for a
coordination between CAs.
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REC Turkey – 2012 Page: ix
Policy Area 2: Risk Assessment Framework
Option 2.2. Public Driven Framework
Definition Key impacts
CAs design a uniform risk assessment
framework and control its implementation by
operators. In particular, CAs define the
standards, techniques, tools, and software for
each specified industry under the scope of the
Directive. The CAs should establish the
framework together with technical experts from
operators, and other stakeholders (NGOs,
universities, etc.).
The CAs should start implementing the
Directive with a ‘Command and Control’, with
the only provision giving large operators the
possibility to prove to the CAs that their in-
house Framework is appropriate and compatible
with the information needs of the Directive.
However, the RIA study recommends this
option for the initial stages of the
implementation of the Directive. In the long run,
operators should use adequate Risk Assessment
Instruments without the assistance of the
Government. It should be noted that the
Directive foresees a ‘performance based’
approach.
- Ensures a minimum level of quality in the risk
assessment practices of the Operators.
- It improves the availability and comparability
of information on major risks. Assures
common understanding between operators and
CAs on key issues.
- May prevent unfair competitive practices
among the Operators.
- Will assist SMEs to comply with the Directive
and decrease the costs for them.
- Decrease the total costs CAs despite the
increasing investment cost. Uniform system
enables harmonization, easy control and
inspection. Inspectors and other staff can
perform their task more easily and quickly.
- The CAs should exempt the existing operators
to use the uniform framework in the case they
are able to prove that their in-house systems
comply with the Directive. Thus, the Directive
should not bring additional costs to those
Operators.
Policy Area 3: Land Use Planning Approach
Option 3.2. Risk-Based Approach for land use planning
Definition Key impacts
Risk-based approaches define the risk as
combination of the consequences derived from a
range of possible accidents and the likelihood of
these accidents. Safety zones are thus defined
according to estimated risks.
This approach considers the protection of
people with high probability of death/injury and
disregards the protection of people with lower
probability of death/injury.
One of the underlying logic is to minimize the
safety distances during the planning and zoning
because the value and scarcity of the land.
- Relatively small safety zones generate lower
cost for operators. The majority of
Establishments (50.2%) are concentrated in six
provinces. The land is expensive in these
provinces.
- Whereas the consequence-based approach
establishes risk zones, which covers 1.031 km2,
and 1.211.932 people, risk-based approach
reduces these figures to 177 km2 and 208.142
people (see Annex - 3).
- Less land purchase, resettlement or
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REC Turkey – 2012 Page: x
compensation.
- Less constraints on the new developments
around the Establishments.
- Less social resistance.
- EU experience shows this option prevails in
many Member States (MS).
Policy Area 4: Sanctioning Strategies
Option 4.2. Proportional Sanctioning Strategy
Definition Key impacts
In this option, if the Seveso establishment does
not follow the specific obligations, the CAs
consider a sanctioning strategy/mechanism that
is proportional to the infringement.
This approach will lead in most cases to a
payment of a certain fine and CAs will give
sufficient time to Establishments to comply the
requirements of the Directive. The amount of
the fine is based on the severity of the
infringement and/or plus an amount for
prevention. In some cases only verbal warnings
can be considered.
- Less economic losses to operators
- Less economic losses to national economy
- Proportional to infringement is more fair
- Minimize the complaints and criticism over the
CAs effectiveness and fairness
- Less pressure on CAs Experts and Inspectors
- Easier to implement
General Recommendations
Recommendations Reasons & Key Impacts
- Capacity Building activities should be
carried out to increase the technical
capacities of the CAs, Operators and other
stakeholders as well to increase the
awareness of the public
- Capacity Building activities will assist CAs to
prepare guidelines, standards, etc.
- The compliance rate with the Directive may
increase
- The consistency will be increased
- It will assist CAs to identify the scope/tier
status of Establishments.
- Public awareness and participation will
increase
- Compliance Costs for SMEs are relatively
higher, therefore, SMEs have to be
supported by the CAs.
- This will decrease the “Regressive Impacts” of
the Directive to the SMEs.
- Seveso requirements should be included to
the insurance system
- Consideration of major accident related issues
into insurance systems enhance the compliance
of the Establishments.
- A National Seveso map open to public
should be generated based on GIS data
- It will increase the awareness of public
- CAs and Local Authorities may utilize map for
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REC Turkey – 2012 Page: xi
their planning activities
- The CAs should promote research activities
on major accidents and mitigation methods.
Especially, the reasons and the impacts
(costs) of the accidents should be assessed
in a more detailed way including the
environmental and social dimensions.
- The CAs should establish a database for
major accidents
- By analyzing the industrial accidents involving
chemicals in a consistent way, Establishments
and CAs can learn lessons and prevent further
accidents.
- Invest in research on the development of on
major accidents, early warning systems and on
interoperability of information and monitoring
systems
- It will assist Turkey to report Major Accidents
to EC.
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REC Turkey – 2012 Page: xii
Table of Contents
Executive Summary........................................................................................................................... i
The Assignment ............................................................................................................................. i
The Problem .................................................................................................................................. i
RIA Methodology .......................................................................................................................... ii
Data Gathering and Impact Assessment Processes ..................................................................... ii
Baseline ....................................................................................................................................... iii
Objectives ......................................................................................................................................v
Policy Areas ...................................................................................................................................v
Summary of the Impacts Assessed .............................................................................................. vi
Preferred options ...................................................................................................................... viii
Table of Contents ........................................................................................................................... xii
Introduction ........................................................................................................................................1
1. Policy background, procedural issues and consultation of interested parties .........................2
1.1 Policy background ...............................................................................................................2
1.2 The Scope of the Directive...................................................................................................2
1.3 The EU Experience ..............................................................................................................3
1.4 Consultation and data gathering ...........................................................................................4
2. Problem definition .....................................................................................................................7
2.1. Baseline...............................................................................................................................9
2.2. Overall Benefits of Implementing the Seveso II Directive in Turkey .................................. 19
2.3. Overall Unavoidable Costs of Implementing the Seveso II Directive in Turkey .................. 23
3. Objectives of the RIA ................................................................................................................ 27
4. Policy Areas, Options and Scenarios ......................................................................................... 28
4.1. Policy Areas ...................................................................................................................... 28
4.2. Options .............................................................................................................................. 28
5. Impact Assessment .................................................................................................................. 29
5.0. Policy Area 0: Non-Action ................................................................................................ 29
5.1. Policy Area 1: The Administrative Structure ...................................................................... 30
5.2 Policy Area 2: Risk Assessment Framework ...................................................................... 36
5.3 Policy Area 3: Land Use Planning approaches ................................................................... 44
5.4. Policy Area 4: Sanctioning Strategies ................................................................................ 52
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6. Conclusion & Preferred Options ................................................................................................ 58
6.1. Main Costs & Benefits ....................................................................................................... 58
6.2. Preferred Option(s) ............................................................................................................ 58
6.3. Distribution of Costs Based on the Preferred Option(s) ...................................................... 62
7. Annexes .................................................................................................................................... 63
Annex - 1. Policy Options of Policy Area 1 ................................................................................. 64
Annex - 2. Model for Calculating the Unavoidable Costs of implementing Seveso II Directive .... 67
Annex - 2. 1. Administrative Costs .......................................................................................... 67
Annex - 2. 2. Substantive Compliance Costs ............................................................................ 71
Annex - 2. 3. Land use costs .................................................................................................... 71
Annex - 3. Detailed Cost Calculations for the Estimation of the Costs of Land Use Planning ....... 73
Annex - 3. 1. Assumptions ...................................................................................................... 73
Annex - 3. 2. STEP 1: Consequence-Based Approach .............................................................. 74
Annex - 3. 3. STEP 2: Risk-Based Approach ........................................................................... 74
Annex - 3. 4. Conclusion ......................................................................................................... 74
Annex - 4. Obligations of Operators ............................................................................................ 75
Annex - 4. 1. Safety Reports .................................................................................................... 75
Annex - 4. 2. Safety Management System................................................................................ 77
Annex - 4. 3. Major Accident Prevention Policy ...................................................................... 78
Annex - 4. 4. Internal Emergency Plan .................................................................................... 79
Annex - 4. 5. Substantive Modifications .................................................................................. 80
Annex - 4. 6. Public Access to Information and Consultation ................................................... 80
Annex - 4. 7. Notification ........................................................................................................ 81
Annex - 5. Obligations of Public Institutions ............................................................................... 82
Annex - 5. 1. System Surveillance ........................................................................................... 84
Annex - 5. 2. Enforcement and Inspection ............................................................................... 85
Annex - 5. 3. Land Use Planning ............................................................................................. 86
Annex - 5. 4. Domino Effect.................................................................................................... 86
Annex - 5. 5. External Emergency plan.................................................................................... 88
Annex - 5. 6. Public Access to Information and Consultation ................................................... 88
Annex - 5. 7. Accident Investigation ........................................................................................ 88
Annex - 5. 8. Sanctioning ........................................................................................................ 89
Annex - 5. 9. Reporting to EU ................................................................................................. 89
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Annex - 6. Background Information about Seveso I, II and III ..................................................... 91
Annex - 7. Industrial Accident Records in Turkey ....................................................................... 94
Annex - 7. 1. Overview of Some Notable Accidents ................................................................ 98
Annex - 8. SPIRS Database and Seveso Establishments in EU ................................................... 102
Annex - 8. 1. SPIRS Categories ............................................................................................. 105
Annex - 9. Seveso Establishments and Seveso Information System............................................ 106
Annex - 9. 1. MoEU Notification System .............................................................................. 106
Annex - 9. 2. EU and Turkey ................................................................................................. 110
Annex - 9. 3. Final estimation of number current “Seveso Establishments” ............................ 111
Annex - 9. 4. Preliminary estimation of “Seveso Establishments” .......................................... 112
Annex - 10. Seveso Related Infringements in EU Member States ................................................ 117
Annex - 11. Member State Administrative Structures for the Implementation of Seveso II ........... 118
Annex - 12. Guidance documents prepared by CAs and Industry across the EU ........................... 123
Annex - 13. Risk Assessment Benchmark ................................................................................... 124
Annex - 14. Land Use Planning Benchmark ................................................................................ 129
Annex - 15. Sanctioning Benchmark ........................................................................................... 132
Annex - 16. Detailed Cost Calculations for Coordination Body as an Administrative Costs ......... 134
Annex - 17. Detailed Cost Calculations for CAs when software program used in Risk Modeling . 135
Annex - 18. Other Policy Options................................................................................................ 136
Annex - 18. 1. Make insurance mandatory for Seveso Establishments...................................... 136
Annex - 18. 2. Reducing the costs of preparing External Emergency Plans .............................. 136
Annex - 18. 3. Resolving existing undesirable situation – conflict in the land use ..................... 137
Increase prevention measures for Establishments ........................................................................ 137
Relocation of Establishments ...................................................................................................... 137
Annex - 19. Non-compliance with environmental regulations ...................................................... 138
Annex - 20. Consultation Process ................................................................................................ 140
Annex - 20. 1. Central Consultation Process - Ankara .............................................................. 140
Annex - 20. 2. Local Consultation Process, December 2011- January 2012 .............................. 154
Annex - 20. 3. Consultation Process on Land use Planning ...................................................... 155
Annex - 20. 4. Questionnaire ................................................................................................... 156
8. References .............................................................................................................................. 160
9. List of Acronyms and Concepts ............................................................................................... 163
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Table of Tables
Table 1 - Total Administrative Costs (PV – Euros) ........................................................................... vii
Table 2 - Numbers of bodies involved in the national and local workshops during the Seveso II RIA
Consultation Process ...........................................................................................................................5
Table 3 - Current Legislations and Standards on Risk Assessment ..................................................... 16
Table 4 - Safety Distance (Geri Çekme Mesafesi) and Environmental Green Distance in OIZ Code of
Practice ............................................................................................................................................. 19
Table 5 - Total Administrative Costs (PV – Euros) ............................................................................ 24
Table 6 - The Impacts of the Consequence-Based Approach on Society ............................................ 49
Table 7 - The Impacts of the Risk-Based Approach on Society .......................................................... 51
Table 8 – Total Administrative Costs (PV – Euros) ........................................................................... 67
Table 9 - Cost Assumptions for Upper-Tier Establishments ............................................................... 68
Table 10 - Cost Assumptions for Lower-Tier Establishments ............................................................ 69
Table 11 - Total annualized administrative costs per establishment (k EUR) ...................................... 70
Table 12 – Inspection & Assessment Workload for Upper-Tier Seveso Establishments ..................... 70
Table 13 - Inspection & Assessment Workload for Lower-Tier Seveso Establishments ..................... 70
Table 14 - Assumptions Used for Calculation of Land Use Costs ...................................................... 73
Table 15 - Overlap and Population Density Assumptions Used for Calculation of Land Use Costs .... 74
Table 16 - Conclusion Table for Land Use Planning Approaches ...................................................... 74
Table 17 - Background Information about Seveso I, II and III ........................................................... 93
Table 18 - Employment Injury and Occupational Diseases ................................................................ 94
Table 19 - The Provincial Distribution of Industrial Accidents Between 1997-2007 in Turkey, (MoEF,
2007) ................................................................................................................................................ 95
Table 20 - List of selected industrial accidents that occurred in Turkey.............................................. 96
Table 21 - Overview of Some Notable Accidents .............................................................................. 98
Table 22 - Generalization of industrial activities in SPIRS into new aggregated categories .............. 105
Table 23 - Upper and Lower-Tier Establishments with Industrial Activities..................................... 109
Table 24 - Final estimation of current Seveso Establishments .......................................................... 112
Table 25 - Previously used industrial sector categorization in pre-RIA ............................................ 113
Table 26 - Industrial distribution of Establishments more relevant to Seveso Directive .................... 113
Table 27 - Risk Assessment Definitions .......................................................................................... 124
Table 28 - Generic Components of Risk Assessment ....................................................................... 128
Table 29 - Factors of probabilistic and deterministic variables influencing Member States .............. 130
Table 30 - Risk Assessment Approaches and Land Use Planning in Europe..................................... 131
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Table 31 - Cost of Software Programs used in Risk Modeling ......................................................... 135
Table 32 - Fines for non-compliance with health and safety regulations in 2011, MoLSS ................ 139
Table 33 - Opinions of the Central Public Institutions in regard to the Institutional Set-Up .............. 142
Table 34 - Opinions of the Central Public Institutions in regard to the Land Use .............................. 144
Table 35 - Opinions of Central Public Organizations concerning Financial Supports ....................... 146
Table 36 - The Roles and Needs of Various Public Organizations in the Scope of Seveso II Directive
....................................................................................................................................................... 148
Table 37 - Local level workshops and workshop dates .................................................................... 154
Table 38 - Target Industry Sectors .................................................................................................. 156
Table 39 - Target Provinces ............................................................................................................ 156
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Table of Figures
Figure 1 - Geographical Distribution of Seveso Establishments in Turkey ......................................... iv
Figure 2 – Distribution of Seveso establishments in North-West of Turkey........................................ iv
Figure 3 – Distribution of Administrative Costs to Seveso Sectors (Euros) ...................................... viii
Figure 4 – Increase in the number of Seveso Establishments in the EU: 2001-2010 .............................2
Figure 5 - Number of accidents per year for the period 1994-2004.......................................................4
Figure 6 - Major Accidents in last three Reporting Periods ..................................................................4
Figure 7 - Number of the Seveso establishments .................................................................................9
Figure 8 - Number of the Seveso in selected MS and Turkey ...............................................................9
Figure 9 - Seveso Establishments with industrial activities in Turkey ................................................ 11
Figure 10 - Geographical Distribution of Seveso Establishments in Turkey (December 2011) ........... 11
Figure 11 - Distribution of Seveso establishments in North-West of Turkey (December 2011) .......... 12
Figure 12 - Relationship between the location of Seveso Establishments and Major Accidents in
Turkey .............................................................................................................................................. 14
Figure 13 - The Provincial Distribution of Industrial Accidents Occurring Between 1997-2007 in
Turkey .............................................................................................................................................. 14
Figure 14 – Distribution of Administrative Costs to Seveso Sectors (Euros) ...................................... 24
Figure 15 - Three CAs with a Coordination Body .............................................................................. 34
Figure 16 – UK Example for Zoning IZ: Inner Zone MZ: Middle Zone OZ: Outer Zone ................... 45
Figure 17 - Summary of Impacts ....................................................................................................... 59
Figure 18 – Distribution of Administrative Costs to Seveso Sectors (Euros) ...................................... 71
Figure 19 - Average Safety Distances for Consequence-Based Approach .......................................... 74
Figure 20 - Average Safety Distances for Risk-Based Approach........................................................ 74
Figure 21 - EU Seveso Establishments on the basis of Category/Sector ........................................... 102
Figure 22 - Distribution of the Seveso establishments in Europe in 2010 according to SPIRS .......... 103
Figure 23 - Seveso establishments in the European regions, by NUTS 2 .......................................... 103
Figure 24 - Chemical installations covered under Seveso II by NUTS 2 regions .............................. 103
Figure 25 - Transport and storage group of Seveso establishments by NUTS 2 regions .................... 103
Figure 26 - Seveso establishments with manufacturing activity by NUTS 2 regions ......................... 103
Figure 27 - Seveso establishments belonging to the petrochemical industries by NUTS 2 regions .... 103
Figure 28 - Seveso establishments with metal processing activity by NUTS 2 regions ..................... 104
Figure 29 - Seveso establishments with power generation, supply and distribution by NUTS 2 regions
....................................................................................................................................................... 104
Figure 30 - Seveso establishments with water, sewage and waste management by NUTS 2 regions . 104
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Figure 31 - Seveso establishments with agricultural activity by NUTS 2 regions ............................. 104
Figure 32 - Seveso establishments in the mining sector by NUTS 2 regions ..................................... 104
Figure 33 - Distribution of Seveso establishments by country .......................................................... 104
Figure 34 - MoEU Notification System ........................................................................................... 107
Figure 35 - Number of the Seveso establishments in the MoEU Notification System (December, 2011)
....................................................................................................................................................... 107
Figure 36 - Industrial Activities Distribution of All Seveso Establishments .................................... 109
Figure 37 - Industrial Activities Distribution of Lower-Tier Seveso Establishments ........................ 110
Figure 38 - Industrial Activities Distribution of Upper-Tier Seveso Establishments ......................... 110
Figure 39 Seveso establishments in the Turkey regions, by NUTS 1 ................................................ 110
Figure 40 - Seveso Establishment of EU Countries and Turkey ....................................................... 111
Figure 41 - Industrial Categories of Seveso Establishment in EU and Turkey .................................. 111
Figure 42 - Preliminary estimation of “Seveso Establishments” ....................................................... 112
Figure 43 - Fines for non-compliance with environmental regulations in 2011,MoEU ..................... 138
Figure 44 - Fines for non-compliance with environmental regulations between 2006- 2011,MoEU (in
thousand TL) .................................................................................................................................. 138
Figure 45 - Number of Participants During the consultation process ................................................ 154
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Table of Boxes
Box 1 - Seveso and Bhopal Disasters .................................................................................................. i
Box 2 - Seveso and Bhopal Disasters ..................................................................................................7
Box 3 - Projection of Number of Seveso Establishment in Turkey ..................................................... 10
Box 4 - Factors affect the assessment of the severity or duration of impacts of an accident ................ 21
Box 5 - Health and Safety Benefits.................................................................................................... 22
Box 6 – Scope and Main Obligations of Operators ............................................................................ 75
Box 7 - Proportionate and Demonstration approach ........................................................................... 77
Box 8 - Issues shall be addressed by the Safety Management System ................................................ 78
Box 9 - Relation of the SMS and MAPP ........................................................................................... 79
Box 10 - Annex IV of the Directive-Minimum information for IEP ................................................... 79
Box 11 - Content of the Seveso II Inspection programme .................................................................. 85
Box 12 - Seveso II Directive, Article 8 Domino Effects..................................................................... 87
Box 13 - External Emergency plans shall contain the information set out in Annex IV of the Directive
......................................................................................................................................................... 88
Box 14 - Public Access to Information and Consultation ................................................................... 80
Box 15 - Content of the Implementation Report ................................................................................ 90
Box 16 - Data in MoEU Notification System................................................................................... 106
Box 17 - Industrial activities in MoEU and their correspondence in SPIRS Categories .................... 108
Box 18 - Guidance documents prepared by Industry ........................................................................ 123
Box 19 - Guidance documents prepared by CAs .............................................................................. 123
Box 20 - Main elements in any risk analysis process ....................................................................... 125
Box 21 - Types of risk assessment................................................................................................... 127
Box 22 - Best practice in risk assessment ........................................................................................ 127
Box 23 - Concept for risk assessment in land use planning .............................................................. 129
Box 24 - Main element in Sanctioning practices .............................................................................. 132
Box 25 Content of the Survey ......................................................................................................... 157
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Table of Pictures
Picture 1 - International Level .............................................................................................................6
Picture 2 - National Level ...................................................................................................................6
Picture 3 – Local Level .......................................................................................................................6
Picture 4 - Kayalar Kimya Sanayi A.Ş. Accident, 7th August 2012.......................................................8
Picture 5 – Batman TÜPRAŞ Refinery, with 1.5km radius safety distance......................................... 17
Picture 6 - Buncefield Smoke Plume ................................................................................................. 20
REC Turkey – 2012 Page: 1
Introduction
This Regulatory Impact Analysis (RIA) report was prepared by REC Turkey for the Turkish Ministry
of Environment and Urbanization (MoEU). The report aims to assist the Government and senior
officials of the MoEU to assess the impacts of the implementation4 of the Seveso II Directive
(2003/105/EC). The report also proposes a series of preferred options that could be rational choices to
maximize the benefits as well as reducing the compliance and enforcement costs for businesses,
government, national and local and other stakeholders. Thus, the RIA offers options for implementing
the Directive.
The report uses the European Commission (EC) impact assessment methodology5. The first section
sets the policy background and the general organization of the study including the extensive
consultation undertaken. Section 2 focuses on the problems related to major accidents in Turkey and
the challenges Turkey will face implementing the Seveso II Directive. Section 3 discusses the goals
for the Government to implement the Directive and in particular, some objective targets it needs to
achieve. The main part of the study concerns Sections 4 & 5 where an analysis of each of the selected
policy options that can reduce the compliance and enforcement costs – organized by areas of
intervention – are discussed. Based on the assessment, Section 6 discusses the preferred options that
the Turkish Government may adopt.
As will be further discussed this RIA is based on extensive consultation with stakeholders organized to
identify main reasons behind the implementation challenges and to examine the cause-result
relationship between the main reasons. The RIA study also presents the results of ad-hoc economic
calculation models that were used to estimate future implementation impacts.
The views expressed in this report are those of REC Turkey and its associated consultants and are not
necessarily the views of the Committee organized by the MoEU.
4 By ‘implementation’, this RIA understands substantive compliance ascertained by the EU Commission. 5 http://ec.europa.eu/governance/impact/index_en.htm
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1. Policy background, procedural issues and consultation of interested parties
1.1 Policy background
Turkey aims to become a full member of the EU. To achieve this, the Government has developed a
program for integrating the Acquis Communautaires into its legal and administrative frameworks. In
particular, Turkey needs to transpose and implement the Council Directive 96/82/EC on the control of
major-accident hazards – the so-called Seveso II Directive.
The main purpose of the Directive is to prevent major accidents involving dangerous substances. The
Directive introduces additional responsibilities on Operators as well as public authorities and enhances
enforcement methods over them to achieve this purpose. Consequently, the Directive aims to limit the
negative impacts of major accidents on environment and human health.
Turkey transposed the Seveso II Directive in August 2010 with the By-Law on Control of Major
Industrial Accidents,6which will enter into force in January 2014. Since Turkey has already transposed
the Directive, the main attention will be on the implementation and enforcement of the By-Law.
Moreover, in the meantime, the EU has introduced the Seveso III Directive. Turkey will need to up-
date the By-Law (i) according to the new requirements of the Seveso III and (ii) in relation with
lessons learned from the implementation of itself.
1.2 The Scope of the Directive
The Directive covers establishments7 where dangerous substances that may result in major accidents
are present. In order to identify establishments within the scope, the Directive considers the actual,
anticipated, and generated (during loss of control of an industrial chemical process) presence of
dangerous substances. The Directive contains two lists, namely Named Substances and Generic
Categories of Substances and Preparations. Both lists contain lower threshold of quantities and upper
threshold of quantities.8 The Establishments are classified under two categories named Upper-Tier and
Lower-Tier depending on the quantities of dangerous substances present.
Figure 4 – Increase in the number of Seveso Establishments in the EU:
2001-2010
Source: REC Turkey, Data source: Seveso Plants Information Retrieval System
(SPIRS) Database, 2010
6 The By-Law has been published in the Official Gazette No. 27676 7 By establishment, the Directive recognizes any industrial or commercial facilities, plants, warehouses, sites,etc. 8 Articles 6, 7, and 9 and Annex 1 of the Directive
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Approximately ten thousand Seveso Establishments in the EU and more than five hundred in Turkey
are within the scope of the Directive. The number has increased with the enlargement of EU (see
Section 2.1.1. and Annex - 8).
Seveso Establishments include many industrial and commercial sectors ranging from refineries to pulp
and paper mills, from paint manufacturing to chemical installations. Some few other Establishments
are also covered by the scope of the Directive, such as leisure and sport facilities, medical and research
centers if they possess substances defined in the Annex I of the Directive. The scope is determined by
the quantity of the specified dangerous substances and it is unconstrained by the size, location,
industry or the ownership of the Establishments.
1.3 The EU Experience
The Seveso Directive is one of the oldest active legal measures of the EU environmental policy. As a
response to the major industrial accidents in Flixborough in the United Kingdom, in 1974 and dioxin
release in Seveso in Italy, in 1976, the European Commission introduced the Directive 82/501/EEC
also known as Seveso Directive (see Annex - 1).
Since the release, the Directive has been periodically amended based on lessons learned from major
accidents. In 1996, the EU integrated further improvements to the Directive, which is known as the
Seveso II. The new Directive introduced additional requirements on protection of environment, set up
new management systems, introduced land use planning and strengthened the public access to
information (see Annex - 1).
In 2003, Seveso II amended9 in response to serious major accidents
10. This amendment has expanded
the scope of the Directive, which aims at:
prevention of major accidents involving dangerous substances
limitation of the consequences of accidents on man and the environment
high level of protection for man and the environment throughout the Community
In December 2010, EC has proposed to review the Seveso II Directive in order to address some of the
observed implementation problems and deficiencies, and to strengthen the enforcement elements of
this legislation and harmonization with other related directives. The proposal, Seveso III, will repeal
and replace the current Directive by 1 June 201511
(see Annex - 1).
Besides the legal framework, the number of the Seveso Establishments increased in time due to new
member states and the developments in the scope. There were 9,937 Seveso Establishments in the
reporting countries, according to SPIRS databases as of September 2010. Among these
Establishments, 4,575 (46%) of them are Upper-Tier and 5,323 (54%) are Lower-Tier. Germany has
the largest number of Establishments followed by France, Italy, and the United Kingdom. The detailed
figures about the number of Establishments are provided in Annex - 8.
9 Directive 96/82/EC, OJ L 10, 14.1.1997, p.13; amended by Directive 2003/105/EC, OJ L 345, 31.12.2003,p.97 10The cyanide spill in the river Tisza in Baia Mare, Romania, in May 2000; the explosion at a fireworks
warehouse in Enschede, Netherlands, in May 2000; and the explosion at a fertilizer plant in Toulouse, France, in
September 2001 influenced the whole policy area and resulted in the Directive 2003/105/EC. 11
Impact assessment study into possible options for adapting Annex 1 of the Seveso II Directive into the GHS. Final Report , February 2010.
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As a general trend, implementation of the Directive has had an influence in the decrease of major
accidents in Europe (see Figure 5 and Figure 6).
Figure 5 - Number of accidents per year for the
period 1994-200412
Figure 6 - Major Accidents in the last three
Reporting Periods13
In February 2008, the EC launched a study on the effectiveness of the Directive, namely F-Seveso
Report14
. This report included the views of affected industry in eight Member States and concluded
that the Directive had improved safety and had introduced little impact on competitiveness. It also
provides extensive information regarding the EU experience on implementing the Directive and
identifies some difficulties those Member States faced during that process. The challenges resulted on
complaints and infringement cases which European Commission brought to the European Court of
Justice (see Annex - 10).
Overall, EU experience indicated that the proper implementation of the Directive is difficult:
there is still a lack of consistency among Member States’ enforcement standards and practices
there is a non-uniform process about risk assessment across Europe resulted from diverse
provisions, approaches, methods, tools and criteria.
1.4 Consultation and data gathering
To strengthen the RIA with unbiased evidence, REC Turkey carried out extensive consultation process
with stakeholders. The process included collection of data, information and views by the support and
participation of the Task Force of the MoEU representatives and the Turkish Union of Chamber and
Commodity Exchanges (TOBB).
Consultation process has provided insights for the study, in terms of better assessing the different
institutional setups for implementing the Directive. Consultation and data gathering process informed
main stakeholders about the Directive, and helped to identify the possible problems and resistance
areas. In addition, it shaped the policy areas and options of the RIA study.
12 Major Accident Reporting System ( MARS) Analysis of Major Accidents reported to the MARS Database
during the period 1994-2004. J. Sales, F. Mushtag, M. D. Christou. JRC, 2007 13Report on the Application in the Member States of Directive 96/82/EC on the control of major-accident hazards
involving dangerous substances for the period 2006-2008 14
EU-VRi 2008. Study of the Effectiveness of the Seveso II Directive http://ec.europa.eu/environment/seveso/pdf/seveso_report.pdf
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In consultation and data gathering process, over thirty bilateral meetings with national and
international experts, interviews with operators of Seveso Establishments and municipalities, and
emergency services were carried out. In addition, central and local level workshops were held. The
consultation process, which took place between December 2010 and January 2012, was organized
around:
A survey about the problems and solutions for Turkish businesses to implement Seveso II
Directive with 52 operators;
Two national consultation workshops in Ankara;
Four local consultation workshops organized in Adana, Kocaeli, Istanbul and Izmir;
Preparation of a Preliminary RIA to validate options;
Publication of material in REC Turkey website.
During this process, REC Turkey met with over 30 central and local public institutions, 8
municipalities, and 84 operators. Table 2 presents the number of public and private institutions and
stakeholders who participated to mentioned activities.
Detailed information and main results and positions expressed have been taken into account
throughout the RIA process are provided in Annex - 20.
Table 2 - Numbers of bodies involved in the national and local workshops
during the Seveso II RIA Consultation Process
In addition to above-mentioned issues, REC Turkey undertook extensive data gathering efforts. They
include:
Literature review and international best practice research;
Participation to Seveso Training in Ankara, facilitated by the European Commission’s Joint
Research Centre;
Contracting out a study “International Benchmarks and Costs Calculation of the
Implementation of Seveso II Directive” (May 2011);
Organization of a study tour of MoEU Officials to the Netherlands in July 2011;
Level Stakeholder Participation
Governmental Institutions 33
Private Sector 84
Sector Associations 3
Governmental Institutions 9
Municipalities 8
Chambers of Industry and Trade 4
Civil Society Organizations 4
Other (universities, consultation companies etc.) 8
National
Local
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REC Turkey – 2012 Page: 6
Utilize the outputs of the trainings carried out on Seveso II Directive in scope of the IPA
project15
;
Telephone interview with municipalities on LUP;
Development of cost-benefit models based on several scenarios with different projection tools
by consulting local and international experts.
To conclude, many institutions from different sectors –especially from the private sector – were
involved in the consultation process. Their contribution and the high number of participation affected
the consistency and the level of assessment in a better manner. As a result, Seveso II Directive RIA
study benefited from the information gathered during the consultation process.
Picture 1 - International Level Picture 2 - National Level Picture 3 – Local Level
15 Capacity Building in the Field of Environment
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2. Problem definition
Modern industrial production processes requires the use of chemical substances. Chemical substances
are crucial components of the production of consumer goods as well as agriculture, manufacturing,
construction, and service industries.
The production of the Turkish chemical sector is generally aimed at the products demanded by the
manufacturing industry and directly consumable products, namely petrochemicals, thermoplastics,
fertilizers, organic and inorganic chemicals, pharmaceuticals, synthetic fibers and yarns, soap and
detergents, paints, etc. Turkey produced 126 million tons of chemicals in 201016
. Chemicals are both
inputs and outputs of the production process of chemical sector establishments. They store, use,
produce and dispose substantial quantities of chemical substances. Moreover, other industries utilize
chemicals as inputs of their production and they store, use and dispose those substances.
Failures in the storage, use, production and disposal of these substances may lead to explosions, fires
or releases that can cause serious damage to workers at the establishment, surrounding population,
property, and the environment. This damage is especially true for the utilization of chemicals
classified as dangerous. A major accident involving dangerous chemical substances results in
significant economic, social and environmental costs to society.
Major industrial accidents in several areas of the world had serious negative impacts on the
environment, society and economy. Among the numerous major industrial accidents in history, the
release of a toxic cloud of chemicals in Seveso (Italy, 1976) and the toxic leak in Bhopal (India, 1984)
can be considered the worst (see section 2.1.1).
Box 2 - Seveso and Bhopal Disasters
Seveso Disaster Bhopal Disaster
The accident at a chemical plant in
Seveso, Italy (1976) resulted in the
release of a cloud of chemicals
containing dioxin, exposing 37,000
people, contaminating 1800-hectare
area and slaughtering about 75,000
animals.
Toxic leak in Bhopal, India (1984)
resulted in a death toll ranging from
4,000 to 20,000 people. The disaster
caused serious health problems to
both human and animal populations
for a long term.
Following the Seveso accident in 1976, the EU prompted the adoption of a legislation aimed at the
prevention and control of such accidents. The Directive has been periodically amended based on
lessons learned from major industrial accidents (see section 1.3).
16 Turkish Chemical Manufacturers Association, 2010
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Turkey also challenged with major accidents. Recent examples in Turkey illustrate serious
consequences. The 1999 earthquake resulted in many deaths and losses of property due to the
explosions in the TUPRAS refinery and Yalova AKSA facilities in İzmit. Other recent major accidents
occurred in the Tuzla Shipyards, the Akçagaz LPG filling plant, and most recently, Kayalar Kimya ve
Sanayi A.Ş17
. Akçagaz accident is considered as one the most damaging in the recent industrial history
of the country (see Annex - 7).
Picture 4 - Kayalar Kimya Sanayi A.Ş. Accident, 7th
August 2012
Turkey transposed Seveso II Directive with the By-Law on Control of Major Industrial Accidents both
as a requirement of EU accession process and as a prevention of future major accidents. Turkey
published the By-Law in August 18, 2010, which will enter into force in January 2014. With the
implementation of the By-Law, the Directive will bring benefits to Turkey.
The Directive also requires important legal, technical and institutional reforms that will have
economic, social and environmental costs as well as require budgetary and financial expenditures for
the Turkish Government and for the relevant stakeholders. These costs, their finance and distribution
among stakeholders will be the major challenge for Turkey.
Additionally, the Government will face several problems and challenges regarding the successful
implementation of the Directive:
Implementation of the Directive requires involvement of different administrative bodies which
has limited human resources and technical capacity,
There is a limited understanding and no consensus among the stakeholders on the definition
and practice of risk assessment in context of the Directive,
Turkey lacks land use planning practices defined by the Directive, to prevent and control
major accidents,
Seveso Establishments and residential areas are overlapping,
17
Initial cost estimation for the Kayalar Kimya Sanayi A. Ş. accident is around 200 million American dollars:
http://www.sabah.com.tr/Ekonomi/2012/08/09/bir-kivilcim-kimyamizi-bozdu
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Seveso Establishments do not have proper distance between each other which can lead to
domino effect ,
Following parts of this section focuses on the baseline, the unavoidable costs and the challenges of
implementing the Directive in Turkey.
2.1. Baseline
REC Turkey performed baseline data collection and continued analyses as deskwork in order to test
identified policy options and to assess the impacts of the Directive on six interconnected issues below:
- Seveso Establishments (Number, Categories and Geographic Distribution of Seveso
Establishments)
- Major Accidents
- Administrative and Institutional set-up
- Risk Assessment Framework
- Land use Approaches
- Sanction Policy
2.1.1. Seveso Establishments
The number, category and locations of the Establishments are major variables in the assessment of the
baseline and options.
Number of Seveso Establishments
Total number of establishments, which have been registered and identified as “Seveso Establishment”
in the MoEU Seveso Notification System, is 518 as of December 2011. Almost half of these
Establishments are Upper-Tier (251 - 48.5%), and the other half Lower-Tier (267 - 51.5%). Turkey is
one of the major countries in terms of the number of Seveso Establishments (see Figure 8).
Figure 7 - Number of the Seveso
Establishments
Figure 8 - Number of the Seveso Establishments in
selected MS and Turkey
Source: REC Turkey, Data source: MoEU
Notification System (December, 2011)
Source: REC Turkey, adapted from SPIRS Database and
MoEU Notification System
However, the final number of establishments is not definitive given the serious non-compliance with
the registration and the obligations regarding the notification of substances:
Some of the Operators, who should be registered to the Notification System, are not registered.
Some of the Operators who are registered to Notification System have not uploaded their
dangerous substances information to the system yet.
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REC Turkey tried to estimate the number of Seveso Establishments by utilizing the current
information from the notification system and from a survey carried out during the consultation period.
According to this estimation, the total number of Seveso Establishments is above 800 (see Annex - 9.
3).
The RIA study covers a period of 10 years between 2012 and 2021. However, REC Turkey was
unable to predict the changes in the number of the Seveso Establishments in the given period. Thus,
the figures calculated for 2012 are used for the whole period (see Box 3).
Box 3 - Projection of Number of Seveso Establishment in Turkey
REC Turkey tried to utilize the SPIRS Database to project the number of Seveso Establishments.
SPIRS provides the number of Seveso Establishments across the EU. Member States began to report
establishment data to SPIRS voluntarily since 2001. Information on numbers of establishment collected from the
Member States and evaluated (see Figure 8).
In the EU, an increasing number of the Seveso Establishments registered to the SPIRS database is observed over
period of 2001 to 2009 (see Annex - 8). Nevertheless, some of the MS have experienced reduction in the number
of Establishments (e.g. France, Italy, and UK); in some of them, the number has increased (e.g. Netherlands,
Germany, and Spain). In 2010, the total number of Establishments slightly decreased in SPIRS18 with respect to
previous year. However, the SPIRS do not reveals any relevant trend and since Member States have varying
trends in numbers.
Overall, MS have increasing trend in number at the beginning of implementation of the Directive and after
implementation period there is a stable trend in numbers. Albeit the lack of figures, REC Turkey expects a
similar trend in the number of Seveso Establishments in Turkey.
Categories of Seveso Establishments
REC Turkey grouped Seveso Establishments in ten sectors19
. Petrochemicals, Chemical Installations
and Manufacturing industrial sectors cover the 75.5% of Seveso Establishments. Petrochemicals (e.g.
oil refineries, storage and distribution) sector includes; LPG production, bottling and bulk distribution,
LPG storage, LNG storage and distribution. This group has the largest representation (29.9 %). The
chemical installations group has the second largest representation (23.2 %) which includes mainly
producers of industrial chemicals such as ammonia, pharmaceuticals, fertilizers, pesticides etc.
Manufacturing category consists of mostly establishments that produce food, beverages, textile,
plastic, rubber, paper, wood, glass, cement, electronics, explosives, fireworks, general engineering,
building and constructions. On the other hand, some categories of the activities are very rarely
represented. The detailed information on industrial categories of Seveso Establishments with detailed
numbers is given Annex - 4. (see Figure 9).
18 Industrial Installations in Europe Distributed in the SPIRS Database, Status and analysis in 2010 19 The MoEU system classifies establishments over 20 different industrial activities. REC Turkey reclassified
Seveso Establishments according to SPIRS industrial categories with the consultation of MoEU officials. The
SPIRS industrial activities list has 10 main industrial sectors and contains 48 categories (see Annex - 8. 1)
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Figure 9 - Seveso Establishments with industrial activities in Turkey
Source: REC Turkey, Data source: MoEU Notification System, December, 2011
Geographical Distribution of Seveso Establishments
There are two main aspects in terms of geographical distribution:
i. Seveso Establishments operate in almost all provinces. Only in eight provinces there is no
Seveso Establishment exists (see Figure 10).
Figure 10 - Geographical Distribution of Seveso Establishments in Turkey (December 2011)
Source: REC Turkey, Data source: MoEU Seveso Notification Database, December 2011
ii. Majority of Establishments (50.2%) are concentrated in the six provinces namely Ankara,
İstanbul, İzmir, Kırıkkale, Kocaeli, and Tekirdağ (see Figure 11). Kocaeli has the highest
number of Establishments followed by İstanbul, İzmir, Ankara, Tekirdağ and Kırıkkale.
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Figure 11 - Distribution of Seveso Establishments in North-West of Turkey (December 2011)
Source: REC Turkey, 2012, Data source: MoEU Seveso Notification Database, December 2011
Note: Each dot represents one Seveso Establishment. Dots are randomly distributed within the geographical boundries of the
districts they are registered.
While the first fact indicates that Turkey will need to develop capacity in almost all provinces, the
second one emphasizes the efforts should be more intense in the six provinces mentioned.
2.1.1. Major Accidents
The number of the major accidents, which can be considered as Seveso accidents, is unknown due to
the absence of systematic and detailed reporting of accidents. Moreover, overall impact assessment
studies of major accidents hazards on society and environment are missing. This constrains
benchmarking figures such as mitigation and recovery costs for industry and CAs.
Turkey has been challenged with major accidents. Recent major accidents in Turkey illustrate serious
consequences. The 1999 earthquake resulted in many deaths and losses of property due to the
explosions in the TUPRAS refinery and Yalova AKSA facilities in İzmit. Other recent major accidents
occurred in establishments like the Tuzla Shipyards, the Akçagaz LPG filling plant, and the most
recently Kayalar Kimya ve Sanayi A.Ş.20
Major accidents have had irreversible effects to Turkey’s
20
Initial cost estimation for the Kayalar Kimya Sanayi A. Ş. accident is around 200 million American dollars:
http://www.sabah.com.tr/Ekonomi/2012/08/09/bir-kivilcim-kimyamizi-bozdu
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economy, human health and the environment. In August 1999, 7.4 on the Richter scale an earthquake
in İzmit refinery TÜPRAŞ caused $ 300 million damage21
(See Annex - 7).
In 1999, earthquake at TÜPRAŞ refinery in Turkey resulted in collapse of a 312 feet high concrete chimney
on one of the Crude units, set off fires at 226,000 barrels/d refinery. Damage to the refinery included total
loss of six storage tanks, a further four storage tanks were deformed, and there was some 50 % damage to
other floating roof tanks. Damage to process units included the fire on the Crude Distillation unit, and
damage to a Reformer and several connecting pipelines.
The analysis of past accidents is a useful method for identifying common aspects regarding the causes
that triggered such accidents by collecting information. By analyzing the industrial accidents involving
chemicals in a consistent way, Establishments and CAs can learn lessons and prevent further
accidents22
.
For these purposes, currently available databases for industrial accident records in Turkey can be
classified as follows:
i) MoLSS - The Social Insurance Institution
ii) MoEU
iii) Technological Accident Information System(TAIS)
Those sources provide general information on accidents; however, knowledge on major industrial
accidents is still very limited in Turkey.23
Yet, when available data analyzed, LPG and petroleum
related products are the most common substances, and then general chemicals products come next as
being involved in the accidents.
Nonetheless, based on current data on industrial accidents between 1992-2011 taken from TAIS, and
data on the number of Establishments from the MoEU notification system; it can be concluded that,
there is a correlation between two figures; the provinces with high number of Seveso Establishments
have more major accident events (see Figure 12 and Figure 13).
21‘The 100 Largest Losses 1972-2009; Large Property Damage Losses in the Hydrocarbon-Chemical Industries’,
2009, Marsh Property Risk Consulting. 22MARS. Analysis of Major Accidents reported to the MARS Database during the period 1994-2004. J. Sales, F.
Mushtag, M. D. Christou.JRC, 2007. 23
Except for occupational accidents which are registered in a systematic manner and wide range of statistics is
available.
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Figure 12 - Relationship between the location of
Seveso Establishments and Major Accidents in
Turkey24
Figure 13 - The Provincial Distribution of
Industrial Accidents Occurring Between 1997-2007
in Turkey25
The Marmara Region is one of the leading areas of the Turkey in terms of both Seveso Establishments
and industrial accidents. The population density of the region – nearly 30% of Turkey’s population –
increases undesirable consequences of major industrial accidents. Moreover, the majority of Seveso
Establishments that could be dangerous for the public health, environment and economy are located in
active earthquake regions in Turkey.
There is no comprehensive study on costs of major accidents occurred in Turkey, except for individual
cases, which do not provide enough information to calculate overall costs of major accidents. During
the consultation process, one of the respondents reported the cost of accident as nearly $1.000.000 in
the questionnaire. Annex - 7 gives detailed accident statistics for Turkey.
In overall, lack of an accident database is a barrier for learning from the accident history in Turkey.26
2.1.2. Administrative & Legal Structure
Turkey transposed the Seveso II Directive in August 2010 with the By-Law on Control of Major
Industrial Accidents27
, which will entered into force in January 2014.
Regarding the current administrative and legal structure, Ministry of Environment and Urbanization
(MoEU), Ministry of Labor and Social Security (MoLSS), and Disaster and Emergency Management
Presidency (DEMP) are three central public administrations closely related with the Directive. The
By-Law assigns first two bodies as Competent Authority. Moreover, local authorities and Organized
Industrial Zone (OIZ) administrations have also several responsibilities in the implementation of the
Directive. Both central and local authorities need to build capacity to implement the By-Law.
Since 1996, there have been some structural and legislative works that aim at preventing and
minimizing damage by major industrial accidents to the public and environment. In particular,
24 The information about the accidents that occurred between 1992 and 2011 is taken from
www.teknolojikkazalar.org. 25 Ülkemizde meydana gelen endüstriyel kazaların il bazında dağılımı”, T.C. Çevre ve Orman Bakanlığı, 2007 26 The MoEU Seveso Notification system provides ‘Accident Notifying/Reporting Form’ document.Operators
can download this form and fill it voluntarily. 27 The By-Law has been published in the Official Gazette No. 27676
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A 1996 Circular on “Local Emergency Plan for Major Industrial Accidents” No. 4906 based
on Seveso I (82/501/EEC) Directive. It aimed at the prevention of the major accidents in
Turkey. Unfortunately, many provinces did not adequately apply this Circular.
Through the EU LIFE project and since 2003, the MoEU has undertaken data collection and
review of current practices; strategy development; implementation plan preparation;
preparation of draft Regulation transposing the provisions of the Seveso II Directive;
preparation of the main guidelines; and establishment of an information system.
An EU funded Technical Assistance Project will start in 2012, in order to develop capacity to
implement the By-Law. The Project includes trainings, study visits, pilot studies and public
awareness campaigns for MoEU and MoLSS, municipalities, special provincial
administrations, as well to the operators and public.
Annex - 3 presents detailed information about administrative structure of and legal structure of MoEU,
MoLSS and other authorities.
2.1.3. Risk Assessment Framework
Operators follow current legislations and standards on risk assessment practices. However, the
Directive’s requirements on the issue are new subjects for both CAs and operators. Prior to the
transposition of the Directive, there was no legal framework following the fundamental principles of
risk assessment as defined in the context of the Directive.
Current risk assessment practices in Turkey cover both work place (occupational) safety and external
safety (major accidents). There are different authorities for the management of occupational and
external risks. In other words, occupational and external risks are treated separately in Turkey.
In Turkey, occupational safety concerns the whole range of incidents or accidents that can cause harm
to personnel. These include falling from a scaffold or ladder, tripping on a platform and being exposed
to chemical substances, accidentally released from containment. Typically occupational safety deals
with accidents with a relatively high frequency but with relatively low impact (not many people
involved, recovering from injuries is possible), whereas major accidents with external effects can
affect more people and with lethal effects.28
MoLSS is responsible for enforcing all labor legislation and regulation including occupational health
and safety. MoLSS has presented occupational risk assessment requirements pursuant to occupational
health and safety legislations. With recent legislative developments, risk assessment became
obligatory at workplaces. The Labor Inspectorate is the enforcement authority for occupational risks
issue. The MoLSS has distributed guideline on how to perform an occupational risk assessment for
Establishments.29
28 Heidebrink, I. Synthesis document on WP 2 “Continuity of risk management from work place accident to
major accident”, 2005, SHAPE-RISK report http://shaperisk.jrc.it 29These guidelines define five simple steps to perform the assessment: which information should be gathered,
how hazards are identified, evaluation of the risks resulting from identified hazards, planning the precautions and
additional measures that should be taken to prevent or mitigate risks resulting from hazards, preparing the
written document for risk assessment process.
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In the external risks context, pursuant to amendments to Environmental Law (No 2872), the
Environmental Law obliges risk assessment of dangerous chemicals substances. In addition, MoEU
prepared By-Law on the Inventory and Control of Chemicals that includes provisions relating to the
assessment of the risks of chemicals on human health and environment, together with legal
arrangements on preparing an inventory of chemicals in Turkey. More importantly, Environmental
Impact Assessment (EIA) Regulation obliges risk assessment in proposed projects. Lastly, Circular on
Coastal Facilities Risk Assessment and Contingency Plans includes provisions on risk assessment
requirement.
External risks context includes disasters also. Until the major earthquake in 1999, Turkey's Disaster
Management System mainly focused on the post-disaster events and there were no incentives or
legislations to encourage risk analysis or risk reduction approaches. Recently, Disaster and Emergency
Management Presidency (DEMP) started to conduct; pre-incident works such as preparedness,
mitigation and risk management, during incident works such as response, post incident works such as
recovery and reconstruction.
Beside the legislative documents, there are some standards regarding risk assessment issues followed
by operators, such as ISO 14000 on Environmental Management System and TS 18000 standard on
Occupational Health and Safety Management System (see Table 3).
Table 3 - Current Legislations and Standards on Risk Assessment
Related Regulation Description
Turkish Health Safety Law No.6331 Article 9 ; Operator must carry out Risk assessment by
considering Occupational Health and Safety issues
Regulation on occupational health and safety
precautions in working with chemicals Article 6 :Operator is obliged to carry out risk assessment
The Environmental Law No. 2872. (Law No. 5491
amending) Article 13 of Environmental Law
Regulation on Environmental Impacts Assessment Annex- IV of EIA Regulation
Circular on Coastal Facilities Risk Assessment and
Contingency Plans Annex 1 of Circular
TS 18000 Standard addresses Occupational Health
and Safety Management System
According to standard, an Occupational Health and Safety
Management System should be established. Risk
assessment is one of the parts of this system.
The ISO 14000 addresses "Environmental
Management System".
Minimize harmful effects on the environment caused by its
activities; achieve continual improvement of its
environmental performance
ISO 9001 Quality Management Adopts risk assessment principles
OHSAS 18001 Process Safety Management Provides a methodology for conducting fire risk
assessments
To summarize, the By-Law on the Control of Major Industrial Accidents introduces a new risk
assessment framework in scope of the Directive. However, no particular procedure or structure of risk
assessment is prescribed in the By-Law. Moreover, there are no other binding or non-binding
documents providing guidance on the risk assessment procedure in the framework of the Directive.
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2.1.4. Land Use Planning Approach
Turkey’s industrial risk management practices focus on safety measures and risk reduction in the
Establishment itself (on-site). However, the Directive also requires limitation of impacts to public
health and environment exposed to the industrial accidents in the vicinity of the Establishments (off-
site), an issue in which Turkey lacks experience. Concurrently, Turkey does not have well developed
Land Use Planning regulation and practices for off-site protection.
Major accident hazards (fires, explosions, toxic releases) are a relatively new element in Land Use
Planning. Land Use Planning policies for Natural disasters such as earthquakes and floods are better
known and considered in decision-making.
Moreover, the By-law on Control of Major Industrial Accident Hazards does not anticipate LUP
requirement. For a full transposition of the Directive, it is required that land use aspects and its related
emergency preparedness aspects have to be incorporated in appropriate legislation as outlined in the
Directive and described in pertinent guidelines of the EU.
LUP policies which fail to consider major industrial accidents result in existence of settlements in the
vicinity of Establishments involving dangerous substances (Picture 5).
Picture 5 – Batman TÜPRAŞ Refinery, with 1.5km radius safety distance
Source: REC Turkey
Although the current Turkish legislation does not correspond LUP practices in the context of the
Directive, it has several related aspects in different regulations. These are;
By-Law on Environmental Impact Assessment (EIA);
By-Law on Business License and Work Permits;
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Governing Regulation of Organized Industrial Zones (OIZ);
Turkish Standard 11939, Liquefied petroleum gases (LPG) refueling station for automotive-
Safety Rules; and
Authorities associated with LUP legislation are;
MoEU;
Ministry of Health;
Municipalities/Special Provincial Administrations;
Local Municipalities; and
Organized Industrial Zones (OIZs) Authorities.
According to the regulations above, safety distances, which are also called health protection zones,
should be determined and applied in the boundaries of residential, commercial and industrial
development parcels. A commission composed of five local experts specialized in environment,
health, law, planning, etc. is assigned to determine health protection. On the other hand, for the
establishments with the obligation of EIA Reports, health protection zone is determined within the
scope of EIA Report.
The width of these health protection zones differ from one local authority to another. Moreover, the
current planning obligations, including the EIAs, do not have sufficient provisions of dealing with
major accident hazards.
During the consultation period, REC Turkey carried out interviews in selected provinces to analyze
the implementation of the health protection zones practices. The selected authorities are Kocaeli,
Adana and Sakarya Metropolitan Municipalities. with different practices for health protection zones.
For the establishment in Kocaeli, the distance of the health protection zone differs with respect to the
EIA Report. In addition to the safety distance located inside of facility borders, there is a 20-25-m
safety margin for the highway protection line.
Whereas, for the establishments that are not obliged to prepare EIA reports, the distance of the health
protection zone differs between 10 –to 50 m, according to the availability of the land, and there is an
additional 25 m for the safety margin of highway protection line. Moreover, at the LPG stations, the
health protection zone varies between 5 m and 15 m.
In Sakarya, land use planning is conducted mostly at the industrial zones for new establishments. For
these facilities, the health protection zone distances ranges between 25 m - 50 m. In addition, the
safety margin for highway protection line is usually 20 m.
In the case of OIZs, the commission does not determine the health protection zone. An additional
health protection zone is determined according to the size of the establishment parcel by the
Governing Regulation of OIZ authorities. Moreover, development of residential and commercial areas
is not permitted in 50 m starting from boundaries of the OIZ (see Table 4).
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Table 4 - Safety Distance (Geri Çekme Mesafesi) and Environmental Green Distance in OIZ Code of
Practice
2.1.5. Sanction Policy
By-Law on Major Industrial Accident Control has a strict sanction policy requiring the shutdown of
the establishment or suspension of process units in the case of any deficiency. MoEU, MoLSS and
local authorities will be responsible for the implementation of sanctioning practices regarding major
accidents.
REC Turkey was unable to find any reported cases concerning prevention of major accidents. The
only available sanctioning data considers general non-compliance issues on environmental and
occupational health and safety. MoEU imposed a fine over 30 million TL and the shutdown of 120
firms in the first seven months of 2012. Similarly, MoLSS imposed nearly 30 million TL in 2011, for
non-compliance with health and safety regulations.
Sanctioning can be in the scope of both administrative law and criminal law. The instruments of
administrative law are primarily aimed at terminating and reversing (insofar as possible) the current
illegal situation, in other words, at resolving the nuisance or damage caused and implementing
appropriate provisions for the future. The instruments of criminal law are primarily aimed to penalize
the offender and remove any unfair (competitive) advantage that operators may have enjoyed.
2.2. Overall Benefits of Implementing the Seveso II Directive in Turkey
The implementation of the Seveso II Directive will provide considerable benefits to Turkey, although
most of them non-quantifiable. Implementation of the Directive will mean, in particular, a reduction in
the number of major accidents and a decrease of the impacts on human health and environment in case
an accident occurs.
Concerning the environment and social impacts, including the protection of the environment, human
health, effects on employment, explained in Section 5, the analysis shows that the positive impacts of
the different policy options vary slightly in terms of social and environmental impacts.
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In the overall, the implementation of the Directive significantly increases the current level of
environmental and human health protection (see section 5), and brings positive impacts on
employment.
2.2.1. Environmental Impacts
Major accidents involve events with the potential to cause severe, widespread, long-term or even
permanent damage to ecosystems, which contaminates land, water and air (see Picture 6). Thus,
Environmental Impacts of the implementation of the Directive reflect itself in environmental
protection. However, for the majority of issues, it is not possible to quantify the benefits in terms of
increased environmental protection level.
Picture 6 - Buncefield30
Smoke Plume
Source: The final report of the Major Incident Investigation Board
Directive requires more awareness about major accidents and a better understanding of major accident
hazards to environment. Thus, implementation of the requirements of the Seveso II Directive has led
to a recognizably higher level of environmental protection in comparison with non-Seveso
Establishments. Moreover, the Directive forces MS to organize a system of inspections to ensure:
Operator provided appropriate means (MAPP, SMS) to prevent major accidents and limit their
consequences;
Additional Safety Documents (IEP, safety report etc.) drawn by operator is accurate and
complete.
CAs also will put into Land Use Planning, which prohibits the siting of Establishments close to
environmentally sensitive areas, and Emergency Plans that mitigates consequences to environment.
All the above-mentioned environmental benefits are qualitative. Both in Turkey and the EU, there is
no comprehensive study on the environmental benefits of the Seveso Directive. However, the cost
estimations of accidents can be used to assess the benefits of the Directive. 31
30
The main threat to ecosystems as was the case in the 2005 accident at Buncefield, the United Kingdom, is the
wastewater from fire extinguishing activities, which may pollute surface water or groundwater if not captured
effectively. The environmental cost of the accident was 2 million pounds. 31
However, cost estimations for accidents generally do not include environmental costs. Moreover, estimations are not accurate in numbers. For instance, Flixborough accident initially estimated ten times less than the
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As a part of a consultation process for the RIA report, Turkish operators were asked to assess the
benefits of Directive. Operators admitted that the Directive introduces additional requirements and
safety procedures to prevent and limit the impacts of major accidents to the environment;
65% of Operators think that the Directive will assist and enable the reduction in number of the
major accidents and limit consequences to man and environment.
60% of the Operators will take additional safety measures after implementing the Directive to
reduce the risks for the environment and residential places close to establishment.
REC Turkey tried to quantify both environmental costs and benefits, however, could not reach
accurate data. The only available data are the costs of cleaning up or restoring damaged ecosystems
after industrial accidents, which can run into billions of Euros. Moreover, the complexity of the
environment and the individual characteristics of each accident is another barrier to assess the benefits
(see Box 4). Due to the irreversible nature of some of the associated impacts, the real losses to society
will be higher than direct financial costs.
Box 4 - Factors affect the assessment of the severity or duration of impacts of an accident
- the precise nature of the particular resource impacted, i.e. habitats will vary in their vulnerability
- the pollution; certain habitats are more readily rehabilitated/recreated
- the total area affected, and the area of particular resources
- the importance of the resource at a range of scales, i.e. local, national, international
- the particular substances involved, their toxicity and persistence in the environment
- the nature of the accident, i.e. fire, explosion, spillage
2.2.2. Social Impacts
Implementation and enforcement of the Directive in Turkey will bring several social impacts. The two
relevant types of effects to consider are:
- Impacts on Public Health
- Impacts on Business and Employment
In this respect, REC Turkey assessed whether the implementation of the Directive would result in an
increased level of protection in public health and positive impacts on employment.
Impacts on Public Health
The RIA estimates that the Directive will bring major social gains on public health. As mentioned in
Section 2.2.1. , the Directive introduces appropriate means for management of major accidents and
implements safety procedures to prevent and limit the impacts of major accidents. For instance, Land
Use Planning will prohibit the siting of Establishments close to residential areas. Moreover, it
constrains the expansion of residential areas near Seveso Establishments, which reduces exposure to
major accidents.
actual cost (Fewtrell et. al. 1998). This and similar examples show that pre-estimation of accident costs might
not be reliable due to some aspects such as on-site personnel and health costs. Another difficulty arises when
operators do not want to share the cost estimation data for it is believed to a cause loss of reputation.
Competition concerns as well often appear as another barrier.
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High level of protection contributes to positive change in unsafe conditions and increases the health
and safety culture at workplaces.
Another important impact of the Directive is the participation of the public in the decision-making
process (i.e. siting new Establishment) and their right to access to information. The Directive requires
also public accession to information about the hazardous chemicals used in the Establishments and
measures taken for the safety and mitigation. People are more prepared and ready for emergencies,
which leads to success in evacuation procedures in case of an accident.
In Turkey, there is no comprehensive study on the health and safety benefits for workers and public in
case of prevention of the accidents. REC Turkey used the calculations from the UK Health and Safety
Executive (HSE) RIA report to assess health and safety benefits for the workers (See Box 5).
However, due to lack of data on major accidents and its consequences, social impacts of the Directive
on Public Health issues are not calculated, although it is positive.
Box 5 - Health and Safety Benefits
The UK Regulatory Impact Assessment for proposed regulations to implement Directive 2003/105/EC amending
Council Directive 96/82/EC used the A Review of UK and Overseas Major Industrial Accidents since Flixborough 197432 to calculate Health and Safety Benefits.
The Review details the twenty UK accidents with the highest numbers of casualties. There were 30 fatalities and
877 major injuries in the twenty-four years following the Flixborough accident. Using this data, the cost in an
average year is £7.2 million in current prices.
The RIA calculates the Health and Safety Benefits for the total number of Establishments that either enter the
Control of Major Accident Hazards(COMAH) for the first time, or move to a higher classification, The range for
Establishments is 224 - 249.
This represents approximately 19.3%-21.5%
of the existing total of Establishments. Using this range the
amendments to the regulations cover a percentage of the total cost of injuries that equates to a monetary value of
£1.5 to £1.7 million per year, a net present value over the appraisal period of £12.9 to £14.4 million.
Action to mitigate risks will also benefit members of the public. The study does not have information on
incidents involving members of the public in sufficient detail to make estimates for the risk from smaller scale
events. The review states that no member of the public has been killed off-site because of a serious incident in
chemical/ petrochemical manufacture. The quantitative benefit of reduced risk to the public cannot be estimated
but could be substantial.
Impacts on Business and Employment
Overall, the Directive will have positive impacts in terms of job creation and business. The operators
will need experts in the areas of process safety, risk assessment, emergency planning and safety
management system. Moreover, the CAs and the local authorities will need to recruit additional
experts and inspectors to assess and inspect the safety measurements of the Establishments. Currently,
the Operators and CAs have experts working on environmental issues and occupational safety.
However, the Directive introduces additional safety documents, which requires additional workload.
Operators will benefit from the implementation of the Directive when the Directive enables the
prevention of costly major accidents.33
There is no comprehensive study on the costs of major
accidents occurred in Turkey, which makes it impossible to calculate business benefits.34
32
Fewtrell, P. and Hirst, I. “A review of high-cost chemical/petrochemical accidents since Flixborough (1974)”,
IChemE Loss Prevention Bulletin, 140, 1998.
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2.3. Overall Unavoidable Costs of Implementing the Seveso II Directive in Turkey
This section looks at costs to be covered by government, business, and other stakeholders without
considering the flexibility provided by the implementation of the Directive that might reduce those
costs (see Annex - 1 for detailed information on unavoidable costs).
The following points should be noted. First, these impacts are assessed for a period starting from 2012
and ending in 2021. Second, as the Directive provides some flexibility in terms of application and
Turkey is not member of the EU yet, the impacts could be incremental. Third, the economic impact of
implementing the Directive will mostly depend on the number of the Seveso Establishments. Overall,
the implementation of the Directive will cause three types of costs:
Administrative costs, comprising those linked to the notification, preparing safety documents
and reports, inspection, and training. These costs are borne by operators, and the CAs and
municipalities.
Substantive costs is ‘business cost’ of working with dangerous processes and products and
not directly related to the Seveso II Directive, comprising operational/ maintenance costs
related to physical compliance measures, safety equipment, etc.
Land use costs, comprising restrictions on use, purchase of land or moving the facilities
and/or residential buildings.
REC Turkey developed a cost model for Administrative costs35
, but it was not possible to estimate the
other two categories of costs, which are assumed much more significant than the administrative costs.
Total administrative cost of implementation is expected to be 62 million Euro for 10 years between
2012 and 2021 (PV). REC study assumes that the Operators bear 63% of the total cost and CAs bear
27% of the total cost.
2.3.1. Administrative Costs for operators and public authorities
For the administrative compliance cost, REC Turkey developed a model that estimates a total cost of
62 million Euros for 10 years between 2012 and 2021 (PV) (see Annex - 1).
33 A Review of UK and Overseas Major Industrial Accidents since Flixborough 1974 estimated that the total cost
of the 20 major chemical/ petrochemical accidents since Flixborough was between £300 to £400 million in
1996 prices. The costs of reconstruction and lost production costs are included and incidents include indirect
production costs (such as loss of business, or forced sale of raw material), off-site damage, personnel costs
associated with injury events, civil emergency response, legal costs and public relations costs excluded. 34 In consultation process, one of the respondent from questionnaire answered the cost of accident as about
nearly $1.000.000.
35 The RIA study used the following sources for administrative costs, they contain relevant information and data
regarding on costs of Implementing the Seveso II Directive:
UK (2005) Regulatory Impact Assessment (final) of Seveso II;
Nutek (2006) Näringslivets administrativa kostnader på miljöområdet;
EU-VRI (2008) Study of the Effectiveness of the Seveso II Directive, August 2008; and
EU Project on Baseline Measurement and Reduction of Administrative Costs (2009), (Administrative
Burden study), Framework Contract no. ENTR/06/61
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Table 5 - Total Administrative Costs (PV – Euros)
These costs will not be shared equally. Operators will cover 63% and public authorities 27%.
The Directive will have different impacts according to the obligations of each category of
Establishments. For Upper-Tier establishment it will be 47.2 million Euro for 10 years between 2012
and 2021 (PV). In the case of the Lower-Tier establishment is it will 14.8 million Euro for 10 years
between 2012 and 2021 (PV).
In terms of sectors, the most affected one will be the petrochemical (48%) and the chemical industry
(21%) (see Figure 14).
Figure 14 – Distribution of Administrative Costs to Seveso Sectors (Euros)
Source: REC Turkey, 2012
Interestingly the Directive has a very important first year administrative cost, representing 1/3 of the
total costs for the assessed period. This is due to the preparation of the first set of safety
Row Labels 2012 2013 2014 2015 2016 2017 2018 2019 2020 2021 TOTAL
Operators 17.022.120 1.786.476 1.717.766 2.845.398 3.289.231 3.652.003 2.529.548 1.411.878 2.811.649 2.248.759 39.314.829
Capacity Building 1.990.000 0 0 0 1.701.060 0 0 0 1.454.074 0 5.145.134
Other Costs 0 0 0 0 0 0 0 0 0 0 0
Safety Report 3.960.000 190.385 183.062 176.021 169.251 976.449 156.482 150.464 144.677 139.112 6.245.903
MAPP 3.567.000 171.490 164.895 158.553 152.454 879.544 140.953 135.531 130.319 125.306 5.626.045
SMS 2.475.000 118.990 114.414 110.013 105.782 610.281 97.801 94.040 90.423 86.945 3.903.690
IEP 3.736.000 142.788 137.297 1.325.716 126.938 122.056 1.178.557 112.848 108.507 1.047.732 8.038.440
Public Information Costs 770.500 740.865 712.371 684.972 658.627 633.295 608.937 585.517 562.997 541.343 6.499.423
Inspection & Assessment Costs 523.620 421.957 405.728 390.123 375.118 430.377 346.818 333.479 320.653 308.320 3.856.194
Public Authorities 4.781.955 2.039.750 1.961.298 2.358.454 2.010.534 2.266.468 2.096.657 1.612.044 1.718.613 1.863.920 22.709.693
Capacity Building 230.700 0 0 0 197.203 0 0 0 168.570 0 596.474
EEP 1.868.000 71.394 68.648 538.598 63.469 61.028 478.812 56.424 54.254 425.662 3.686.290
Other Costs 0 0 0 0 0 0 0 0 0 0 0
Public Information Costs 289.500 278.365 267.659 257.364 247.466 237.948 228.796 219.996 211.535 203.399 2.442.029
Inspection & Assessment Costs 2.393.755 1.689.990 1.624.991 1.562.491 1.502.395 1.967.492 1.389.049 1.335.624 1.284.254 1.234.859 15.984.901
Grand Total 21.804.075 3.826.226 3.679.064 5.203.852 5.299.765 5.918.471 4.626.205 3.023.922 4.530.261 4.112.680 62.024.522
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documentation and reports. The following years, the operators will mostly need to update and validate
these documents.
As well, the model estimates that the inspection and assessment costs will also be significant,
representing 1/3 of the total cost and 70% of the total cost for the government.
2.3.2. Substantive Compliance Costs
Other than administrative costs, there are also compliance costs of substantive modifications and
technical measures in the case of any modification for function, efficiency and position (change in
scope, open/closure of installations, change in quantity of dangerous substances, etc.).
It was not possible to estimate these costs, which are assumed to be much more significant than the
administrative costs. However, it can be argued that in the case of substantive costs, which will
increase safety standards of Establishments, they should be considered as typical ‘business cost’ of
working with dangerous processes and products and not directly related to the Seveso II Directive. For
instance, if an establishment becomes a Seveso II site, they might need to undertake investments in
changes to their manufacturing process or to way they store chemical substances.
UK (2005) Regulatory Impact Assessment (final) of Seveso II study on the control suggests that the
costs for Upper-Tier Establishments are in the same order as the administrative costs. For Lower-Tier
Establishments there is a large variation in the results of the two surveys and they could vary within a
range of 5% of the administrative costs to be at the same order as the administrative costs.
In overall, the current RIA study accepts that, substantive costs are significant for total cost
calculations.
2.3.3. Land use costs
Land use costs were not estimated because of lack of information on safety zoning required by the
Directive. However, this RIA study considers several cost examples from EU. For instance, in France,
the estimated total cost for French PPRTs (land measures including several thousands of
expropriations and relinquishments) is about 2.3 billion € and it covers 420 Establishments. This data
lead to total costs estimation for all Upper-Tier Establishments in the EU 27 of EUR 25 billion. In
Austria, a safety distance of 300 m leads to about 250,000 m2 of restricted area. For 145 Austrian
Seveso Establishments, based on a land value of 95 EUR/m2, the total costs amount to EUR 3.4
billion (For Details, see Annex - 2. 3 and Annex - 3).
Concretely, the public authorities need first to develop Seveso compatible plans for each
establishment, and second, value the land and residential buildings overlapping with these plans.
However, this is compounded by the fact that the 2010 By-Law does not require such obligation.
Overall, there are many uncertainties in particular in terms of the specific implementation impacts of
the Directive.
2.3.4. Uncertainties in the estimates
Key uncertainties include:
The final number of establishment is not final given the non-compliance of the some of the
establishments with the registration and the notification of substances obligations
The compliance costs of operators vary significantly. For instance, some multinational firms
have dedicated systems and procedures developed for their EU operations that are relatively
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cheaper and more efficient than those required to be developed from scratch by small Turkish
operators.
Changes in protection level are very difficult to estimate.
In all countries, health and safety legislation have overlapping requirements. So, some
activities to comply with the Seveso II might have been taken as a result of other legislation or
would have been taken because of good business management culture and attitude.
Compliance costs vary among Establishments, particularly because of the pre-existing
condition of land use.
Operators might be able to adjust stocks of Seveso chemicals to avoid falling within the scope
of the Directive. Another compliance strategy available is to set up storages for Seveso
chemicals in another facility different from the processing one. This takes the processing
facility out of scope but transfers the risks to the transport phase.
In sum, given the considerable uncertainties still existing, the estimates presented in the Report should
be taken as pointers rather than final numbers. Some impact assessments will therefore be more
qualitative than quantitative.
These structural uncertainties also mean that benchmarking figures across Member States and
industries will be also constrained. For instance, this will be very visible for the differences in the
compliance costs related to the familiarization and analysis required for the preparation of safety
reports of the Establishments.
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3. Objectives of the RIA
The overall policy objective of the RIA is to ensure successful implementation of the Seveso II
Directive in Turkey in an optimal way in terms of economic, environmental and social aspects.
The three specific objectives of the RIA are:
- To assist reduction of the major accidents, prevention and limitation of the consequences of
accidents on public health and the environment,
- To ensure the implementation of the Directive with specific policies that reduce the economic,
environmental and social costs for all stakeholders (governmental bodies, municipalities, operators
and general public), and
- To achieve full compliance with the Directive, including administrative structure, risk assessment
framework, land use approach and sanctioning policy.
These specific objectives leads to seven operational targets defined as follows:
- To calculate the expected cost of implementing the Directive in Turkey,
- To identify the most suitable regulatory framework for Turkey,
- To identify most effective methods to encourage the full compliance,
- To set up a suitable administrative structure for proper coordination of multidiscipline problems,
- To develop a proper risk assessment framework,
- To develop most appropriate land use planning approach,
- To identify enforcement and sanctioning instruments to increase compliance level.
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4. Policy Areas, Options and Scenarios
4.1. Policy Areas
In order to implement the main provisions of the Seveso II Directive, the Turkish authorities need to
designate several decisions. REC Turkey identified ten key policy options (including ‘non-action’) to
address issues organized around four policy areas for the implementation of the Directive:
0. Non-Action
1. The Administrative Structure
2. Risk Assessment Framework
3. Land use planning approaches
4. Sanctioning Strategies
4.2. Options
REC Turkey identified and analyzed alternative options for each Policy Area. Options under policy
areas are mutually exclusive. However, options identified under different Policy Areas are not totally
exclusive. Policy Areas identified in this analysis are interconnected.
Policy Area 0: Non-Action
Option 0.1 Non-Action
Policy Area 1: The Administrative Structure
Option 1.1. Two CAs without a Coordination Body (Non-Action)
Option 1.2. One Competent Authority
Option 1.3. Three CAs with a Coordination Body
Policy Area 2: Risk Assessment Framework
Option 2.1. Public Driven Framework
Option 2.2. Operators Choose their own Framework
Policy Area 3: Land use Planning Approaches
Option 3.1. Consequence-Based Approach to LUP
Option 3.2. Risk-Based Approach to LUP
Policy Area 4: Sanctioning Strategies
Option 4.1. Strict Sanctioning Strategy
Option 4.2. Proportional Sanctioning Strategy
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5. Impact Assessment
5.0. Policy Area 0: Non-Action
5.0.0. Description of the Policy Area
This option, evaluated as the RIA baseline, consists of retaining all the provisions that already exist in
Turkish laws and legislative norms but does not take any further action nor introduce any new
legislation.
Impacts on Operators:
Section 2.3 shows evidence that the implementation of the Seveso Directive has negative economic
impact for operators.
The Directive obliges the Operators to introduce additional safety measurements, which cause extra
costs. The problem is also due to the high number of potential Seveso Establishments in Turkey,
which leads to even higher costs for the national economy. Therefore, not implementing the Directive
means saving cost for industrial sector but also having high-level risk for major accidents, with costs
in billions.
Public Sector Impacts:
Seveso II Directive brings many obligations (see Annex - 5) to governmental institutions; therefore,
additional expenditures . First, CAs, namely Ministry of Environment and Urbanization and Ministry
of Labor and Social Security, will need to allocate budget for inspections. These inspections initially
and continuously require qualified inspectors in the field, which also increase the costs for the CAs.
Secondly, local authorities should increase capacity in order to prepare proper External Emergency
Plans and Land Use Plans. In the baseline scenario, Turkey will not harmonize the Directive, hence
there will be no cost arising for the implementation of the Directive.
However, the Non-Action option means that Turkey would not transpose and implement the Seveso II
Directive and consequently the Turkish Government would jeopardize the membership negotiations
between Turkey and the EC, and might lead to refusal of Turkey’s membership to the EU.
Furthermore, in case of transposing the Directive but not implementing it, Turkey would incur
infraction fines and some reputational damages.
Environmental impacts:
Baseline scenario does not decrease the probability of major accidents. Therefore, it brings some risks
on environmental assets, such as air, water resources, and soil. The value of these assets cannot
directly be monetized, which makes it difficult to compare the benefits and costs of implementing the
Directive. However, it is clear that not implementing the Directive means neglecting environmental
concerns.
Social impacts:
In the baseline scenario, there will be no social benefits. Social impacts regard health, safety, security
of workers and public, employment levels, and rights of citizens. Non-action does not reduce health
risks of workers and population. Current protection level does not improve the public health and
public access to information remains limited.
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Conclusion about the Non Action option:
Overall, non-implementation of the Directive in the baseline scenario could lead to less operational
and investment costs, for both operators and CAs. On the other hand, environmental and social
impacts reveal that non-action does not improve environmental protection, health and safety of public
and not adds additional value for employment levels, rights of citizens.
5.1. Policy Area 1: The Administrative Structure
5.1.0 Description of the Policy Area
The first policy area studies the set-up of the administrative structure and collaboration of public
authorities responsible for the implementation of the Directive.
The Directive assigns several obligations to the public authorities (see Annex - 5). Member States
(MS) fulfill these obligations through Competent Authorities (CAs). A Competent Authority is the
organization legally delegated with authority to perform a designated function. Once an authority is
delegated to perform a certain act, only this CA is entitled to take accounts therefrom and no one else.
The Government may establish a new authority or assign current authorities as CA to fulfill the
requirements of the Directive. The MS can delegate all responsibilities to one authority or distribute
them to several authorities. In the latter case, there will be more than one competent authority partially
responsible for the successive implementation of the Directive.
Eventually, CAs will need to supervise the overall implementation of the Directive. The tasks fulfilled
by CAs include a variety of activities such as preparation of external emergency plans, inspections on
the Establishments, issuing permits, assessment and approval of Safety Reports. CAs are also expected
to provide guidance to Establishments about their responsibilities and inform other stakeholders (non-
governmental organizations, research/academic institutions).
Seveso II Directive is a complex legislation that requires a multi-disciplinary approach. The problems
that the Directive attempts to answer and respective solutions are traditionally under the responsibility
of different public authorities. For instance, on-site impacts of occupational accidents are generally
related with the Ministry of Labor and Social Security, whereas off-site environmental impacts of
major accidents are under the responsibility of Ministry of Environment and Urbanization.
Member States had established different administrative frameworks to implement the Directive. The
core issue of the administrative framework is the set-up of the CAs. Generally, the choice of the
Member States depends on their existing legislation related to the topic and the historical distribution
of responsibilities between different public authorities at both national and local level.36
Annex - 11
gives information on Public Authorities and their responsibilities in scope of Seveso II Directive in
Member States.
REC Turkey identifies three main models for administrative set-up, which this RIA assessed:
Option 1.1. Two CAs without a Coordination Body (Non-Action)
Option 1.2. One Competent Authority
Option 1.3.Three CAs with a Coordination Body
36 Seveso Inspection Series – Volume 3 p-25
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5.1.1 Option 1.1.Two CAs without a Coordination Body
Description of the option:
In this option, the government designates the “Ministry of Environment and Urbanization” and the
“Ministry of Labor and Social Security” as Competent Authorities both partially responsible from the
successful implementation of the Directive. Both ministries will be responsible from their identified
tasks and there will be limited cooperation between the authorities. Moreover, the government assigns
tasks to the Disaster and Emergency Management Presidency (DEMP) and local authorities.
Distribution of the obligations within the public authorities according to this option can be seen in
Annex - 1.
Some Member States (MS) have followed the model explained in this option. For instance, Sweden
has three different competent authorities37
fulfilling different tasks of the Directive.
Impacts on Operators:
Since both CAs will undertake its own inspection, it is most probable that this option will be costly to
the operators in terms of administrative costs. EU experience reveals that Member States with a high
number of man-days per inspection and a high frequency of inspections lead to higher compliance
costs for operators compared to those of operators in Member States where the frequency of
inspections is lower.
Therefore, the competent authorities undertaking the inspections independently and obliging
Establishments to spend more time for each inspection will signify loss of time both for
Establishments and experts who will spend time helping the competent authorities’ inspectors and
experts.
Public Sector Impacts:
Costs (initial and ongoing) incurred to the public authorities depends on the structure of CA, related
agencies, qualification of personnel, quality of inspections and safety documentation assessment.
In the case of lack of coordination in assessments and separate inspections, different views regarding
results of inspections and examinations (e.g. a CA decision regarding a major accident topic may not
be accepted by another CA), can cause conflicts between CAs. Moreover, it may lower the quality of
performance and results varying from region to region. Without sharing information and deciding
together on the key requirements of the Directive (i.e. risk assessment, land use planning, external
emergency plans), officials, inspectors, and other civil servants will have many difficulties while
performing their tasks. Therefore, it results in loss of efforts.
37 In Sweden, the following public authorities have been designated as CAs: Civil Contingencies Agency (MSB).
MSB is responsible for the supervision of the Seveso II Directive at a national level as far as consequences for
the environment and the public are concerned. The 21 county administrations carry out inspections and
enforcement at a regional level. Work Environment Authority (SWEA): SWEA is responsible for the supervision
on internal aspects of the Seveso II Directive at a national level. The SWEA’s ten inspection offices around the
country carry out inspections and enforcement at a regional level. SWEA’s responsibility on inspections is
broader, which means they carry out not only for Seveso II Directive but all kinds of working environment (e.g.
working hours) inspections. Swedish Environmental Protection Agency (SEPA): SEPA is the major authority for
environmental and health protection. The issuing of permits for upper tier establishments is handled under the Environmental Code (1998:808) for which SEPA has a high responsibility.
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Environmental impacts:
In the case of misunderstanding and poor communication between the CAs, the effectiveness of
assessments and inspections reduces. This impaired overlook results in higher risk in major accidents
(e.g. in emergencies), thus has more negative impacts to environmental assets near the Establishments
Social impacts:
Due to the possible lack of coordination between competent authorities, the effectiveness of the
assessments and inspections can be reduced. This impaired overlook can cause a higher risk of major
accidents thus has more negative on public health and property.
5.1.2 Option 1.2. One Competent Authority
Description of the option:
In this option, Turkey establishes a new public authority (either under the current CAs or as totally a
new authority) responsible from the implementation the Directive. This authority may or may not use
experts from the Ministry of Environment and Urbanization, the Ministry of Labor and Social Security
and the Disaster and Emergency Management Presidency.
In EU, some of the Member States have followed this option. Finland has followed a similar
approach.38
Inspections and safety reports are the task of one National Authority Tukes (Finnish Safety
and Chemicals Authority) which covers the whole country. The only agency with high technical
competencies and acting as CA, Tukes enforces the national legislation and carries out the inspections.
Tukes consults other authorities (regional environmental and work safety authorities, rescue services)
when handling safety reports and invites them to attend inspections. Tukes works under the Ministry
of Economy and Employment. In Ireland, there is one Central Competent Authority, Health and Safety
Authority (HSA), responsible for the enforcement of the Directive and gives technical advice on land
use planning to local Authorities.
See Annex - 1 for distribution of the obligations within the public authorities for the option ‘One
Competent Authority’
Impacts on Operators:
The CA will organize more efficiently assessments and inspections, which will have lower
administrative (red tape) costs for Operators.
Public Sector Impacts:
This option can further reduce the costs on government and permit productivity gains. For instance,
the authorities will spend less time for coordination. One central office carries out the work easily with
the simplification of processes and procedures and eliminates the differences between the assessment
of reports and inspections (harmonized working environment).
38 The main authorities are the Safety Technology Authority (Tukes) and the regional rescue authorities. Tukes
maintains and promotes technical safety and reliability in order to protect people, property and the environment.
Tukes’s responsibilities include licenses, periodic inspections, handling of safety reports, evaluation of safety
report of establishments and internal emergency plans. The regional rescue authorities are responsible for
making statements of internal emergency plans, arranging emergency drills together with the operator every third
year, and compiling external emergency plans.
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On the other hand, the creation of a new entity will create transition costs due to the reallocation of
human resources and other resources to the new entity (including motivational costs for the public
servants) and require a longer transition period.
In the consultation process, various stakeholders expressed that this option poses the risk of shrinkage
in the scope of the inspection, due to shortage of staff and conflict of legislations if one competent
authority carries inspections. The excess of unnecessary arrangements is another problem. Lastly,
bureaucratic problems, such as conflict of authority, could arise, which cause overall management
problems, slower and inefficient inspection and assessments.
Environmental impacts:
No major environmental impact.
Social impacts:
No major social impact.
5.1.3 Option 1.3.Three CAs with a Coordination Body
Description of the option:
In this option, Turkey will designate “Ministry of Environment and Urbanization”, “Ministry of Labor
and Social Security” and “Disaster and Emergency Management Presidency” as competent authorities.
Moreover, Turkey will establish a Coordination Body to increase the collaboration between these
authorities (see Figure 15). For instance, these three competent authorities will be responsible for the
inspection of Establishments in relation with their responsibilities. Annex - 1 other responsibilities of
the CAs and the coordination body in this option. The Coordination Body will be responsible for:
Training and research activities related with the Directive and training for the competent
authorities inspectors and experts,
Establishing an effective inspection and examining system of Seveso Establishments,
Getting the reports from the competent authorities and provide a final inspection report and
inform the Seveso Establishments about these inspection reports.
Informing the public about the major accident issues,
Establishing a major accident reporting system,
Contacting and collaborating with the local authorities such as fire-fighting management, civil
defense, police and related groups for implementing emergency management.
The Coordination Body links actors and policies. Experience in some Member States demonstrates the
usefulness of setting-up coordinated mechanisms for major accident management, involving different
central and local public authorities and private stakeholders. It improves the communication between
CAs and other public authorities (i.e. local authorities responsible for land use planning practices).
A Coordination body could provide a useful forum for elaborating recommendations on best practices
from representatives of various national departments. The Coordination Body can create such a
network covering the departments in charge of land planning, risk and hazard mapping, protection of
the environment, and emergency preparedness and response. Moreover, the Coordination Body will
inform competent authorities and other stakeholders, coordinate the inspection dates and inspectors
and perform training and research activities.
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Figure 15 - Three CAs with a Coordination Body
In consultation period, stakeholders suggested several organizations as coordination bodies, such as
the Labor and Social Security Training and Research Center (ÇASGEM) under the Ministry of Labor
and Social Security, and the Scientific and Technological Research Council of Turkey (TÜBİTAK).
Setting up a special unit about accidents under the umbrella of the Council was one of the
recommendations. Moreover, stakeholders suggested authorizing an organization or some
organizations that would provide support for SMEs.
There are some MS follow this option in EU. In the Netherlands39
, the Seveso II directive is enforced
by three agencies: the Competent Authority for environmental regulation (‘Bevoegd Gezag Wet
milieubeheer’), the ‘Labor Inspectorate’ (‘Arbeidsinspectie’) and the ‘Fire Brigade’ (‘Brandweer’).
The Dutch Seveso II enforcement agencies thus represent the policy areas ‘environment’,
‘occupational safety and health’ and ‘emergency planning’. Moreover, Netherlands has established a
coordination office, LAT Bureau, for the effective implementation of Seveso Directive.
Likewise, in the UK, the Competent Authority for the control of major accident hazards brings
together three separate government bodies: the Health and Safety Executive (HSE) and Environment
Agency (EA) in England and Wales and the Scottish Environment Protection Agency in Scotland.
There are ‘Separate Memoranda of Understanding’ defining working arrangements in order to make
sure that all functions are executed and all aspects are being treated. Besides, there is a ‘Steering
Group’ that checks whether all working arrangements are actually followed up. A ‘Single
Implementation Project’ introduced working arrangements in 16 areas such as inspections, assessment
and domino effects.
To summarize, a range of central and local policies can be managed in a way that supports the accident
management cycle — prevention, preparedness, response, recovery. However, this requires linking the
actors involved in developing and implementing measures that can have significant impacts on major
accident prevention.
Impacts on Operators:
This option brings comparatively less costs for the Operators in comparison to option ‘Two Competent
Authorities without a Coordination Body’. The competent authorities carry out joint inspections and
39 There are three competent authorities in the Netherlands: Ministry of Infrastructure and the Environment,
Ministry of the Interior and Kingdom Relations, and Ministry of Social Affairs and Employment.
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examinations of other documents with the assistance of a coordination body, which enables effective
and efficient joint inspections. Thus, Operators spend less time for these inspections and assessing
documents, and save time and money: the option results in approximately 7000 days and 500.000 Euro
less administrative burden to Operators than other options annually. Moreover, these jointly planned
inspections by uniform rules provide fair trade conditions (See Annex - 2. 1 Administrative Costs ).
Public Sector Impacts:
This option enables efficient coordination of the competent authorities. The Coordination Body assists
and arranges inspections and examinations practices, increases the effectiveness of inspections, and
ensures a consistent approach. Therefore, the activities will be more effective, well-planned and less
loss of time and efforts. In addition, this option provides a more integrated service, and access to
information is quicker and more efficient via the coordination body.
Moreover, Coordination Body takes over administrative workload so that the inspectors can
concentrate on inspections and enforcement.
As a result of working together with the help of a Coordination Body, the conflicts between the
competent authorities will be less. It will be easy for the competent authorities to make harmonized
standards.
On the other hand, Coordination Body founding process could be very long (bureaucratic burdens) and
costly which prevents further administrative works and there may be a conflict responsibilities of
authorities. Moreover, this option increases the workload of the staff and requires recruitment of new
staff that results in an extra financial burden for government (see Annex - 16).
Environmental impacts:
Because of sufficient coordination and increased knowledge of competent authorities via coordination
body activities, the effectiveness of the assessments increases and inspections can be implemented
well which reduces the probability of major accidents, therefore reduces hazards to environment.
Social impacts:
More coherent implementation and consistent application of the provisions of the Directive will
reduce the probability of major accidents, therefore public health impacts. Moreover, additional staff
may be recruited for the coordination body, which increases employment.
5.1.4 Summary of the impacts of the Policy Area
In summary, Policy Option 1.3 appears to have more positive impacts for Turkey than the other
options.
Previous legislations regulating major accident focused on individual installations and the inspections
on the individual lines of defenses while the Directive focuses on the overall safety management
policy of the Establishment Thus, a coherent implementation and consistent application of the
provisions of the Directive throughout the country requires close cooperation among the CAs.
Option 1.1 seems to have impacts that are more negative. It foresees more administrative costs on the
Operators. In this respect, Single Competent Authority (option 1.2) presents lower costs. However, the
option Single Competent Authority has mainly two drawbacks. First, existing Ministries will most
likely oppose any merge or consolidation, which will raise the political cost to implement the option.
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Secondly, any merge or consolidation requires a transition time to accommodate the culture, staff,
assets, ICT, etc.
It can be concluded from different country cases that the coordination body (at least one of the CA
should behave as a coordination body) is needed considering all of the obligations of CAs and
administrative cooperation among representatives of related authorities is required. The coordination
body will provide training and research activities related with the Directive and training for inspectors
and experts, information to the public about the related issues and contact with the local authorities
easily under the roof of one body. Although the financial burden may be high for establishing a body,
in the long term, the benefits will dominate those costs.
All issues (public sector, Operators, social, environmental) concerning the implementation of the
Directive taken into account, Option 1.3: Three CAs with a Coordination Body is the most proper
option for Turkey.
5.2 Policy Area 2: Risk Assessment Framework
5.2.0 Description of the Policy Area
This policy area assesses different regulatory frameworks where the Government obligates or not the
use of certain risk assessment standards and instruments (e.g. software) by Operators.
According to the Directive, Operators have to prevent or reduce the risks arising from hazards at their
establishments to an acceptable level based on risk assessment40
. Operators will need specific method,
standards and instruments to identify, analyze, assess, and evaluate these risks. Moreover, Operators
shall convince the CA about the quality of their risk assessment.
Risk assessment is a very complicated task. It includes assessing the risks of major hazards through a
series of analysis and tests, by using a variety of standards and tools. The Framework for risk
assessments is particularly important for preparing Safety Reports, which Operators need to send
periodically to CAs.
Although the industry, the CAs and the local authorities have interest in the same risk assessment
process, their needs are slightly different from each other. Industry needs a method to identify, assess
and reduce the risk. The CAs need to be able to assess the safety level of the plant, particularly
through the safety report.41
The local authorities are also interested in emergency and land use planning
issues.
The Directive does not require specific use of particular risk assessment instruments and standards.
CA and Operators should choose proper and effective risk assessment standards and tools in order to
ensure a proper implementation of the Directive, since they are the responsible bodies in this regard.
40Risk Assessment: The overall process comprising a risk analysis (the systematic use of available information to
identify hazards and to estimate the risk) and risk evaluation (whether the desirable level of risk has been
achieved). 41 The case of Catalonia, Spain is interesting. Safety reports assessment is delegated to three external institutions
appointed by the Catalan government: TNO, INERIS as consultant agencies and IQS Sarrià Chemical
Institute in Spain.
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There is a diversity of risk assessment tools within the EU, and the related regulation framework for
risk assessment tools and standards vary across the Europe. In F-Seveso Report, respondents reported
that several methods and standards are used for the risk analysis. Bow-tie method, fault tree and event
tree analysis, risk matrices, HAZOP42
, Preliminary Hazard Analysis, and ARAMIS43
could be listed as
examples of risk assessment methods and tools. Moreover, there are many different procedures and
threshold values as standards defined by either competent authorities or business.44
Risk assessment requires specific expertise and specialized knowledge about the hazard and its risk
being analyzed.45
SMEs usually face difficulties to understand and implement the risk analysis
requirements to produce Safety Reports or Major Accident Prevention Policies (MAPP). This
increases the compliance costs for SMEs; hence, a regressive impact on SMEs (compliance imposes a
greater burden on SMEs) which increases the risk of non-compliance.
Since it is difficult for an operator to independently identify and train all external stakeholders
regarding the industrial process, guidance provided by CAs and businesses and/or industry
associations is essential for Establishments with less experience on safety issues.
There are many national guidance documents (general and specific) in most of the EU countries,
developed by competent authorities, or national/European industry associations. In general, guidance
documents are developed for technical aspects like risk analysis, legal requirements and best practices.
F-Seveso report summarizes the existing national guidance documents prepared by CAs and Industry
across the EU. They are listed in Annex - 12.
REC Turkey identified two particular regulatory frameworks for risk assessment instruments and
standards used by MS from which Turkey may choose one:
Option 2.1. Public Driven Unique Risk Framework
Option 2.2.Operators Choose their own Framework
5.2.1 Option 2.1.Public Driven Framework
Description of the option:
In this option, CAs design the risk assessment framework and control its implementation by Operators.
In particular, CAs define the standards, techniques, tools, and software etc. for each specified
industrial sector under the scope of the Directive. CAs also need to ensure that those standards,
techniques, and tools are obligatory. For instance, CAs provide the standards for the thresholds to be
used for the quantification of the consequences and the approaches for the selection of the scenarios in
the risk assessment.
42 HAZOP: Hazard and Operability studies 43 Method developed in the ARAMIS Project, see http://aramis.jrc.it/index.html 44 The diversity of methods/tools for risk assessment within the European Union is due to national constraints
and the history of the regulatory system. This is one of the major difficulties for the homogeneous and
harmonized implementation of the Seveso II Directive in Europe. 45 Fabbri, L. 2007. EU Guidance on Seveso II Directive and its Possible Application in the Non-EU Countries
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As an example for unique risk analysis and risk assessment framework, CAs will make obligatory the general
approaches, criteria for quantification, and methods/tools/data for implementation of the Directive for each
industrial sector. The following could be defined:
- deterministic and probabilistic, qualitative and quantitative approaches
- scenarios, accident severity estimation, in particular with commonly agreed effect thresholds, estimation of probability, based on harmonized probability classes
- (harmonized) values for the end-points thresholds for toxic, flammable and explosive substances to
characterize the effects on humans and the environment,
- values for failure-frequencies of safety equipment,
- values of the probability of occurrence of some events
- values of risk acceptability criteria: severity and probability calculation of the consequences of hazardous
phenomena, like explosion, fire, releases of toxic substances
- The methods and models, with the corresponding tools
The CAs support the deployment of framework through guidelines, case studies, manuals, etc. It is
very important that the CAs customize the Framework through consultation in order to develop a
common understanding together with the participation of the industry and other stakeholders.
A unique Framework assures common understanding between operators and CAs on key issues such
as identifying hazards and defining failure cases, estimating the frequencies with which these failures
occur, modeling the consequences of failures, analyzing and assessing risks and incorporating risk
reduction measures. Indeed, any risk assessment method requires reliable scientific inputs to be
gathered. However, significant variation can occur between analysts, which can affect assessments.
A unique Framework is also very useful to enhance a seamless communication between the operators,
the industry, the CAs and the local authorities. A proper communication also tends to ensure a better
dialogue and less adversarial relationship between stakeholders. It also assists major accident risks
experts of a country to reach consensus.
To develop a unique Framework, the CAs can start from scratch or they can adopt/adapt an existing
Framework already existing in another MS. Actually, the Public sector-driven option could be
developed jointly with the industry or not.
Through the years, Member States have developed different risk assessment frameworks emphasizing
either the methods or the standards. For instance, the Netherlands developed a unified method in the
early 1980s and since then it has been evolved into software called Safeti-NL (Software for the
Assessment of Flammable, Explosive and Toxic Impacts).
Overall, the unique public-driven option to specify methods and standards follows a ‘command and
control’ approach where operators must comply (“command”) or be penalized (the “control”).46
However, establishing a unique framework must be carried out by activating a working group
involving technical experts from industry, CAs and other stakeholders (NGOs, universities, etc.)
involved in the development of the existing framework on risk assessment issue.
Impacts on Operators
This option will have different impacts according to the size of the operator.
46Traditional command and control regulations are characterized as the use of rules reinforced by legal
authorities. In traditional command and control regulatory systems, standards and targets are set by the state, and
it is assumed that it is the responsibility/liability of the regulator to ensure regulation and standards. In this option, strength derives from the use of law to designate what is acceptable.
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EU experience indicates that most of the large operators are able to prepare safety reports on their
own, whereas small ones often outsource the risk analysis, which has high costs.
For small operators a ‘command and control’ approach will generate positive outcomes. First, defined
standards, software and precise guidelines, prepared by CAs regarding the preferred systems and
methods would be beneficial, especially for the existing SMEs.47
Second, in terms of the learning curve, a unique Framework reduces the chances of developing and
implementing inadequate risk assessment practices for smaller operators. SMEs also tend to prefer
clear rules provided by authorities rather than interpret discretionary obligations. This is particularly
useful during the learning process required when establishing Seveso obligations. As the industry
matures, these risks and costs tend to diminish and errors in the interpretation of the obligations
become less frequent.
Last, a unique risk assessment will avoid additional compliance costs for the operators, and the
unavoidable costs would therefore be lower for individual operators where CAs provides the
methodology and its tools. However, since CAs design the unique risk assessment framework, this
option would mean a ‘one size fit all’ approach which works regardless of the context and size of the
operation, which in effect may penalize small operators.
For large operators, especially the existing ones, a unique and government-sponsored framework
would not be positive. First, large operators have risk assessment systems already in place; they have
defined standards, methods and related instruments (e.g. software). Some actually have been
developed in their parent’s company in MS compatible with Seveso II. In addition to setting up a new
system, adapting to a new system might be duplicative at best or produce contradictory results at
worst. In the EU, multinational companies complained that they could not use an international safety
report format due to different requirements in different counties.
Second, large operators will not gain much from the government subsidies and assistance in the
learning curve, as they are already familiar with Seveso safety requirements.
Third, a ‘command and control’ Framework would probably mean they cannot adjust to their
particular complex production systems.
For the whole industry, economists have criticized ‘command and control’ rules for inhibiting
innovation, and for the high overall costs, inflexibility, and diminishing returns. Operators will have
little incentive for investing in Research & Development on new risk assessment methods or
developing more safety investments that might be more cost effective and cost efficient. In the long
term, they might stick to compliance ‘by the book’ with a stipulated standard rather than the best level
of risk avoidance that is reasonable in the particular context. Second, ‘command and control’
approaches tend to generate low level of commitment from the Operators.
For the operators, a unique Framework improves the availability and comparability of information and
expertise on risks. The information about risk assessment methods and data (reliability, failure
frequencies, effectiveness of safety barriers, etc.) must be available to all stakeholders.
47 Businesses such as warehouses, distribution and storage depots, food processing, and metal re-surfacing
although they may not necessarily be regarded as small businesses. However, those sectors do not have large
safety staffs since most of their business is not considered high risk and they also do not traditionally have expertise in safety because the safety aspect enters into their business as such a small part.
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Public Sector Impacts:
This option introduces some positive aspects for CAs. First, it assures that the risk assessment
framework is of good quality. Operators, regardless of their size and operation lifetime, have put the
mitigation measures into place.
Second, a unique system simplifies the control, monitoring and inspection systems. A ‘command and
control’ approach supports transparency of enforcement, since each risk assessment follows same
approaches, that is by using predefined standards and methods (and it is often impossible for
inspectors to understand all the different frameworks operators are using, especially in medium and
large Establishments).
Third, compared to a performance-based framework, it requires lower level of investments in
capacities and expertise of the CAs. At the end of the day, CAs can reduce administrative burdens
induced by inspection and auditing activities by using a unique system and standardization. Currently,
technical capacity of staff who are dealing with major accident risks assessment is not at the desired
level, current inspectors and other staff can perform their task more easily and quickly in the case of a
unique Framework. Moreover, they can share information that builds on this common framework.
Fourth, a unique Framework can be deployed more quickly through the industry. Operators can follow
this unique Framework on risk assessment practices in different sectors, which ensures the CAs that
the risk assessment requirement in the context of major industrial accidents is performed properly.
Fifth, a government-backed system gives a powerful message across the industry and society that the
government is acting decisively to control major accidents.
On the downside, this option means that CAs will require extra budget and resources (other than
inspections) for the development, the implementation of proposed system, and the delivery,
corresponding to activities like the preparation of the main guidelines for standards and methods; and
establishment of an information system, training of staff, etc. Unfortunately, there is a limited data on
the costs of unique Framework.
For instance, in the Netherlands, CAs purchase the SAFETI-NL software license and sell it to
operators with lower prices. The SAFETI-NL software license costs to operators about 1250 euros if
CAs sells it. On the other hand, it costs 5600 euros when operators buy it without government support
(see Annex - 16 for the general software programs used in risk modeling with their prices).
A unique framework will necessitate significant expertise in both scientific research and benchmark
analysis for proper determination of the standards and methods. Moreover, a unique framework should
not result in significant administrative drawbacks and not affect overall economic integrity of markets
and preserve and enhance the current protection level of the environment.
As stated above, it is important that the CAs customize the Framework through consultation in order
to develop a common understanding together with the participation of the industry, the national
competent authorities and other stakeholders. If the industry shares the cost of developing and
deploying the unique Risk Assessment Framework, the impact on the state budget will be lower.
Environmental impacts:
A unique Framework will be easier and faster to deploy among SMEs. Unique framework ensures
higher level of protection and monitors better non-complying Operators, which in turns reduces major
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accidents.
Overall, in the short term, this option will reduce environmental risks compared to a performance-
based option.
Social impacts:
This option creates a social impact concerning the health of residents living near the Establishments.
The unique Framework will have positive effects, similar to those on the environment through better
inspection and lower level of non-compliance.
5.2.2 Option 2.2.Operators Choose Their Own Framework
In this option, CAs ensure that Operators put into place risk assessment systems to prevent major
hazards. This means that operators need to develop or buy adequate Risk Assessment Instruments
without the assistance of the Government and are free to choose their own framework.
It should be noted that the Directive follows a ‘performance based’ approach. It does not require the
use of a specific risk assessment method, instrument or standard. On the other hand, the Directive
obliges that CAs ensure that Operators use appropriate risk assessment instruments and standards.
As stated before, there are variety of risk assessment procedures and defined standards, which
Operators can use and customize to assess and evaluate their risks. In addition, there are different tools
(including software) those can be used by Operators.
For instance, the UK follows a performance-based approach. In this approach, Operators are obliged to
perform risk assessment practices, but free to choose its framework from qualitative through semi-
quantitative to quantitative risk assessment (QRA).That is the CAs do not prescribe a precise method
and structure of the risk assessment to be used by industry. The UK health and safety legislation is
setting goals to reach rather than being prescriptive.
In Sweden, CAs does not oblige operators to use unique framework for assessing risk. Swedish
Government considers that hazardous substances and their related risks are characteristic in different
establishment using different production processes.
In Greece, the related law does not explicitly require a method for risk assessment. CAs provides to
operators only non-mandatory guidelines48
recommend that the preparation of safety reports contain
aspects such as a method to conduct a QRA. The official manual also helps operators to select between
different risk assessment tools.49
Likely, in some regions of Spain mandating a specific methodology
(QRA) for risk analysis has been refrained.
Impacts on Operators:
For small-sized Establishments and most of the Lower-Tier Establishments, a performance-based
system might be costly and risky because of the longer learning process and possibility of
misunderstanding the obligations. For Upper-Tier small sized operators, as they have to develop a
48The guidelines provided by NCSR Demokritosis are on Hazard Identification, Accidents frequency calculation
Definition of potential consequences of accidents, Risk estimation. NCSR Demokritosis is a multidisciplinary
research center focusing on several fields of natural sciences and engineering and hosting important laboratory
facilities 49
The manual was prepared by Systems Reliability and Industrial Safety Laboratory of NCSR Demokritos with the University of Crete and the National Technical University of Athens.
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specific Framework, the administrative burden (i.e. cost of risk assessment either carried out by
external experts or existing employee) will bring proportionate costs.
Smaller Establishments tend to have more problems with new, unclear rules and more dependent on
information from the authorities.
Second, the efforts these operators will make to conform to proper risk assessment frameworks will be
fully borne as fix compliance.
Some small operators will not have enough funds to establish proper safety reports that should include
proper risk assessment procedure, and they may prefer to stay in the informal sector. This may
increase unfair competition on those operators that are complying.
On the other hand, especially for innovative operators, the fact to choose a ‘tailor made’ solutions
might avoid the unexpected costs of a unique Framework not totally fit to its production and products
specifications (Small positive).
For large operators, on the other hand, performance-based approaches tend to be welcome. First, the
approach rewards good companies. Operators having a good health and safety staff with a lot of
knowledge on major accidents will comply at lower costs.
Second, since, there is no defined procedure or instrument to use in this option, operators are free to
choose the standards and instruments they consider the most appropriate. In theory, they will make the
best cost-benefit choice when selecting their ‘tailor made’ solution. Actually many big operators have
already Seveso-compatible risk assessment Frameworks.
As well, Operators will compete to develop cost-efficient risk assessment practices. This means,
Turkey will benefit from R&D and innovation in the area of risk assessment.
Public Sector Impacts:
For the public sector and in particular for the CAs, a performance-based approach can have some
benefits. First, because each operator will be responsible to develop (or buy) and train their staff about
the chosen risk assessment Framework, the CAs will not need to fund the development and
deployment of the risk-assessment standards, techniques, software etc.
However, CAs will face different enforcement costs. The lack of precise and comparable standards
will require more detailed analysis and studies.50
With many different risk assessment standards, and
techniques, the CAs will have great difficulties to have a consistent approach to interpreting Seveso
compliance by all the operators.51
Second, the CAs will require extra technical expertise on risk analysis procedures carried out in
different sectors Paint Industry Petro-chemistry Industry, Oil Refineries, Power Generation and
Distribution, Shipbuilding, shipbreaking, ship repair, water and sewage (collection, supply, treatment)
to inspect and evaluate different existing methodologies. This option also means that the CA will need
to spend more on ensuring that staffs are highly trained in all risk assessment tools or using
experienced third parties for evaluations.
50For example, another tool used in NL, AVRIM2 is an assessment and inspection tool developed for the Dutch
Labor Inspectorate. The tool is currently used for the assessment of on-site safety reports. 51
Policy makers and businesses (e.g. infrastructure developers, the insurance sector) may face difficulties since benefit from better comparability of hazard/risk information at country level will be less.
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Third, CAs will be in need of not only higher numbers of qualified inspectors but also more time for
the assessment of the documents.
Because of the impacts stated above, it is likely that CAs will struggle to ensure that risk assessment
procedures of the Directive have been implemented properly and quickly.52
Environmental impacts:
Previous experience shows that many Operators of smaller Establishments may not comply specially
with performance-based requirements due to risk of misunderstanding the obligations. Given that most
of the present risks are considered as associated with Lower-Tier Establishments, it is highly likely
that this option will increase environmental risks in case of accident due to weak risk assessment.
Social impacts:
Similarly, to the environmental impacts, risks of selecting and adapting a specific ‘performance based’
Framework system and its related high costs will make SME operators low compliers (or even impede
them to register as a Seveso Establishments). This high non-compliance with resulting possible
accidents will have important negative impacts on public health and property.
Moreover, performance-based regulation will be open to challenge by other stakeholders like neighbor
associations, who feel that the standards and rules are not primarily geared towards reducing the
impacts of undesirable activities. Performance-based approaches are more difficult to compare and to
communicate than ‘command and control’ regulation.
5.2.3 Summary of the impacts of the Policy Area
In summary, Policy Option 2.1 appears to have more positive impacts for Turkey than the other
option.
First, ‘Command and Control’ regulation will at least ensure a minimum level of quality in the risk
assessment and standards. It improves the availability and comparability of information on major
risks.
Second, this option may prevent unfair competitive practices among the Operators. Reviews of
Directive implementation in MS generally indicate that not all Establishments have a capacity to
prepare a proper risk assessment.53
Consultation process reveals that this fact is also valid for Turkey.
Thus, without a public Driven framework, most of the Establishments, especially SMEs will not be
able to comply with the Directive. Moreover, in the case they comply, the practices of different
operators may have big variances.
Third, a uniform Framework assures common understanding between operators and CAs on key
issues. It can often be implemented quickly, sets out clearly defined limits. Using a unique system and
standardization makes the costs of inspection and control lower for CAs. As well, command and
control approaches are easier to communicate and enforce when compared to ‘performance-based’
regulation.
52 See F-Seveso Report for the related comments and views on Risk Assessment practices among the EU. 53
It is very difficult to find a good risk assessment system that covers all possible risks. Actually, the EC considers this as a major problem of the Directive.
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Establishment of a uniform Framework is expensive. However, Turkey could reduce this development
costs by adapting and customizing other countries’ systems.
In sum, the CAs should start implementing the Directive with a Command and Control, with the only
provision letting large operators the possibility to prove to the CAs that their in-house Framework is
appropriate and compatible with the information needs of the Directive. In effect, this option will
follow the typical implementation approach of some MS, which have started with a strict command
and control approach, moving gradually toward a more efficient performance based approach.
5.3 Policy Area 3: Land Use Planning54
approaches
5.3.0 Description of the Policy Area
This policy area studies different approaches of risk assessment on examining land use implications of
a Seveso establishment.
In most of the industrialized countries, to prevent and limit the consequences of major industrial
accidents, there are mainly two mitigation actions : safety measures and risk reduction and control in
industrial facilities (on-site), second, limitation of structural and human assets exposed to the industrial
accidents in the vicinity of establishment(off-site)55
. Land Use Planning belongs to second category of
measures. It is the appropriate separation of Establishments, planning infrastructures and residential
settlements in industrial areas, which has to be taken into account in planning policies.
Recently occurred major accidents proved the importance of LUP. The explosion56
at the AZF
fertilizer factory killed 29 and injured 2,500. Extensive structural damage occurred to nearby
neighborhoods with three billion dollars of damage. Proximity of industrial sites to the urban areas
made the consequences of the accident is catastrophic.
Therefore, public authorities should establish land use planning arrangements to ensure that hazardous
installations are appropriately sited with respect to protection of health, environment, and property in
the event of an accident involving dangerous substances. Local authorities, at an appropriate level, are
usually in the best position to make the specific planning decisions, taking into account local social
and economic factors (OECD, 2003).
The Directive provides a regulatory framework57
for land use planning near hazardous industrial
facilities. In general, the scope and objective of land use planning near hazardous installations is to
54
European Working Group for Land Use Planning (EWGLUP) defines ;
Land Use Planning: A range of activities from procedures to administrative or governmental provisions to
accomplish a steering of the allocation of land use with the objective of achieving a zoning for the land around a
Seveso establishments that complies with the requirements of Article 12.
Zoning: In the context of land use planning, it is a term that indicates the regulation of the uses of land by defining certain categories of homogenous (allowed) development within assigned areas, resulting in
“zones”. 55 INERIS, Risk Governance For Sustainable Terrıtorıes: The French Case and Some Challenges,2010 56 Explosion at the AZF fertilizer Toulouse, France in 2001 57
Kirchsteiger C., Risk Assessment and Management in the Context of the Seveso II Directive, Industrial Safety Series, Vol. 6, page 438
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ensure that the "likelihood" and the “impact” of the potential accidents are taken into consideration
when decisions should be made concerning the followings58
:
o Siting of new Establishments
o Extension (or modifications) of existing Establishments
o new developments in the vicinity of Establishments (residential areas, major transport routes,
locations frequented by the public, environmental sensitive areas)
Each of the above undertakings has different implementation mechanisms and constraints related to
the precaution level to prevent and minimize negative impact on human health and environment.
Depending on the magnitude and type of risk in these circumstances, the CAs establish and maintain
Appropriate Distances59
or additional technical measures. CAs may or may not extends construction
permits for residential, commercial and other structures in these zones and has an impact on the
operators’ plans to extend or modify their Establishments.
While land use planning decisions (with respect to both zoning and siting of hazardous installations-
see Figure 16) generally take into account social and economic factors, it is important that decision-
making processes should be transparent and that all decisions are consistent with the goal of achieving
a high level of safety. The decisions above on land use planning should be conducted in cooperation
with all concerned stakeholders, including local communities, local administrations, public safety
officers and other related public officers.
Figure 16 – UK Example for Zoning IZ: Inner Zone
MZ: Middle Zone OZ: Outer Zone
Although the directive provide regulatory framework for LUP, does not contain any detailed
suggestion on how this should be done. In recent years, different methods and tolerability thresholds
have been developed in EU, fulfilling the requirements regarding LUP. In general, two risk
assessments -with different consequences on the size of the required protected land around the
Establishments- are applied to risk-informed land use planning; a consequence based and a risk-based
approach (see Annex - 14 for details).
58By taking into account Turkey industrial development and urbanization history, the impacts of Seveso-induced
changes to land planning on existing establishments and new green-field investments will be different 59
Appropriate distance: Take into consideration the existence of a major hazard site and establish a zoning, which is a restricted use of land around the site proportional to the risk posed by the site.
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The approaches for applying and enforcing LUP for safety purposes vary from one country to another
as a result of differing cultures, population, and legal systems. Annex - 14 lists MS approaches to
LUP.
In summary, this policy area studies these different approaches60
of risk assessment in the context of
LUP that will be used to examine land use implications for Seveso establishment:
Option 3.1. Consequence-Based Approach
Option 3.2. Risk-Based Approach
5.3.1 Option 3.1. Consequence-Based Approach
Description of the option:
This option assumes that the country’s approach to LUP is Consequence-Based. In Consequence-
Based approach, the consequences of the accidents are mostly taken into consideration by calculating
the distance in which the physical and/or human health impacts reach, for a given exposure period, a
threshold value (e.g. irreversible health/harm). Safety zones are thus defined according to LUP
restriction are applied.
The main objective of the approach is to define the worst case scenario(s) with qualitative information
obtained from hazard identification, historical data and an expert judgment. Both the CAs and the
operators need to agree on the worst-case scenarios in a Consequence-Based approach61
.
The assumption behind this method is that if sufficient protection measures exist to protect the
population from the worst accident, then sufficient protection is available to fight any less serious
accident. Therefore, this approach evaluates only the extent of the accidents’ consequences, and not
their likelihood62
.
In practical terms, CAs, which follows a Consequence-based approach (or deterministic approach) in
the LUP procedure, will have larger safety zones around the Establishments in comparison to Risk-
Based Approach for the same possible accident (Please note there may be accident scenarios, which
will have the same safety, zones around the Establishments with respect to both approach).
On the other hand, since the Consequence-Based approach uses qualitative information from hazard
identification and qualitative analysis based on expert judgment, it is more subjective and the results of
the assessment may differ based on expert judgment.
The Consequence-Based approach has been used in Germany, Finland, Luxembourg, Spain, Belgium,
and Austria (see Annex - 14).
In Germany and Sweden, a simplified form of the Consequence-Based approach is the use of generic
separation distances. These distances are usually derived from selected scenarios and developed on a
conservative basis. In their most simple form, they are derived from expert judgment, including the
consideration of historical data or experience from operating similar plants.
60 Other than those common approaches, there are hybrids methods that combine consequence-based and risk-
based approaches: tables of generic safety distances and semi-quantitative approaches. 61 Kirchsteiger C., Risk Assessment and Management in the Context of the Seveso II Directive, Industrial Safety
Series, Vol.6 62
EC, Land Use Planning Guidelines in the Context of Article 12 of the Seveso II Directive 96/82/EC as amended by Directive 105/2003/EC, page 21
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In Germany, a mandatory licensing procedure, based on a Consequence-Based approach, requires all
Seveso installations to have a practically zero risk. Hence, operators need to develop appropriate
mitigating measures (e.g. adequate design of redundancies in the safety barriers, hardware and
procedures, management of plant, training, etc.).
The Swedish approach adds other noxious characteristics to the worst-case scenario. These
characteristics include noise, odor and routine emissions. Therefore, Sweden prescribes even larger
protection zones63
.
Impacts on Operators:
As the Consequence-Based approach recommends relatively larger protection zones, this option will
have severe cost implication for existing Establishments, which have developed in a dense urban
context. Some establishments, in particular Lower-Tier ones are now surrounded by residential
buildings.
Existing Establishments must invest either by buying directly surround land (or asking the government
to do so) or by deploying new mitigation equipment (e.g. protection barriers, special equipment) and
special safety procedures (i.e. special training). Therefore, the option brings administrative costs
effects especially in the case of buying land. In addition, for existing Establishments, the preparation
and implementation of emergency responses, will take into account detailed mitigation actions, which
will be expensive because the practices for implementation will be carried out in a large extended.
Existing Establishments will have difficulties in expanding their current Establishments and
installations. This situation will be more acute in old industrial regions like Istanbul, Bursa, and
Kocaeli. All these will also be reflected in higher premium paid to insurance companies.
For new Establishments the costs will be lower in terms of Seveso-induced mitigation equipment,
safety procedures, administrative costs and insurance premium. Because, the operators will be able to
choose the site according to the risk assessment, they do not need extra and expensive mitigation
equipment and special safety procedures to reach sufficient protection land around their
establishments. Overall, this means a decrease in the budget on Seveso-induced mitigation equipment,
safety procedures, administrative costs and insurance premium.
On the other, the sites for new establishment will be further from workers residences and clients,
which mean higher transportation and logistics costs.
Importantly though, for both type of establishments (exisiting and new), the Option 3.1 may have
some lower costs. First, the Consequence-Based approach is simpler and requires less expertise than
the Risk-Based approach. Therefore, it is less time consuming and risk assessment process cost is
comparatively lower for operator. Second, since the precautions will be maximized according to the
risk zones the cost of interventions will be lower in case of incident.
For stakeholders living in the vicinity of an existing establishment, the option will require them to be
trained and better informed. The new land planning will also imply banning on specific constructions
and activities (such as schools, and hospitals) to reduce the vulnerability of the people and their
property. This option might also have an impact on the price of their houses and lands, including the
63
Kirchsteiger C., Risk Assessment and Management in the Context of the Seveso II Directive, Industrial Safety Series, Vol. 6
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hypothetical possibility for the government or operator to buy them. Until now, this possibility has not
occurred.
For new establishment in green-field sites, these impacts should be smaller and even more so if there
are no residential areas around the Establishments.
Public Sector Impacts:
The main impact for the CAs is the expropriation of the property in the vicinity of the site if other
measures cannot reduce the risks. Hypothetically, the CAs might need to buy land and constrain
construction in older industrial zones. CAs should consider to alleviate the risks in the longer term,
where a specific area with existing Seveso Establishments may not be able to meet current
requirements for land use planning in the short-term measures, by phasing out older Establishments
and/or residential buildings near the site. Such measures involve the need for compensation to
property owners.
Consequence-Based approach identifies larger safety zones in comparison to risk-based approach that
obliges CAs to invest more in new equipment and safety procedures as well as administrative
methods. Local authorities will also need to invest in these concepts too.
In terms of new accident mitigation and emergency equipment and facilities, for existing
Establishments, for instance, located in the old industrial zone of Kocaeli, the CAs will need to buy
special emergency equipment, firefighting and accident control equipment and improve their existing
installations. The costs of the new equipment and procedures will be relatively smaller for new
industrial zones with new establishment.
In terms of safety procedures, CAs will need to develop new accident prevention and awareness
procedures, including for instance training the fire brigade. Larger zones will also mean the need to
invest in monitoring processes according to expert judgment and administrative aspects, including
inspections and enforcement.
Administratively, the option will also be more costly because determining the worst case scenarios
require agreement with the operator, CAs and local authorities will experience difficult and lengthier
discussions and negotiations, in particular when complex industrial processes are involved.
A larger protection zone also means that the CAs will need to involve a larger number of stakeholders,
which can mean complex negotiations and costlier raising awareness programs.
On the other hand, the Consequence-Based approach is easy to use by the relevant authorities and
requires less scientific data and expertise, hence less costly for CAs than the Risk-Based approach.
Environmental impacts:
This report has not identified major environmental impact for existing Establishments. However, some
environmental impacts might occur for new Establishments.
For existing Establishments, both risk-based and consequence-based approaches take the negative
impacts on the environment based on consequences into consideration (including worst case) and
hence mitigate them.
For the new Establishments there might be differences. The Consequence-Based approach might have
lower environment impacts because the siting of the new establishment will take consideration the
consequences of accidents in the larger area.
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Social impacts:
This option will have different impacts on the health and rights of citizens settled near the
Establishments.
In terms of health and safety of the surrounding population, this option will have positive impacts, in
particular in case of an accident for new Establishments (see Table 6). Increased safety zones and
other precautions in these zones will have positive effects on individuals/populations, concerning the
life expectancy, mortality and morbidity. However, through impacts on the socio-economic
environment (working environment, income, education, occupation,) it results in some drawbacks i.e.
relocation of the establishment and/or population around the Seveso site and expropriation of the
residential and other property in the vicinity of the site. In some cases, compensation to property
owners -namely residents- will result in conflicts.
Table 6 - The Impacts of the Consequence-Based Approach on Society
Consequence-Based Approach Existing Establishments New Establishments
Health and Safety issues before an
accident
None
positive because they will be further
away of industrial sites which
decreases the risk and residential
areas.
Health and Safety issues after an
Accident
in the short term none
In the long term very positive
because some people will start to
move out of the vicinity of the
Establishments and land planning
will forbid new construction.
Very positive because no residents
will be allowed to live in the
protected zone
Constrains to choose where to live
and use of property
Negative: Limits to new
constructions and other land uses
None
Same as environmental impacts of this approach, the social impact coverage of social needs are at
maximum level. Notification and workshops will take place in implementation process, which results
in better communication for stakeholders who are not experts but stakeholders of any incident.
Therefore, risk of death and injury is considered low.
On the other hand, in case of insufficient or/and wrong expert judgment on worst-case scenarios for
risk assessment, the negative impact on social will be high.
Likewise, to minimize negative social impact of operating Establishments, citizens should be moved
to safer zones or new residential, and commercial and industrial areas should be constructed according
to land use plan. If land use plan is not restricted, there will be more bureaucracy with respect to
number of owners in case of any accident.
5.3.2 Option 3.2. Risk-Based Approach
Description of the option:
This option assumes that the country’s approach to LUP is Risk-Based. The Risk-Based approach is
normally associated with risk based decision criteria and mostly related to the use of quantitative
terms64
.
64 JRC Report EC, Land Use Planning Guidelines in the Context of Article 12 of the Seveso II Directive, page 21
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Risk-based approaches define risk as combination of the consequences derived from a range of
possible accidents and the likelihood of these accidents. The results are represented as individual risk
and/or societal risk (expressed as individual risk contours and societal risk (F-N) curves65
. This
approach seeks to be realistic as possible by considering all potentially relevant events within the
procedure.
Risk-based approach is determining potential of loss by managing risk of a certain hazard. When
assessing Risk-Based approach, the value of the assets that are threatened, the probability of hazard,
probability of accident, the probable extent of the damage to the assets, costs of intervention and
compensation of the property owners should be considered. On the other hand, view of what is an
acceptable risk depends on the circumstances where that risk is being evaluated (see Annex - 13 Risk
Assessment Benchmark).
One of the underlying logic for the MS choosing this approach is to minimize the safety distances
during planning and zoning because of the value and scarcity of the land.
This approach is followed in the UK and in the Netherlands and has been applied in specific case
studies in Greece. LUP criteria are based on specific acceptability criteria with respect to the
calculated risk.
For instance, the Netherlands defines maximum acceptable individual risk with 10-6
/year. This means,
areas with a risk less than 10-6
/ year are not protected with any interventions. This approach gives
more flexibility for land use planning for dense urbanized countries.
In Netherlands, the risk criteria have been part of a general environmental policy document
communicated to the Dutch Parliament in 1985 and have been reviewed afterwards.
Impacts on Operators:
Overall, economically this option is favorable.
Small safety zones generate lower cost for operators due to:
Less land purchase.
Less resettlement or compensation.
However, in this approach precautions will be more because of smaller safety zone, thus, both initial
negative impact and also intervention and compensation costs is higher. Operator should invest more
in precautions than in consequence based one. Operator should carry out more notification and study
workshops to inform other stakeholders.
Moreover, the risk assessment calculations of this approach are more complex and require more
expertise. The number of scenarios per installation is higher.
65 Two specific risk figures are used: a figure concerning risk to single persons (individual risk) and one which
takes into account the group of people (societal risk) that can be affected by an accident.
(i) Individual risk, defined as the probability of fatality due to an accident in the installation for an individual
being at a specific point, and
(ii) Societal risk, defined for different groups of people, which is the probability of occurrence of any accident resulting in fatalities greater than or equal to a specific figure (Kirchsteiger C., 1998).
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Public Sector Impacts:
The public pressure on competent authority will be higher. CAs will face difficulties to explain the
results of risk assessment approach to the local people.
Moreover, the competent authority will require more expertise to assess complex risk assessment
procedures for LUP.
Environmental impacts:
No major environmental impact has been identified. However, in case of an accident, the likelihood of
environmental damage may be higher than the “worst case scenario” principle of Consequence-Based
approach.
Social impacts:
This option has a relatively positive social impact, as it requires less limitation on settlements and less
relocation of the Establishments.
However, in case of an accident, the likelihood of death and injury may be higher than “worst case
scenario” principle of Consequence-Based approach therefore repairing damage to the environment
expected to be higher. Table 7 shows Impact of Risk-Based approach on old and new Establishments.
Table 7 - The Impacts of the Risk-Based Approach on Society
Risk-Based Approach Existing Establishments New Establishments
Health and Safety issues before
the accident
In the short term none, because
number of people living near the
establishment will not increase
immediately
In the long-term negative
because the number of people
will increase near the industrial
Establishments
negative because the number of
people live around the
Establishments will increase in
time
Health and Safety issues after
the accident
In the short term none, because
people living near the
establishment will not increase
immediately
In the long-term very negative
because the number of people
will increase near the industrial
Establishments
Very negative because the
number of people will increase
near the industrial
Establishments
Constrains to choose where to
live and use of property
Very Positive because there will
be smaller limits to new
constructions and other land
uses than in the other option
Positive because there will be
smaller limits to new
constructions and other land
uses than in the other option, but
much fewer people under the
restrictions
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5.3.3 Summary of the impacts of the Policy Area
According to the assessment, the Risk-Based approach is more suitable for the country. Although
Turkey has a large surface area and relatively low population density, most of the existing Seveso
Establishments are located in areas with high population density such as İstanbul, Kocaeli and İzmir.
Whereas the consequence-based approach establishes risk zones which covers 1,031 km2 and
1,211,932 people, risk-based approach reduces these figures to 177 km2 and 208,142 people. (see
Annex - 3)
Risk-Based approach is superior in terms of its impacts on operators and social impacts.
In terms of impacts on CAs and local authorities, both approaches seem equivalent. Yet, it is true that
the Consequence Based one will mean more negotiation with more people and the need to expropriate
neighbors. Phasing-out and relocation of the existing Establishments bring huge financial burden for
CAs. This will be less common case in Risk-Based approach. Operators will take extra safety
precautions to decrease the major accident risks.
On the other hand, the major drawback of the Risk-Based approach, it requires important expertise and
data on major accidents; cost of risk assessment will be much higher since it is a complex procedure.
The Risk-Based approach also means that in case of an accident the effects – in particular political –
might be more negative.
There is no major difference in terms of environmental impacts.
However, in case of an accident Consequence-Based approach may have more positive economic,
public sector, environmental and social impact.
There is a slight -not direct- correlation between country’s safety culture and its population density
with risk assessment approach. EU experience shows that whereas the countries with higher
population densities, such as the Netherlands, usually select Risk-Based approach, countries with
lower population densities, such as Germany, Finland and Sweden, usually choose to use
Consequence-Based approach.
Overall, both policy options have positive and negative impacts. Option 3.1 is more suitable for the
country. However, Option 3.2 seems favorable for high dense industrial areas especially Istanbul and
Kocaeli.
5.4. Policy Area 4: Sanctioning Strategies
5.4.0 Description of the Policy Area
The last policy area of RIA study is the sanctioning strategies that CAs use to ensure that the operators
comply with the obligations of the Directive.
Implementation of the Directive will bring many obligations to Seveso operators. In the
implementation and enforcement period of the Directive, cases66
will arise such that operators may
avoid fulfilling these obligations because of the financial and administrative burden.
Some operators choose to operate outside the law (illegal and informal) or operators will not totally
comply with their obligations (irregular). Adequate sanctioning practices limit environmental damage,
66
Measures taken by the operator for the prevention and mitigation of major accidents are seriously deficient and /or non-submission of notification, reports or other information required within the specified period.
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ensure restoration to the original state prevents recurrence and cancels out any unfair advantage that
the offender may have enjoyed.67
Therefore, Member States must ensure that an appeal procedure is in place against a prohibition order.
The following options are available in sanctioning practices:
- Oral or written advice;
- Fine;
- Prosecution;
- Shut down a company.
In general, the provisions of the Seveso II directive concerning the prohibition of use serve a double
objective:
On one hand, Competent Authorities must be empowered to apply strict measures where the
health and safety of the population and/or the protection of the environment is at stake.
On the other hand, Competent Authorities can exercise pressure against Operators who are not
willing or who fail to fulfill their formal obligations under the Directive (disciplinary
measure).
Although the Directive puts a lot of importance on ensuring that MS provide their CAs with sufficient
inspection and enforcements powers and resources, it does not prescribe a specific sanctioning strategy
that can create the right incentives for operators to take adequate redress measures.
The sanctioning practices generally vary in the frequency and form of sanctioning, the types of
sanctioning instruments used and the extent to which inspectors consider certain company-specific
circumstances before imposing a formal sanction (see Annex - 15). In strict sanctioning practices,
inspectors may immediately impose sanctions when they identified an infringement. On the other
hand, less strict practices give companies second or even third chances. Namely, for the same event,
inspectors use ‘lighter’ instruments such as a written advice or more ‘severe’ instruments such as
prosecutions.
It is also important to underline that the sanctioning strategy varies according to the type and the size
of the establishment. Upper-Tier and Lower-Tier Establishments have different responsibilities with
regard to adaptation to the Directive. Therefore, deficiencies of the Establishments to adapt to the
Directive will be different. Besides, the negative effects of not following the Directive on public safety
and environment issues will be several. Fulfillment of responsibilities in a deficient way will be more
common in Upper-Tier Establishments, off-the-record activities may occur more often in-group of
lower-tier Establishments. 68
67 E. Versluis. Enforcement Matters: Enforcement and compliance of European directives in four Member States.
Doctoral Thesis. Utrecht University. 2003.
68
European experience shows that the biggest problems are related with the SMEs grouped as upper-tier
establishment in the context of enforcement.
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Currently in Turkey, according to By-Law on Major Industrial Accident Control, CAs shut down
establishment/installation, or prohibits the bringing into use thereof as an enforcement option.
Moreover, Competent Authorities may also proceed with the prohibition of use if the Operator:
has not submitted the Safety Report
has not submitted the Internal Emergency Plan.
There are no pre-warning or any proportional enforcement methods except those two.69
To sum up, REC Turkey identified two options for developing an effective sanctioning strategy in
Turkey among which the government may choose one:
Option 4.1. Strict Sanctioning Strategy
Option 4.2. Proportional sanctioning strategy
5.4.1 Option 4.1. Strict Sanctioning Strategy
Description of the Option:
With this option, the government implements a strict sanctioning strategy upon operators that do not
follow the obligations and requirements requiring partial or total closure of the establishment, in order
to create the incentives for rapid remedial. This sanction practice shows a more legalistic enforcement
style than where inspectors give companies a second or third chance to undo the infringement.
At the top of the sanctioning scale, the CAs decide either to suspend the whole establishment or an
installation. These sanctions will be implemented without any warnings. The operator can start again
their activities only after correcting the irregularities and these are accepted by the CAs.
To summarize, in order to reduce the economic loss for the operator, the industry and society, the CAs
will verify the corrective measures as fast as possible. Most EU member states do not use this strict
enforcement strategy. (see Annex - 15).
Impacts on Operators:
This option would lead to negative economic results not only for the ‘faulty’ establishment but also to
the national economy because their suppliers and their industrial and individual consumers will also be
affected. In case of long-term suspension, this option will also affect employment.
It is not possible to calculate the economic loss to the non-compliant operator or to the national
economy because of the difficulties in projecting the number of days that such operator’s
establishment would be closed. Although, there are examples for the closure of the establishment or
installation due to both environmental and labor law, limited data exist on their relation to major
accident requirements.
Therefore, it is also not possible to determine the total cost for the national economy, one answer from
the questionnaire indicates over 2 million EUR cost would come up to the scene due to the days that
establishment is closed for its specific case.
69
Moreover, there are no other obligations are in process for establishments that are qualified as Seveso establishments however not identified themselves in MoEU Notification System.
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Public sector impacts:
This option has overall negative impacts. On the positive side, in case of any accident, the CAs and
inspectors will not be blamed and their responsibility will be minimized.
Given that, the enforcer of the CAs has only two choices: suspend or not suspend. The choice of
sanction will be easier, although the pressure on the enforcer not to sanction might be higher.
On the other hand, this option may have negative consequences. First, the extreme consequences of a
closure will deter the enforcer to sanction regularities small or large.
Second, the extreme penalty for operators may create incentives to corrupt enforcers to avoid loss of
production, including small irregularities.
Third, in case of major accident and its high negative impact on human health and environment,
society and the media will blame the CAs for their corruption or lack of courage to sanction.
Fourth, in case of closure, the operator will apply to legal redress in order to get a Court decision
impeding it. This court redress will imply extra costs for the State’s budget if the taken action is
illegal after being in court.
Environmental impacts:
There are no environmental impacts within this option before any accident.
However, in case of any accident, with strict punishments and penalties, the Establishments will tend
to obey all the necessary obligations and this will decrease the environmental risks for the
Establishments.
Social impacts:
Because of the strict punishments and penalties such as shut down of the Establishments, the workers
and suppliers of the Establishments will be economically in hard situation, which will affect their
social life. In case of shut down, the negative social and economic impact on workers and the suppliers
will be high.
5.4.2 Option 4.2. Proportional Sanctions
Description of the option:
In this option, if the Seveso Establishment does not follow the specific obligations (i.e. drawing up
safety report, preparing the internal emergency plan, implementing the requirements of the safety
report and major accident risk assessment), the competent authorities consider a sanctioning strategy
that is proportional to the infringement.
This approach will lead in most cases to a payment of a certain fine and CAs will give sufficient time
to Establishments to comply the requirements of the Directive and inspection report. The amount of
the fine is based on the severity of the infringement and/or plus an amount for prevention. In some
cases only verbal warnings can be considered. The given period for compliance takes in account the
economic and technical aspects of the fulfilling the deficiencies.
In this period, the establishment will continue its activity and when the competent authority experts
and inspectors are back for inspection if the Establishment satisfies the necessary conditions written in
the inspection report they will continue their activity. But, if necessary conditions are not fulfilled after
the given period the competent authority can step up forward to more rigid enforcement methods and
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come to conclusion to close the necessary process units or even the whole establishment according to
the importance of the deficiencies.
UK, Finland, The Netherlands, Sweden and Belgium (Flemish) are good examples of countries using
this option among Member States.
Impacts on Operators:
This option will cause less economic impact on the establishment and countries economy.
Establishment can continue to process if the expert decides that the deficiency is not likely to cause a
major accident after the inspection. However, they should work on these deficiencies as indicated
necessary by the expert to avoid additional fines.
Public sector impacts:
This option has less negative impacts.
The enforcer of the CAs has four choices: recommendations, exhortations, orders, or in necessary
cases, closure. Therefore, this option will cause a certain amount of workload to competent authorities.
If there is any deficiency detected in the establishment, authorities gives duration to make operator to
fulfill the Directive’s requirements. Then, inspectors will go back to establishment to control if the
deficiency is resolved or not. If requirements are not fulfilled, there will be other control processes for
the inspector.
On the other hand, the burden of bureaucratic work for the competent authorities can increase because
the type and number of enforcement procedure will increase. The paper work and also the time spent
for the inspection reports can increase.
Environmental impacts:
No major environmental impact has been identified in this option.
This option may lead to negative impact on environment if the process is not controlled properly for
technical deficiencies.
Social impacts:
No major social impact has been identified.
The social impact of this option can be negative for vicinity if the process is not controlled properly
for technical deficiencies.
5.4.3 Summary of the impacts of the Policy Area
Both approaches have a deterrent effect, and therefore, they lead operators to have preventative
measures. However, Proportional sanctioning is more suitable for Turkey.
In majority of the cases, the lack of safety documentation is a result of the administrative process
deficiency. For instance, existing Establishments are continuing their activities in the time being
without fulfilling the documentation requirements of the Directive. Thus, if the lack of safety
documentation requires suspending the activities of the Establishments, their activities should be
suspended now. Therefore, direct closure of the Establishments due to this administrative process
deficiency would lead to an inconvenient situation. In summary, proportional sanctioning has
following benefits:
- Less economic losses to operators
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- Less economic losses to national economy
- Proportional to infringement is more fair
- Minimize the complaints and criticism over the CAs effectiveness and fairness
- Less pressure on CAs, Experts and Inspectors
- Easy to implement
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6. Conclusion & Preferred Options
6.1. Main Costs & Benefits
The implementation of Seveso II Directive will provide major environmental, social and economic
benefits:
- The implementation of the Directive will reduce the number of major accidents and mitigate
their consequences. These will lead to:
o Reduction of accidental release of dangerous substances to air, soil and water;
o Less harm to public health (less casualties, injuries and long term negative impacts on
public health)
o Less harm to properties in the vicinity of Establishments (settlements, commercial,
public and social sites, etc.)
o Decrease of the in-site damage of Establishments.
- Without proper transposition and implementation, EU will refuse the membership application
of Turkey. Moreover, successful implementation of the Directive will support the Turkish
Government in the membership negotiations with EU.
- Proper implementation of the Directive will reduce the risk of infraction fines and some
reputational damages after accession.
- The improvement of safety culture (occupational safety, process safety, off-site safety etc.).
However, the Directive will have negative economic impacts for government, businesses and
consumers. The Directive achieves its targets through systematic and scientific ways by promoting
safety management systems, use of risk assessment approaches, comprehensive and frequent reports,
land use planning, intense inspection and public information. These instruments require additional
costs for both private and public sectors.
The implementation of the Directive will cost Turkey around 62 million by 2021 (PV – EUR). This
figure only represents the administrative costs and does not include the costs arises from substantive
investments and land use planning policies. These costs will significantly increase the total cost to
Turkey.
Overall, the assessment of qualitative aspects indicates that Turkey will benefit more from the
implementation of the Directive.
6.2. Preferred Option(s)
Turkey has different options to implement the Directive. They will have an impact on the overall costs
and benefits and their distribution to the stakeholders. The study shows that the following options
should be preferred.
Based on the conclusions for each option described in Section Five, Figure 17 displays a condensed
summary comparing the final assessment from highly positive impact to highly negative impact
concerning operators, public sector, environmental and social aspects.
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Figure 17 - Summary of Impacts
Options / Impacts on Operators Public Sector Environment Society Preferred
Option
Policy Area 0: Non-Action
Option 0.0. Non-Action
Option 0.1. Regulation
Policy Area 1: Administrative Structure
Option 1.1. Two CAs without a
Coordination Body
Option 1.2. One Competent
Authority
Option 1.3. Three CAs with a
Coordination Body
Policy Area 2: Risk Assessment Framework
Option 2.1. Public Driven
Framework
Option 2.2. Operators Choose
Their Own Framework
Policy Area 3: Land Use Planning Approaches
Option 3.1. Consequence-Based
Approach
Option 3.2. Risk Based
Approach
Policy Area 4: Sanctioning Strategies
Option 4.1. Strict Sanctioning
Strategies
Option 4.2. Proportional
Sanctions
Overall, the study compares the impacts of an option with respect to non-action and other options under the same
policy area.
Impacts on
Operators
Focus on economic and administrative costs on Operators includes changes in
compliance costs, administrative burdens to businesses/SMEs and, impacts on the
potential for innovation and technological development, changes in investment,
etc. as well the macro and micro-economic impacts to the business in general.
Public
Sector Focus on administrative structure and implementation costs for public authorities.
Environment Focus on air, water and soil pollution, land-use change.
Society Focus on the impact of the option on health, safety, security of workers and
public, employment levels or job quality, rights of citizens.
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Summary of the Impacts Assessed
After analysis of the environmental, social and economic impacts of the 11 options, REC Turkey
proposes the following recommendations:
Preferred options
The Administrative Structure
Option 1.3. Three CAs with a Coordination Body
Definition Key impacts
Turkey should designate Ministry of
Environment and Urbanization, Ministry of
Labor and Social Security and the Disaster and
Emergency Management Presidency (DEMP) as
CAs.
In addition to CAs, Turkey should establish a
coordination body to increase the collaboration
between these three CAs and to provide
technical assistance to public authorities and
other stakeholders.
- It creates less administrative burden to
operators in comparison to other options
(approx. 7000 days and 500,000 Euro
Annually).
- A more coherent implementation and
consistent application of the provisions of the
Directive.
- Less conflicts between Competent Authorities.
- It requires a more standardized system and may
increase the transparency.
- EU experience shows that there is a need for a
coordination between CAs
Risk Assessment Framework
Option 2.2. Public Driven Framework
Definition Key impacts
CAs design a uniform risk assessment
framework and control its implementation by
operators. In particular, CAs define the
standards, techniques, tools, and software for
each specified industry under the scope of the
Directive. The CAs should establish the
framework together with technical experts from
operators, and other stakeholders (NGOs,
universities, etc.).
The CAs should start implementing the
Directive with a ‘Command and Control’, with
the only provision letting large operators the
possibility to prove to the CAs that their in-
house Framework is appropriate and compatible
with the information needs of the Directive.
However, the RIA study recommends this
- Ensures a minimum level of quality in the risk
assessment practices of the Operators.
- It improves the availability and comparability
of information on major risks. Assures
common understanding between operators and
CAs on key issues.
- May prevent unfair competitive practices
among the Operators.
- Will assist SMEs to comply with the Directive
and decrease the costs for them.
- Decrease the total costs CAs despite the
increasing investment cost. Uniform system
enables harmonization, easy control and
inspection. Inspectors and other staff can
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option for the initial stages of the
implementation of the Directive. In the long run,
operators should use adequate Risk Assessment
Instruments without the assistance of the
Government. It should be noted that the
Directive foresees a ‘performance based’
approach.
perform their task more easily and quickly.
- The CAs should exempt the existing operators
to use the uniform framework in the case they
are able to prove that their in-house systems
comply with the Directive. Thus, the Directive
should not bring additional costs to those
Operators.
Land Use Planning Approach
Option 3.2. Risk-Based Approach for land use planning
Definition Key impacts
Risk-based approaches define the risk as
combination of the consequences derived from a
range of possible accidents and the likelihood of
these accidents. Safety zones are thus defined
according to estimated risks.
This approach considers the protection of
people with high probability of death/injury and
disregards the protection of people with lower
probability of death/injury.
One of the underlying logic is to minimize the
safety distances during the planning and zoning
because the value and scarcity of the land.
- Relatively small safety zones generate lower
cost for operators. The majority of
Establishments (50.2%) are concentrated in the
six provinces. The land is expensive in these
provinces.
- Less land purchase
- Less resettlement or compensation
- Less constraints on the new developments
around the Establishments.
- Less social resistance.
- EU experience shows this option is prevailing
in many Member States (MS).
Sanctioning Strategies
Option 4.2. Proportional Sanctioning Strategy
Definition Key impacts
In this option, if the Seveso establishment does
not follow the specific obligations, the CAs
consider a sanctioning strategy/mechanism that
is proportional to the infringement.
This approach will lead in most cases to a
payment of a certain fine and CAs will give
sufficient time to Establishments to comply the
requirements of the Directive. The amount of
the fine is based on the severity of the
infringement and/or plus an amount for
prevention. In some cases only verbal warnings
can be considered.
- Less economic losses to operators
- Less economic losses to national economy
- Proportional to infringement is more fair
- Minimize the complaints and criticism over the
CAs effectiveness and fairness
- Less pressure on CAs Experts and Inspectors
- Easier to implement
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General Recommendations
Recommendations Reasons & Key Impacts
- Capacity Building activities should be carried
out to increase the technical capacities of the
CAs, Operators and other stakeholders as well
to increase the awareness of public
- It will assist CAs to prepare guidelines,
standards, etc.
- The compliance rate with the Directive may
increase
- The consistency will be increased
- It will assist CAs to identify the scope/tier
status of Establishments.
- Public awareness and participation will
increase
- Compliance Costs for SMEs are relatively
higher, therefore, SMEs have to be supported
- This will decrease the “Regressive Impacts”
of the Directive to the SMEs.
- Seveso requirements should be included to the
insurance system
- Consideration of major accident related
issues into insurance systems enhance the
compliance of the Establishments.
- A National Seveso map open to public should
be generated based on GIS data
- It will increase the awareness of public
- CAs and Local Authorities may utilize map
for their planning activities
- The CAs should promote research activities on
major accidents and mitigation methods.
Especially, the reasons and the impacts (costs)
of the accidents should be assessed in the more
detailed way including environmental and
social dimensions.
- The CAs should establish a database for major
accidents
- By analyzing the industrial accidents
involving chemicals in a consistent way,
Establishments and CAs can learn lessons
and prevent further accidents.
- Invest in research on the development of on
major accidents, early warning systems and
on interoperability of information and
monitoring systems
- It will assist Turkey to report Major
Accidents to EC.
6.3. Distribution of Costs Based on the Preferred Option(s)
REC Turkey developed a cost model for Administrative costs, which is expected to be 62 million Euro
for 10 years between 2012 and 2021 (PV). REC study assumes that the Operators bear 63% of the
total cost and CAs bear 27% of the total cost.
Policy Areas 1, 3, and 4 have minor impacts on the distribution of cost among the stakeholders.
However, Policy Area 2 has distributive impact. While Policy Option 2.1. decreases the costs on
Operators, especially SMEs, and increases the costs of CAs, the Policy Option 2.2. results in vice-
versa.
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7. Annexes
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Annex - 1. Policy Options of Policy Area 1
Policy Option 1.1 Two CAs without a Coordination Body
Obligations of Public Institutions
Public Institutions
MoEU MoLSS DEMP Local
Auth.
General Obligations
To Set-up Notification System x
To identify the scope of the Establishments x
To prepare guidelines x x
To Set-up Standard x x
Inspections (Periodical and Spot Inspections)
Total inspection plan x x
Inspection frequency /1 p/y x x
Inspection report x x
Safety Management System x x
Assessment and Approval of Safety Reports and MAPPs
Assessment of Safety Reports x
Site Visit x
Approval of Safety Reports x
Land Use Planning
Identification of Safety Zones x
Siting New Establishments x x
Land Use Related Activities for existing Establishments x
Domino Effects
Identification of Domino Effect x
Developing External Emergency Plan (Offsite)
Preparation of External Emergency Plan x
Testing the plan x
Providing Information to Public
Providing Information to Public x x x x
Investigation of Accidents
Incident investigation x x
Publication of investigation results x x
Enforcement
Shut down/close establishment x x
Other actions x x
Reporting to the EC
Accident Reports x x
General Implementation Report x
FINAL
REC Turkey – 2012 Page: 65
Policy Option 1.2 One Competent Authority
Obligations of Public Institutions
Public Institutions
MoEU MoLSS DEM
P
One
Competen
t
Authority
Local
Auth.
General Obligations
To Set-up Notification System x
To identify the scope of the Establishments x
To prepare guidelines x
To Set-up Standard x
Inspections (Periodical and Spot Inspections)
Total inspection plan x
Inspection frequency /1 p/y x
Inspection report x
Safety management System x
Assessment and Approval of Safety Reports and
MAPPs
Assessment of Safety Reports x
Site Visit x
Approval of Safety Reports x
Land Use Planning
Identification of Safety Zones x c x
Siting New Establishments x c x
Land Use Related Activities for the current
Establishments
x c x
Domino Effects
Identification of Domino Effect x
Developing External Emergency Plan (Offsite)
Preparation of External Emergency Plan x c x
Testing the plan x c x
Providing Information to Public
Providing Information to Public x
Investigation of Accidents
Incident investigation x
Publication of investigation results x
Enforcement
Shut down/close establishment x
Other actions x
Reporting to the EC
Accident Reports x
General Reports x
FINAL
REC Turkey – 2012 Page: 66
Policy Option 1.3 Three CAs with a Coordination Body
Obligations of Public Institutions
Public Institutions
MoEU MoLSS DEMP Coordination
Body
Local
Auth.
General Obligations
To Set-up Notification System x
To identify the scope of the Establishments x
To prepare guidelines x x x c
To Set-up Standard x x x c
Inspections (Periodical and Spot
Inspections)
Total inspection plan x x c
Inspection frequency /1 p/y x x c
Inspection report x x c
Safety management System x x c
Assessment and Approval of Safety
Reports and MAPPs
Assessment of Safety Reports x x c
Site Visit x x c
Approval of Safety Reports x x c
Land Use Planning
Identification of Safety Zones x c x
Siting New Establishments x c x
Land Use Related Activities for the current
Establishments x c x
Domino Effects
Identification of Domino Effect x x c x
Developing External Emergency Plan
(Offsite)
Preparation of External Emergency Plan x c x
Testing the plan x c x
Providing Information to Public
Providing Information to Public x x x c x
Investigation of Accidents
Incident investigation x x c
Publication of investigation results x x c
Enforcement
Shut down/close establishment x x c
Other actions x x c
Reporting to the EC
Accident Reports x x c
General Reports x c
FINAL
REC Turkey – 2012 Page: 67
Annex - 2. Model for Calculating the Unavoidable Costs of implementing Seveso II
Directive
Examining the provisions and implementation of the Seveso II Directive brings out 3 major cost
generator areas, associated with the following activities:
Administrative costs, comprising those linked to the notification, preparing safety documents
and reports, inspection, training. These costs are born by operators and the CAs and
municipalities.
Substantive costs is ‘business cost’ of working with dangerous processes and products and
not directly related to the Seveso II Directive, comprising operational/ maintenance costs
related to physical compliance measures, safety equipment etc.
Land use costs, comprising purchase of land or moving the facilities and/or residential
buildings
Annex - 2. 1. Administrative Costs
In order to assess the total administrative compliance costs REC Turkey developed a special model.
This resulted in the estimation that the total administrative cost will be 62 million Euros for 10 years
between 2012 and 2021 (PV) of which operators will cover 63 % and public authorities 27% (see
Table 8).
Table 8 – Total Administrative Costs (PV – Euros)
The construction of the model included the following steps. First REC Turkey selected the key
necessary administrative and substantive activities to comply and enforce the Directive, which are
listed in Table 8.
Second, REC inputted the best estimates of Seveso Establishments as indicated in the Baseline. The
numbers of the Establishments used in the calculations are 426 for lower tier and 401 for upper tier
Establishments. Third, based on consultation and other Member States’ experiences, a set of cost
assumptions was prepared and validated (see Table 9, Table 10 and Table 11).
Row Labels 2012 2013 2014 2015 2016 2017 2018 2019 2020 2021 TOTAL
Operators 17.022.120 1.786.476 1.717.766 2.845.398 3.289.231 3.652.003 2.529.548 1.411.878 2.811.649 2.248.759 39.314.829
Capacity Building 1.990.000 0 0 0 1.701.060 0 0 0 1.454.074 0 5.145.134
Other Costs 0 0 0 0 0 0 0 0 0 0 0
Safety Report 3.960.000 190.385 183.062 176.021 169.251 976.449 156.482 150.464 144.677 139.112 6.245.903
MAPP 3.567.000 171.490 164.895 158.553 152.454 879.544 140.953 135.531 130.319 125.306 5.626.045
SMS 2.475.000 118.990 114.414 110.013 105.782 610.281 97.801 94.040 90.423 86.945 3.903.690
IEP 3.736.000 142.788 137.297 1.325.716 126.938 122.056 1.178.557 112.848 108.507 1.047.732 8.038.440
Public Information Costs 770.500 740.865 712.371 684.972 658.627 633.295 608.937 585.517 562.997 541.343 6.499.423
Inspection & Assessment Costs 523.620 421.957 405.728 390.123 375.118 430.377 346.818 333.479 320.653 308.320 3.856.194
Public Authorities 4.781.955 2.039.750 1.961.298 2.358.454 2.010.534 2.266.468 2.096.657 1.612.044 1.718.613 1.863.920 22.709.693
Capacity Building 230.700 0 0 0 197.203 0 0 0 168.570 0 596.474
EEP 1.868.000 71.394 68.648 538.598 63.469 61.028 478.812 56.424 54.254 425.662 3.686.290
Other Costs 0 0 0 0 0 0 0 0 0 0 0
Public Information Costs 289.500 278.365 267.659 257.364 247.466 237.948 228.796 219.996 211.535 203.399 2.442.029
Inspection & Assessment Costs 2.393.755 1.689.990 1.624.991 1.562.491 1.502.395 1.967.492 1.389.049 1.335.624 1.284.254 1.234.859 15.984.901
Grand Total 21.804.075 3.826.226 3.679.064 5.203.852 5.299.765 5.918.471 4.626.205 3.023.922 4.530.261 4.112.680 62.024.522
FINAL
REC Turkey – 2012 Page: 68
Table 9 - Cost Assumptions for Upper-Tier Establishments
Assumptions
Price (Per Unit) - EUR
Trainin
gs
(ope)
Additi
onal
Costs
(ope)
Inform
ation
Costs
(ope)
Code Sector of Upper Tier SEVESO Etablishment
Number
of
Facilities
Multiplie
r
Trainings
for the
Experts
of the
Operator
s
Other
costs
First
Preparati
on
Review
First
Preparati
on
Review
First
Preparati
on
Review
First
Preparati
on
ReviewDrilling -
Test
Assessm
ent Costs
Inspectio
n Costs
Informati
on Costs
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18
N/A N/A N/A N/A ope ope ope ope ope ope ope ope ope ope ope ope ope ope
1
petrochemical (e.g oil refineries,storage and distribution)58 100 2.000 10.000 2.500 90 270 500
2 manufacturing 86 60 1.000 6.000 1.500 90 270 500
3 chemical installations (excludeing petrochemical) 60 100 1.000 10.000 2.500 90 270 500
4 Processing of metals 16 40 1.000 4.000 1.000 90 180 500
5 transporting and storage 24 40 1.000 4.000 1.000 90 180 500
6 Power generation, supply and distribution 12 100 1.000 10.000 2.500 90 180 500
7 Mining activities 7 40 1.000 4.000 1.000 90 180 500
8 Other activity (not included above) 2 40 1.000 4.000 1.000 90 180 500
9 water and sewage and waste management 2 60 1.000 6.000 1.500 90 180 500
10 agriculture 60 1.000 6.000 1.500 90 180 500
Assumptions
Price (Per Unit) - EUR
Trainin
gs
(gov)
Additi
onal
Costs
(gov)
Inform
ation
Costs
(gov)
Code Sector of Upper Tier SEVESO Etablishment
Number
of
Facilities
Multiplie
rTrainings
First
Preparati
on
Review
Drilling -
Test
(Office
Drilling
and Live
Play)
Assessm
ent Costs
Inspectio
n Costs
Other
Costs
Informati
on Costs
1 2 3 4 19 20 21 22 23 24 25 26
N/A N/A N/A N/A gov gov gov gov gov gov gov gov
1
petrochemical (e.g oil refineries,storage and distribution)58 100 100 360 1.625 250
2 manufacturing 86 60 100 360 1.625 250
3 chemical installations (excludeing petrochemical) 60 100 100 360 1.625 250
4 Processing of metals 16 40 100 360 845 250
5 transporting and storage 24 40 100 360 845 250
6 Power generation, supply and distribution 12 100 100 360 845 250
7 Mining activities 7 40 100 360 845 250
8 Other activity (not included above) 2 40 100 360 845 250
9 water and sewage and waste management 2 60 100 360 845 250
10 agriculture 60 100 360 845 250
Cost to the Public Authorities
EEP (gov)
Inspection &
Assessment
Costs (gov)
Costs to the operators
Safety Report
(ope)MAPP (ope) SMS (ope) IEP (ope)
Inspection &
Assessment
Costs (ope)
FINAL
REC Turkey – 2012 Page: 69
Table 10 - Cost Assumptions for Lower-Tier Establishments
Assumptions
Price (Per Unit) - EUR
Trainin
gs
(ope)
Additi
onal
Costs
(ope)
Inform
ation
Costs
(ope)
CodeSector of Upper Tier SEVESO
Etablishment
Number
of
Facilities
Multiplie
r
Trainings
for the
Experts
of the
Operator
s
Other
costs
First
Preparati
on
Review
First
Preparati
on
Review
First
Preparati
on
Review
First
Preparati
on
ReviewDrilling -
Test
Assessm
ent Costs
Inspectio
n Costs
Informati
on Costs
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18
N/A N/A N/A N/A ope ope ope ope ope ope ope ope ope ope ope ope ope ope
1
petrochemical (e.g oil
refineries,storage and distribution)97 100 5.000 12.000 3.000 1.500 375 7.500 1.875 9.000 1.875 2.000 180 1.080 1.500
2 manufacturing 30 60 3.000 7.200 1.800 900 225 4.500 1.125 5.400 1.350 2.000 90 720 1.500
3
chemical installations (excludeing
petrochemical)60 100 3.000 12.000 3.000 1.500 375 7.500 1.875 9.000 1.125 2.000 90 720 1.500
4 Processing of metals 10 40 2.000 4.800 1.200 600 150 3.000 750 3.600 900 2.000 90 540 1.500
5 transporting and storage 36 40 2.000 4.800 1.200 600 150 3.000 750 3.600 900 2.000 90 540 1.500
6
Power generation, supply and
distribution12 100 5.000 12.000 3.000 1.500 375 7.500 1.875 9.000 1.875 2.000 180 1.080 1.500
7 Mining activities 5 40 2.000 4.800 1.200 600 150 3.000 750 3.600 900 2.000 90 540 1.500
8 Other activity (not included above) 40 2.000 4.800 1.200 600 150 3.000 750 3.600 900 2.000 90 540 1.500
9
water and sewage and waste
management1 60 3.000 7.200 1.800 900 225 4.500 1.125 5.400 1.350 2.000 90 720 1.500
10 agriculture 60 3.000 7.200 1.800 900 225 4.500 1.125 5.400 1.350 2.000 90 720 1.500
AVERAGE 3.000 7.680 1.920 960 240 4.800 1.200 5.760 1.253 2.000 108 720 1.500
Assumptions
Price (Per Unit) - EUR
Trainin
gs
(gov)
Additi
onal
Costs
(gov)
Inform
ation
Costs
(gov)
CodeSector of Upper Tier SEVESO
Etablishment
Number
of
Facilities
Multiplie
rTrainings
First
Preparati
on
Review
Drilling -
Test
(Office
Drilling
and Live
Play)
Assessm
ent Costs
Inspectio
n Costs
Other
Costs
Informati
on Costs
1 2 3 4 19 20 21 22 23 24 25 26
N/A N/A N/A N/A gov gov gov gov gov gov gov gov
1
petrochemical (e.g oil
refineries,storage and distribution)97 100 500 4.500 500 1.000 1.620 3.705 500
2 manufacturing 30 60 500 2.700 300 1.000 1.350 2.535 500
3
chemical installations (excludeing
petrochemical)60 100 500 4.500 300 1.000 1.080 2.535 500
4 Processing of metals 10 40 500 1.800 200 1.000 1.080 2.145 500
5 transporting and storage 36 40 500 1.800 200 1.000 1.080 2.145 500
6
Power generation, supply and
distribution12 100 500 4.500 500 1.000 1.080 2.145 500
7 Mining activities 5 40 500 1.800 200 1.000 1.080 2.145 500
8 Other activity (not included above) 40 500 1.800 200 1.000 1.080 2.145 500
9
water and sewage and waste
management1 60 500 2.700 300 1.000 810 2.145 500
10 agriculture 60 500 2.700 300 1.000 810 2.145 500
AVERAGE 500 2.880 300 1.000 1.107 2.379 500
Costs to the operators
Safety Report
(ope)MAPP (ope) SMS (ope) IEP (ope)
Inspection &
Assessment
Costs (ope)
Cost to the Public Authorities
EEP (gov)
Inspection &
Assessment
Costs (gov)
FINAL
REC Turkey – 2012 Page: 70
Table 11 - Total annualized administrative costs per establishment (k EUR)
Some activities like assessment and inspection required further investigation. For these activities, REC
used the number of days dedicated by Operators and by CAs based on experts’ experience. For
example, in the transport and storage sector, the total time dedicated to inspections by operators and
CAs is respectively 6 days and 16.5 day (see Table 12). The time dedicated is calculated by summing
up the needed days of several inspectors from different CAs.
Table 12 – Inspection & Assessment Workload for Upper-Tier Seveso Establishments
Table 13 - Inspection & Assessment Workload for Lower-Tier Seveso Establishments
The model was run according to the two types of establishments (Lower-Tier and Upper-Tier) and
economic sectors.
The Directive will have different impacts according to the obligations of each category of
Establishments. For Upper-Tier establishment it will be 47.2 million Euro for 10 years between 2012
and 2021 (PV). In the case of the Lower-Tier establishment is it will 14.8 million Euro for 10 years
between 2012 and 2021 (PV).
Code Type of Upper Tier SEVESO Etablishment Assessment - ope Inspections - ope Assessment - gov Inspections - gov
1 petrochemical (e.g oil refineries, storage and distribution) 2 12 18 28,5
2 manufacturing 1 8 15 19,5
3 chemical installations (excluding petrochemical) 1 8 12 19,5
4 Processing of metals 1 6 12 16,5
5 transporting and storage 1 6 12 16,5
6 Power generation, supply and distribution 2 12 12 16,5
7 Mining activities 1 6 12 16,5
8 Other activity (not included above) 1 6 12 16,5
9 water and sewage and waste management 1 8 9 16,5
10 agriculture 1 8 9 16,5
Code Type of Upper Tier SEVESO Etablishment Assessment - ope Inspections - ope Assessment - gov Inspections - gov
1 petrochemical (e.g oil refineries, storage and distribution) 1 3 4 12,5
2 manufacturing 1 3 4 12,5
3 chemical installations (excluding petrochemical) 1 3 4 12,5
4 Processing of metals 1 2 4 6,5
5 transporting and storage 1 2 4 6,5
6 Power generation, supply and distribution 1 2 4 6,5
7 Mining activities 1 2 4 6,5
8 Other activity (not included above) 1 2 4 6,5
9 water and sewage and waste management 1 2 4 6,5
10 agriculture 1 2 4 6,5
Source Lower-Tier Upper-Tier
EU-VRI (2008) - <20
UK (2005) 13 60
Nutek (2006) 1.3 23
FEA (2009) 50 180
CETS(2008/9) - 70
Administrative burden study (2009), updated of SR and IEP 2 10
Lowest estimate 2 10
Average 5 30
Highest estimate 15 100
FINAL
REC Turkey – 2012 Page: 71
In terms of sectors, the most affected one will be the petrochemical (%48) and the chemical industry
(%21) (see Figure 18 – Distribution of Administrative Costs to Seveso Sectors)
Figure 18 – Distribution of Administrative Costs to Seveso Sectors (Euros)
Source: REC Turkey, 2012
Annex - 2. 2. Substantive Compliance Costs
It was not possible to estimate the substantive costs, which are assumed more significant than the
administrative costs. However, it can be argued that in the case of substantive costs, it will increase
safety standards of Establishments, they should be considered as typical ‘business cost’ of working
with dangerous processes and products and not directly related to the Seveso II Directive. For
instance, if an establishment becomes a Seveso II site they might need to undertake investments in
changes to their manufacturing process or to way they store chemical substances.
UK (2005) Regulatory Impact Assessment (final) of Seveso II study suggests that the costs for Upper-
Tier Establishments are on the same order as the administrative costs. For Lower-Tier Establishments
there is a large variation in the results of the two surveys and they could vary within a range of 5% of
the administrative costs to be on the same order as the administrative costs.
The RIA does not appear to have included plant modifications, but both this survey and the other RIA
studies suggest that this is a significant cost element.
Annex - 2. 3. Land use costs
In the third category, the land use costs were not estimated because of lack of information on the
safety zoning required by the Directive. Concretely, the public authorities need first to develop Seveso
compatible plans for each establishment that defines safety zones and second, value the residential
buildings overlapping with these plans. This is compounded by the fact that the 2010 By-Law does not
require such obligation.
FINAL
REC Turkey – 2012 Page: 72
There are many uncertainties in particular in terms of the specific implementation impacts of the
Directive. The land costs directly depend on the size of the safety zones for each establishment and
vary according to different land use planning approaches.
This RIA study considers several cost examples from EU. First example is from France, the estimated
total cost for French PPRTs (land measures including several thousands of expropriations and
relinquishments) is about 2.3 billion €.
The average cost for the development of a PPRT is about 30 k€. It takes one person half a year to
elaborate the plan. Adding physical modifications or even expropriation could lead to very substantial
costs even though relatively few Establishments would require major physical measures. The French
estimate for the total costs amounts to 2.3 billion EUR and that covers 420 Establishments. An upscale
to all Upper-Tier Establishments leads to total costs estimate for EU 27 at 25 billion EUR.
Second example is from Australia, The Austrian Ministry of Environment has considered this issue of
a simple safety distance for all sites in a review of the implementation of the Seveso II Directive in
Austria. A scenario assuming that an area around each establishment would be restricted in use leads
to a total cost of imposing a simple rule for safety distances. In the Austrian case, the costs of a 300 m
safety distance leading to about 250,000 m2 of restricted area. Based on the 145 Austrian Seveso II
sites and applying a land value of 95 EUR/m2, total costs amount to EUR 3.4 billion. Similar
scenarios can be made for EU 27 using the total number of Upper-Tier Establishments and an
appropriate land value.
These considerations demonstrate that applying the LUP requirement to existing Establishments could
results in very high costs - though one-off costs – they could amounts to at least several hundred
million Euros and likely even into billions of Euros.
In order to assess the total cost of land use planning to comply with the Seveso II Directive, REC
Turkey tried to develop a special model for different approaches. Although it gives general idea on
safety zones resulting from the different approaches, it does not provide specific costs data for
operators and CAs (see Annex - 3).
FINAL
REC Turkey – 2012 Page: 73
Annex - 3. Detailed Cost Calculations for the Estimation of the Costs of Land Use Planning
This annex is based on the estimation of the total cost of land use planning to comply with the Seveso
II Directive, a special model was developed by REC. Turkey needs to develop appropriate safety
distances and better land use planning around Seveso Establishments to prevent major industrial
accidents and limit consequences. The land use planning model has three main approaches to calculate
the total cost of land use planning:
STEP 1: Consequence-Based Approach
STEP 2: Risk-Based Approach
STEP 3: Generic Table Approach
Total number of Seveso Establishments of Turkey is gathered from Seveso Notification System of
Ministry of Environment and Urbanization. Seveso Establishments are located in 174 districts of
Turkey.
For the land use planning models the population density of 126 districts are obtained from Turkish
Statistical Institute (TurkStat) 2007 data. Population density data of other 48 districts were not
available in TurkStat because they are not independent districts. Thus, the population densities of
those are compared with the districts they are separated from and assumed as the population density is
equal to former districts.
Annex - 3. 1. Assumptions
In 2010, Ministry of Environment and Urbanization organized a training “Introduction to Land Use
Planning for Seveso II Directive” with JRC, Major Accident Hazard Bureau. The presentation in that
training calculates the difference in safety distances for deterministic and probabilistic approaches.
According to these calculations, REC Turkey assumed three average safety distances for
- fatality
- irreversible and,
- net irreversible (see Table 14).
REC Turkey used JRC distances to determine areal difference for Risk-Based and Consequence-Based
safety zones. Safety measure costs per citizen in these safety zones are determined as €5 for possibility
of fatality and €1 for possibility of irreversible effects.
Table 14 - Assumptions Used for Calculation of Land Use Costs
Definition Consequence-based
impact analysis radius (m)
Risk-based impact
analysis radius (m)
Consequence-
based area (m2)
Risk-based
area (m2)
Areal
Difference
Cost per
citizen
(Eur)
Fatality 1.484 615 6.918.591 1.188.229 5.730.362 5
Irreversible 5.547 1.180 96.664.321 4.374.354 92.289.967 1
Irreversible Net 4.063 565 89.745.730 3.186.125 86.559.605 1
Moreover, for the Establishments located in dense industrial areas, safety zones are possible to
intersect with each other. In this context, land use planning will differ according to size of intersecting
area. Assumptions for possible safety zone overlap and population density is given at Table 15.
FINAL
REC Turkey – 2012 Page: 74
Table 15 - Overlap and Population Density Assumptions Used for Calculation of Land Use Costs
Overlap (Adverse) Real Population Density (Industrial Zone) (Adverse) Real
Level 1 1 0 Level 1 0,25 0,75
Level 2 0,5 0,5 Level 2
Level 3 0,25 0,75 Level 3
Annex - 3. 2. STEP 1: Consequence-Based Approach
There are three major parameters determined for the calculation of the safety distances. Figure 19
shows general picture, the average fatality and irreversible effect safety distance of Consequence-
Based approach calculated as 1,484 m and 5,047 m, respectively.
Annex - 3. 3. STEP 2: Risk-Based Approach
JRC calculated an average fatality and irreversible effect safety distance of Risk-Based approach as
615 m and 1,180 m, respectively (see Figure 20).
Figure 19 - Average Safety Distances for
Consequence-Based Approach
Figure 20 - Average Safety Distances for Risk-
Based Approach
Source: JRC, MAHB “Introduction to Land Use
Planning for Seveso II Directive”, 2010
Source: JRC, MAHB “Introduction to Land Use
Planning for Seveso II Directive”, 2010
Annex - 3. 4. Conclusion
Table 16 - Conclusion Table for Land Use Planning Approaches
Definition Additional Risk Area
(km2)
Total Effected
Population
Risk-Based Fatality 177 208.142
Risk-Based Irreversible Net 612 718.680
Consequence-Based Fatality 1.031 1.211.932
Consequence-Based Irreversible Net 13.514 15.881.358
Difference Fatality 854 1.003.790
Difference Irreversible Net 12.903 15.162.678
FINAL
REC Turkey – 2012 Page: 75
Annex - 4. Obligations of Operators
The Operator of Seveso Establishment, which comes under the scope of the Directive, must notify the
Competent Authority and establish a Safety Management System (SMS) to be detailed in a Major
Accident Prevention Policy (MAPP) document as a pre-requisite to operating a regulated
establishment.
Additionally, the Operator of each Upper-Tier establishment is required to prepare an internal
emergency plan for the establishment in consultation with local authorities and CAs. The Operator of
each Upper-Tier establishment must provide a written Safety Report, which must include a description
of the activities and processes involved, the hazardous substances present, the major accident risks and
the preventive measures in place to the CA.
Box 6 – Scope and Main Obligations of Operators
The following sections will briefly summarize the main requirements of the Directive.
I. Safety Reports
II. Safety Management System
III. Major Accident Prevention Policy
IV. Internal Emergency plan
V. Substantive Modifications
VI. Public Access to Information and Consultation
Annex - 4. 1. Safety Reports
O One of the principal obligations of the Directive is a "Safety Report". Safety Report70
requirement
applies only to Upper-Tier Establishments. Existing Upper-Tier Establishments must provide the
70 A flexible presentation permits the combination of the Safety report with other reports produced in response to
other legislation to form a single Safety report in order to avoid unnecessary duplication or repetition of
work.
FINAL
REC Turkey – 2012 Page: 76
reports not later than within one year after the Directive applies and for the new Establishments a
reasonable period prior to the start of construction or operation. Member States can decide what period
is considered reasonable.
Directive requires review and update of Safety Report every five years by operators. Additionally,
Competent Authority can request review and update of the Safety Report where justified by
– new facts
– new technical knowledge about safety
– new knowledge about hazard assessment
– in case of modification of a site
According to the Directive, the Safety Report must contain minimum information about SMS and on
the organization of the establishment with a view to major accident prevention policy (MAPP). Safety
Reports must also show proper identification hazards, accidental risks analysis, prevention methods
and description of the installation. Moreover, it should present the environment of the establishment,
adequate safety and reliability principles in design, construction, operation and maintenance measures
of protection and intervention to limit the consequences of an accident.
Other than above, safety report must demonstrate that Internal Emergency Plans have been drawn up,
supplying information to enable the External Emergency Plan to be drawn up, and sufficient
information must be included to support CAs in land use planning.
FINAL
REC Turkey – 2012 Page: 77
According to Safety Report Guidance, (Seveso II (1998) New Guidance on the Preparation of a Safety
Report to meet the Requirements of Directive 96/82/EC as amended by Directive 2003/105/EC) safety
report should follow Proportionate and Demonstration approach (see Box 7 for the details of those
approaches).
Box 7 - Proportionate and Demonstration approach71
Proportionate approach Demonstration approach
The level of detail should be proportionate to
the extent of potential risks and the complexity
of the installation/process/systems involved
-The safety report should be of a summarizing
character i.e. Information provided is limited to
its relevance in regard to major-accident
hazards,
-However, the information should be sufficient
to demonstrate that the requirements have been
met
-The description of measures should be limited
to the explanation of their specific objectives
and functions.
Demonstration can be recognized by the presence of
the following components:
1.Systematic analysis
-hazard identification and risk assessment72
process must be systematic and
- Identify all major accident hazards in the
establishment
-Assign frequencies and consequences to
accidents
-Rank and select reference scenarios
2.Detailed evidence
The safety report must provide ample evidence to
show the consistency between the scenario
selected and the safety measures taken
Annex - 4. 2. Safety Management System
Safety Management System is a term used to refer to a comprehensive management system designed
to manage safety elements, including the necessary organizational structures, policies and procedures
in the Establishments. Naturally, Establishments should address safety management system as part of
their overall management.
However, in the context of the Directive, Safety Management System (SMS) is described and
introduced for only for Upper-Tier Establishments.
The introduction of the obligation for operators of Upper-Tier Establishments to put into effect an
SMS has taken account of the development of new managerial and organizational methods in general
and, in particular, of the significant changes in industrial practice relating to risk management, which
have occurred over the past ten years. One of the main objectives pursued by this obligation is to
prevent or reduce accidents caused by management factors that have proven to be a significant
causative factor in over 90 per cent of the accidents in the EU since 1982.
71
Safety Report Guidance - Seveso II (1998) New Guidance on the Preparation of a Safety Report 72 See Annex 9 for Brief overview on Risk analysis practices for application in safety reports
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SMS provides a structured approach to achieve better safety performance within an establishment.
Primary objectives of an SMS are to regulate the activities of the establishment formally in order that
they are carried out safely to improve safety performance in a continuous manner, and to support a
strong safety culture. Effective SMS minimizes risks related to chemical accidents and addresses the
followings .
Box 8 - Issues shall be addressed by the Safety Management System
- organizational structure (including the roles, responsibilities, training, education, qualifications
and interrelationship of individuals involved in work affecting safety);
- Identification and evaluation of hazards;
- Facilities and operational control;
- Management of change;
- Planning for emergencies;
- Monitoring performance (concerning the ongoing assessment of compliance with the Safety
Policy and the safety management system, and mechanisms for taking corrective action in the
event of non-compliance);
- Audit and review (addressing the periodic, systematic assessment of the Safety Policy and
effectiveness and suitability of the safety management system); and
- Accident investigation and learning from experience.
Before intruding the Major Accident Prevention Policy in Annex 6.3, relation of the SMS and MAPP
is explained in order to better understand the both concepts in Box 9 - Relation of the SMS and MAPP.
Annex - 4. 3. Major Accident Prevention Policy
The obligation to establish and implement a MAPP applies to Operators of both lower and Upper-Tier
Establishments.
The MAPP must be established in writing and should include the Operator’s overall aims and
principles of action with respect to the prevention and control of major-accident hazards. It shall be
designed to guarantee a high level of protection for man and the environment by appropriate means,
structures and management systems.
There are some major differences in the practical ways that operators of Lower and Upper-Tier
Establishments build the contents of their MAPP known to the authorities.
Operators of Lower-Tier Establishments do not have obligation to a send the written document setting
out their MAPP to the Competent Authority. They shall make the MAPP available to the Competent
Authorities (at their request) Operators of Upper-Tier Establishments must demonstrate in their Safety
report that a MAPP has been put into effect. The Safety report must be sent to the Competent
Authority.
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Box 9 - Relation of the SMS and MAPP
Safety Management System (SMS) and Major Accident Prevention Policy (MAPP) are combined
documents. SMS is the detailed report on the whole safety system of the establishment including all
organization and personnel, identification of process units and hazards, operational control, emergency
plans, monitoring process and auditing.
MAPP is the document that gives the policy information of SMS. Document must be written and must
include sufficient particulars to demonstrate that the operator has established an appropriate SMS.
Directive sets out the principles to be taken into account when preparing a MAPP document.
Description of MAPP and SMS are given in Annex III of Directive that is described below.
For the purpose of implementing the operator's major-accident prevention policy and safety
management system account shall be taken of the following elements. The requirements laid down in
the document referred to in Article 7 should be proportionate to the major-accident hazards presented
by the establishment: “the major accident prevention policy should be established in writing and
should include the operator's overall aims and principles of action with respect to the control of major-
accident hazards”.
Annex - 4. 4. Internal Emergency Plan
Internal Emergency Plan (IEP) is for response measures to be taken inside of the Establishments to be
drawn up by the operator to control incidents, minimize effects, and implement protection measures.
Moreover, it enables local authorities and CAs to draw up External Emergency Plans (EEP).All
Upper-Tier Seveso Establishments must prepare an internal emergency plans. Moreover, the Directive
obliges for operators to test the IEP regularly.
IEPs have to be reviewed, revised and updated, where necessary. Important new elements require
operators to consult employees, local authority, CAs, emergency services, health authority for the area
where the establishment is sited.
Internal Emergency Plan should define how the organization would protect people and property. It
assigns emergency-related tasks to individuals in the organization, and outlines protective actions to be
taken (see Box 10).
Box 10 - Annex IV of the Directive-Minimum information for IEP
The plan must contain the following information:
Names or positions of persons authorized to set emergency procedures in motion and the person in
charge of and coordinating the internal mitigatory action;
Name or position of the person with responsibility for liaison with the local Authority responsible
for preparing the internal emergency plan;
For foreseeable conditions or events which could be significant in bringing about a major accident,
a description of the action which should be taken to control the conditions or events and to limit
their consequences, including a description of the safety equipment and the resources available;
Arrangements for limiting the risks to persons on-site including how warnings are to be given and
the actions persons are expected to take on receipt of a warning;
Arrangements for providing early warning of the incident to the local authority responsible for
setting the internal emergency plan in motion, the type of information which should be contained in
an initial warning and the arrangements for the provision of more detailed information as it
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becomes available;
Arrangements for training staff in the duties they will be expected to perform, and where necessary
coordinating this with the emergency services;
Arrangements for providing assistance with external mitigatory action
Annex - 4. 5. Substantive Modifications
Other than direct administrative obligations, there are some obligations for the substantive
modifications. Operator should take administrative and technical measures in case of any modification
for function, efficiency and position (change in scope, open/closure of installations, change in quantity
of dangerous substances etc.)
For instance, if a Lower-Tier establishment becomes an Upper-Tier establishment, the operator needs
to report the changes and carry out the new requirements.
Annex - 4. 6. Public Access to Information and Consultation
The public information requirement is one of the most important components of the Directive.
Directive requires,
information on safety measures and on the requisite behavior in the event of an accident has
to be supplied regularly, without their having to request it, to persons liable to be affected by
a major accident.
Operators as well as public authorities have certain obligations to inform the public. Operators and
local authorities are obliged to provide active and passive information (permanent availability of
information) to the public.
Moreover, the information shall be reviewed (at least every three years) and repeated (at least every
five years), always if there is a modification of a site.
The public information requirements have been extended by the amendments to the former Directive.
The Seveso II Directive offers more rights to the public in terms of access to information.
Public can request information from operators or competent authorities or ensure distribution of
leaflets or brochures informing the public about safety measures and the behavior in the case of an
accident.
Moreover, the safety report should be publicly available but the operator may ask that certain parts are
not disclosed for reasons of industrial, commercial or personal confidentiality, public security or
national defense. The approval of the authority is necessary for non-disclosure.
Annex V to the Directive contains a detailed list of the items of information to be provided (see Box
11).
Box 11 - Public Access to Information and Consultation
- Name of operator and address of the establishment
- Identification, by position held, of the person giving the information.
- Confirmation that the establishment is subject to the regulations and/or administrative provisions
implementing this Directive and that the notification referred to in Article 6 (3), or the safety report referred
to in Article 9 (1) has been submitted to the competent authority
- An explanation in simple terms of the activity or activities undertaken at the establishment
- The common names, or in the case of dangerous substances covered by Part 2 of Annex I, the generic
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names or the general danger classification of the substances and preparations involved at the establishment
which could give rise to a major accident, with an indication of their principal dangerous characteristics.
- General information relating to the nature of the major-accident hazards, including their potential effects on
the population and the environment
- Adequate information on how the population concerned will be warned and kept informed in the event of a
major accident
- Adequate information on the actions the population concerned should take, and on the behavior they should
adopt, in the event of a major accident.
- Confirmation that the operator is required to make adequate arrangements on site, in particular liaison with
the emergency services, to deal with major accidents and to minimize their effects
- A reference to the external emergency plan drawn up to cope with any offsite effects from an accident, this
should include advice to cooperate with any instructions or requests from the emergency services at the
time of an accident
- Details of where further relevant information can be obtained, subject to the requirements of confidentiality
laid down in national legislation
Annex - 4. 7. Notification
Notification is submitted by the Operator to CAs if only:
• Seveso II Annex I dangerous chemicals are present in the establishment (as a raw material,
product, by product, residue or intermediate, including those supposed to be generated in the
event of accident)
• Their quantities are in excess of Lower or / and Upper thresholds of the Annex I, Part I & II
The notification is a document which shall demonstrate why the particular establishment qualifies for
Seveso.
The main element is the list of dangerous substances and the possible maximum quantities (easy for
fixed tanks, difficult for warehouses, storage of drums, big-bags.
Substances: identified by name, CAS-number, physical form (high pressure, high temperature).
Quantities up to 2% of lower threshold can be ignored, if no major accident can be caused by that
substance.
Summation rule: similar substances have to be counted together by their percentage of the respective
threshold
Example of terminology used in Notification.
- Named substance + named substance (acetylene + hydrogen)
- Named substance + category (chlorine + toxic substances)
- Category + category (very toxic + toxic, explosive + flammable)
- Substances with 2 dangerous properties have to be counted twice (methanol + toxic, methanol
+ flammable)
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Annex - 5. Obligations of Public Institutions
Public authorities have important roles to play in major accident prevention, preparedness and
response. These roles include developing a regulatory framework, monitoring and enforcement,
providing information to the public, siting and land use planning; external (off-site) emergency
planning. The Annex -7 summarizes the obligations of the public authorities under the scope of the
Directive. Firstly, it describes the current administrative structure in details for Turkey then
investigates and gives brief information on several important roles that Seveso II Directive assigns to
Public Institutions, which are listed below:
I. System Surveillance
II. Enforcement and Inspection
III. Land Use Planning
IV. Domino Effect
V. External Emergency plan
VI. Public Access to Information and Consultation
VII. Accident Investigation
VIII. Sanctioning
IX. Reporting to EU
Background Information on Public Institutions and their obligations in Turkey on Major Accidents
Before describing the details of obligations of public institutions defined under the scope of the
Directive, this section briefly gives information on Public Administrations and their obligations in
Turkey on management of major accidents.
The MoEU and MoLSS are the CAs according to Law on Environment No: 2872 and the Law on
Labor No. 4857, respectively. In addition, local authorities also responsible bodies for the enforcement
of labor safety and environmental protection regulations. Provincial Administrative, Metropolitan
Municipalities, and Municipalities have responsibilities according to Law on Provincial
Administrations No. 5302, Law on Metropolitan Municipalities No: 5216 and Law on Municipalities
No: 5272, respectively.
Moreover, the Directive also covers a third policy area, the public safety and emergency management.
The Turkish regulation asserts a lack policy in crisis management and the public safety. As in the most
Member States, Turkey has a three layered administration structure in public safety. In the first place,
there is the Disaster and Emergency Management Presidency (DEMP). Second layer is the regional
disaster and crisis management of the regions of Governorships and thirdly, crisis management is
carried out by local governments (e.g. municipalities).
The Turkish Seveso By-Law also assigns competency to local governments and provincial directorates
for external emergency plans, land use plans, and domino effects. In certain situations, CAs inform
these local competent authorities about obligations of operator (e.g. whether safety report of
establishment is approved or not). The roles of CAs and other administrative bodies in the context of
the Directive explained below.
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Central Government
MoEU:
The MoEU is the main Public Authority that is responsible for the environmental policy at national
level. General Directorate of Environmental Management and General Directorate of EIA, Permit and
Audit are responsible bodies for implementation and enforcement of the Directive.
MoEU was responsible for establishing a notification and a formal registration system. MoEU
Department of Chemicals established electronic notification system and determined the registered
Seveso Establishments’ tier status. MoEU will also carry out Seveso inspections, but these inspections
will be carried out together with the MoLSS.
MoEU is responsible for,
establishing an effective inspection and enforcement/implementation system
ensuring the preparation of external emergency plans by the local authorities
establishing procedures for information available to the public
ensuring development of a system for the classification of establishment groups with a
potential for domino effect
establishing procedures for investigation of major accidents
establishing a reporting system and ensuring fulfillment of reporting
ensuring the preparation of major accident prevention policy by operators
ensuring the preparation of internal emergency plans by operators
ensuring that operators provide information to the competent authorities about major accidents
MoLSS:
In Turkey, MoLSS is responsible for occupational health and safety issues. MoLSS monitors the
implementation of the measures to ensure occupational health and safety issues in the workplaces.
Ministry of Labor and Social Security is responsible for analyzing accidents, analyzing domino
effects, assessment of safety reports and informing operators in this direction. Moreover, MoLSS
ensures that operators provide information to the competent authorities about major accidents and
establishes an effective inspection and enforcement/implementation system. MoLSS has to prepare
guidelines on how to prepare Safety Reports and Emergency Action Plans with MoEU.
In addition, MoLSS investigates both occupational and major accidents. It has three different
departments to work on occupational health and safety issues.
Labor Inspection Board,
General Directorate of Occupational Health and Safety,
Centre for Labor and Social Security Training and Research.
In scope of the By-Law, Labor Inspection Board is responsible for assessing and approving the safety
reports and inspection of the Establishments.
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DEMP:
The main roles and responsibilities of DEMP are to coordinate the response at disaster and emergency
situations and inform the higher authorities and to determine the location of Civil Defense Search and
Rescue Unit Directorates by means of coordination with non-governmental organizations and related
governmental institutions.
There are six different departments under DEMP Presidency mainly related with the Directive,
1.Department of Planning and Mitigation
2.Department of Response
3.Department of Recovery
4.Department of Civil Defense
5.Department of Earthquake
6.Department of Administrative Affairs
Some of the Major industrial accidents are also considered as disaster according to their extent on man
and environment. Thus, to prevent and control disasters like major industrial accidents, DEMP is
responsible for prevention, response and recovery and plan all the mitigation measures to prevent
negative impact on human health and environment.
Local Administrations (Provincial Administrative, Metropolitan Municipalities, and Municipalities)
Municipalities and Special Provincial Administrations:
Local Administrations such as Municipalities and Special Provincial Administrations are responsible
for the administrative management of the provinces in Turkey. These Local Administrations prepare
and assess the land use planning policy of the provinces. Local Administrations controls siting of new
Establishments and modification of existing sites and new developments (residential areas,
commercial areas, transport links, locations frequented by the public).
Furthermore, Local Administrations should conduct the information procedures to raise awareness of
the public near Seveso Establishments and are responsible for the preparation of external emergency
plans, testing the external emergency plans and assessing possible domino effects of the accidents.
Annex - 5. 1. System Surveillance
This section summarizes the system surveillance obligations other than direct ones to CAs to
implement and enforce the Seveso II Directive. This RIA study identifies the followings as system
surveillance obligations items.
- General administration
- Notification system (development and modification of IT system)
- Approval of documents (safety reports, MAPP, IEP)
- Training of staff
- IT system for accident reporting
- Preparing technical guidelines
- Setting up public information system
- Campaigns for raising public awareness in the vicinity of the establishment
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- Maintenance of emergency vehicles and equipment
CAs examine the safety report and communicate the conclusions to the Operator. Conclusions should
be provided in written form and contain the following details:
– date of review
– additional sources of information used in the review (e.g., inspection report)
– specific conclusions (positive or negative) with reference to specific details in the
report
– clear identification of deficiencies and inaccuracies that must be corrected
Annex - 5. 2. Enforcement and Inspection
Member States shall make sure the proper enforcement of the Directive through providing details of
the obligations of the competent authorities and inspection. MS shall ensure increased consistency in
enforcement and inspection, and existing enforcement authorities should be fully equipped and have
the expertise to handle the enforcement because of the deviating complexity of the Directive. The
Directive constitutes following articles related with enforcement issues:
Article 18 on Inspections
Article 17 on Prohibition of use
Article 18 is on Inspections that has the most important role for improving the quality and consistency
of implementation of Seveso II obligations. The Directive forces MS to organize a system of
inspections to ensure:
Operator provided appropriate means to prevent major accidents and limit their consequences;
Safety report drawn by operator is accurate and complete;
Information has been supplied to the public.
System of inspection shall constitute a program of inspections for all Establishments or at least one on-
site inspection made by the competent authority for Upper-Tier Establishments in every twelve
months. Box 6 gives a sample for the Content of the Seveso II Inspection programme.
Box 12 - Content of the Seveso II Inspection programme
- Inventory of the Establishments
- Time period
- Identification of specific sites
- Provision of coordination,
- Public access
- Geographic area covered
- Provision for review and update
- Programme for routine/non-routine
inspections
- Frequency of inspections
Competent authority prepares a report following each inspection.
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Another enforcement mean is Article 17 of the Directive on Prohibition of use. It enables CAs to
prohibit the use of any site or installation if serious deficiencies are found in the measures for the
prevention and mitigation of major accidents or operator has failed to submit the necessary documents
i.e. Notification, Safety report, Emergency plans. It is discussed in Annex - 5. 8
Annex - 5. 3. Land Use Planning
According to the Directive, in order to provide greater protection for residential areas, areas of
substantial public use and areas of particular natural interest or sensitivity, it is necessary to apply land
use and/or other relevant policies applied in the Member States. Land Use Planning takes account of
the need, in the long term, to keep a suitable distance between such areas and Establishments
presenting such hazards and, where existing Establishments are concerned, takes account of additional
technical measures so that the risk to persons is not increased.
In brief, Land Use Planning (LUP), in context of Article 12, aims preventing major accidents and
limiting their consequences by control on
- siting new Establishments,
- modification of existing sites and
- new developments (residential areas, commercial areas, transport links, locations
frequented by the public).
Therefore, Member States have to ensure that the objectives of preventing major accidents and
limiting the consequences of such accidents are taken into consideration in their LUP policies.
Article 12 states that;
The Commission is invited on 31 December 2006, in close cooperation with the Member
States, to draw up guidelines defining a technical database including risk data and risk
scenarios, to be used for assessing the compatibility between the Establishments covered by
this Directive and the areas described in paragraph 1. The definition of this database shall as
far as possible take account of the evaluations made by the competent authorities, the
information obtained from operators and all other relevant information such as the
socioeconomic benefits of development and the mitigating effects of emergency plans.
Member States shall ensure that all CAs and planning authorities responsible for decisions in
this area set up appropriate consultation procedures to facilitate implementation of the policies
established under paragraph 1. The procedures shall be designed to ensure that technical
advice on the risks arising from the establishment is available, either on a case-by-case or on a
generic basis, when decisions are taken.
Annex - 5. 4. Domino Effect
Article 8 of Seveso II Directive uses the term domino effects to denote the existence of
“Establishments or groups of Establishments where the likelihood and the possibility or
consequences of a major accident may be increased because of the location and the proximity
of such Establishments and their inventories of dangerous substances”.
The areas where the concentration of activities concerning the storage, process and transportation of
dangerous substances take place in dense areas have so called domino effects. These areas have highly
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negative impact on risk control, land use planning, emergency planning and response. It is clear that
the decision-making process requires the analysis of a large amount of accident scenarios.
In order to reduce the risk of domino effects, where Establishments are sited in areas that increase the
probability and possibility of major accidents or aggravate their consequences, there should be
provision for the exchange of appropriate information and cooperation with public.
According to Directive, one of the obligations of the CAs is to evaluate whether domino effects are
possible between the Seveso Establishments. Risk assessment of the Establishments must take into
account domino effect and CAs have to justify this assessment
In other words, CAs must identify Establishments or groups of Establishments where the danger of an
accident and its possible consequences may be increased because of the location and the proximity of
the Establishments, and the dangerous substances present and to ensure an exchange of information
and co-operation between the Establishments (see Box 13).
Box 13 - Seveso II Directive, Article 8 Domino Effects
Seveso II Directive Article 8 states that;
1. Member States shall ensure that the competent authority, using the information received from the
operators in compliance with Articles 6 and 9, identifies Establishments or groups of Establishments
where the likelihood and the possibility or consequences of a major accident may be increased because
of the location and the proximity of such Establishments, and their inventories of dangerous
substances.
2.Member States must ensure that in the case of the Establishments thus identified:
(a)suitable information is exchanged in an appropriate manner to enable these Establishments to take
account of the nature and extent of the overall hazard of a major accident in their major accident
prevention policies, safety management systems, safety reports and internal emergency plans;
(b) provision is made for cooperation in informing the public and in supplying information to the competent
authority for the preparation of external emergency plans.
Moreover, the potential domino effects and potential risk of neighboring Seveso Establishments must
be reported annually to the European Commission. This report should answer the following points
related to the Seveso II Directive:
General background information on the methodology for identifying in Article 8, Paragraph 1
on the domino effect, Establishments referred or groups of devices.
Clarification of number of Establishments, identification of likelihood and the possibility or
consequences of a major accident due to the location and the proximity of such Establishments
as referred to in Article 8, paragraph 1.
An average number of Establishments per group should be passed.
The number of Establishments possible to cause domino effect in the smallest and largest
group should be listed.
Strategy that is followed to ensure that sufficient information is given for Establishments
affected by a domino-effect experience.
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Annex - 5. 5. External Emergency plan
CAs and assigned authorities are responsible for drawing up an external emergency plan for the
measures to be taken outside the establishment. They utilize the information that operator supplies and
draw up external emergency plans. Assigned authorities also communicate the necessary information
to the public and to the services and authorities in the area following a major accident. The public and
employees of the establishment are to be consulted on external plans.
Authorities should ensure plans are reviewed, tested, and where necessary revised and updated no
longer than three years. This review considers changes taking place in the Establishments concerned or
within the emergency services concerned, new technical knowledge, and knowledge concerning the
response to major accidents. Annex IV of the Directive lists the information to be included in external
emergency plans (see Box 14).
Box 14 - External Emergency plans shall contain the information set out in Annex IV of the Directive
- Names or positions of persons authorized to set emergency procedures in motion and of persons authorized
to take charge of and coordinate offsite action.
- Arrangements for receiving early warning of incidents, and alert and callout procedures
- Arrangements for coordinating resources necessary to implement the external emergency plan
- Arrangements for providing assistance with on-site mitigatory action
- Arrangements for off-site mitigatory action
- Arrangements for providing the public with specific information relating to the accident and the behavior
which it should adopt
- Arrangements for the provision of information to the emergency services of other Member States in the
event of a major accident with possible transboundary consequences
Annex - 5. 6. Public Access to Information and Consultation
Public access to general information on safety measures supplied by operators and local authorities are
briefly discussed in Annex 4.6 under the obligations of the Operators. Other than public access to
general information, the public should be able to give its opinion on planning for new Establishments,
modifications to existing Establishments, and developments around existing Establishments.
Directive states that Member States shall ensure that the public is able to give its opinion in the
following cases:
planning for new establishments covered by Article 9,
modifications to existing establishments under Article 10, where such modifications are
subject to obligations provided for in this Directive as to planning,
developments around such existing establishments.
Moreover, where an Upper-Tier site could result in a major accident having transboundary effects, the
Member State must provide sufficient information to the potentially affected Member State so that it
can prepare an external emergency plan and consider the information in land use planning.
Annex - 5. 7. Accident Investigation
One of the obligations of CAs is to provide investigation reports on the major accidents. According to
Article 15 of the Directive, MS must provide description of the circumstances and inform EC on the
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results of their accident analysis. The Directive defines the criteria for major accidents such as
substances involved (5% Lower-Tier, Seveso III 1% Lower-Tier), injury to persons and damage to real
estate, immediate damage to the environment, damage to property, cross border damage.
Generally, labor and environmental inspectorates carry out accident investigations. The presence of
training material or other forms of guidance are vital for inspectors to set up and maintain reporting
systems.
In order to fulfill its information obligations towards the Member States, the EC has established a so-
called Major-Accident Reporting System (MARS) and the Community Documentation Centre on
Industrial Risks (CDCIR) at the Major-Accident Hazards Bureau established within its Joint Research
Centre (JRC) in Ispra, Italy. The Bureau gives support to Environment Directorate General (DG ENV)
of the European Commission.
Commission Decision 2009/10/EC establishes the report form pursuant to Council Directive 96/82/EC
to be used. The short report form was for immediate notification of an accident and provided basic
information; the full report form was sent later when the investigation had been completed and the
cause(s) of the accident had been established.
The data is recorded on the Major Accident Reporting System (MARS). The names and addresses of
the operators are removed before the data is made available to the public on the eMARS website73
.
The EC uses the data to inform its decisions on future changes to legislation regarding major accident
hazards. The data is also made publicly available so that it can be used to learn lessons from the past
and help to prevent accidents in the future.
Annex - 5. 8. Sanctioning
Article 17 of the directive requires the competent authorities of member states to prohibit the bringing
into use or the operations of Establishments, installations, storage facilities installations for which the
measures taken by the operator for the prevention and mitigation of major accidents are seriously
deficient. Member States may also prohibit operations if the operator has not submitted:
Notification;
The reports;
Any other information required by the Directive.
The circumstances justifying prohibition of use, generally is a matter for Member States judgment in
the light of their individual experiences and procedures. The text of the Directive states ‘shall
prohibit’ with respect to serious deficiencies, but ‘may prohibit’ for matters of notification, report,
etc. In the second case, the intent is to allow Member States to use a range of measures as appropriate
to encourage compliance, but to retain the possibility of prohibition for cases of blatant disregard for
the notification, etc. requirements of the Directive.74
Annex - 5. 9. Reporting to EU
According to Article 19.4 of the Seveso II Directive, Member States have to provide the Commission
with a report every 3 years period giving details of how the Directive has been implemented within the
73
https://emars.jrc.ec.europa.eu 74Council Directive 96/82/EC as amended by Council Directive 2003/105/EC – Agreed questions and answers
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Member State based on a questionnaire. Member States provide report in accordance with the
Reporting Standardization Directive75
. These reports are limited to information related to Upper-Tier
Establishments covered by Articles 6 and 9 of the Seveso II Directive.
The Member States draws up a report covering the period in accordance with the questionnaire
published on the website of the European Commission. The Commission publishes a summary of that
information supplied by MS in every three years. The Commission published the first report about the
implementation of the original Seveso Directive in 1988. The first report for the period 1997-1999 was
published on 31 January 2002. The reports covering the other periods 2000-2002, 2003-2005, and
2006-2008 published on the website of the European Commission76
.
The latest questionnaire77
for the period 2012-2014, has been adopted by the Commission and notified
to the Member States on 30 June 2011. The questionnaire includes two parts: Part 1-Questionnaire and
Part 2-List with Seveso Activities.
Part 1 includes the General information about CAs, number of Seveso Establishments, number of
Emergency Plans drawn up and tested, Safety Reports submitted, information on safety measures,
inspections of Establishments, how the objectives of Domino Effects and Land Use Planning ensured.
While Part 1 provides general information on activities78
and numbers of all Seveso Establishments,
operators use the SPIRS activity list in Part 2 of the document. In summary, annual reports for the
Commission constitute questions about issues below listed in Box 15.
Box 15 - Content of the Implementation Report
General information about CAs,
number of Seveso Establishments
Domino Effects
Information on Safety Measures
Inspection
Safety Reports(Article 9)
Emergency Plans
Land use Planning
Prohibition of Use
Ports and Marshaling Yards
(optional)
75Directive 91/692/EEC of 23 December 1991, OJ L377, 31.12.1991, p. 48 76 Report for the period 2006-2008 http://ec.europa.eu/environment/seveso/pdf/report_2006_2008_en.pdf, Report
for the period 2003-2005 http://ec.europa.eu/environment/seveso/pdf/report_2003_2005_en.pdf, Report for the
period 2000-2002 http://ec.europa.eu/environment/seveso/pdf/report_en.pdf 77 http://ec.europa.eu/environment/seveso/pdf/questionnaires/1_EN_ACT_part1_v4.pdf 78A reply to this question can be fully or partially replaced by referring to and attaching a SPIRS report for
31/12/2014 (Reporting obligation under Article 19 1a). Member States that use for this SPIRS report the NACE
codes for classification of type of industry may continue to use these codes to describe the activities instead of the SPIRS activity list.
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Annex - 6. Background Information about Seveso I, II and III
European Commission proposed the original Directive 82/501/EEC, which is also known as Seveso I
Directive, in response to following an accident at a chemical plant in Seveso, Italy, in July 1976. The
accident resulted in the release of a cloud of chemicals containing dioxin, which covered Seveso and
other communities in the area, exposing 37,000 people.
In 1996, after several amendments following two other major accidents, namely, Bhopal, India, in
1984, and Basel, Switzerland, in 1986, the Directive on the Control of Major Accident Hazards was
adopted and became known as the Seveso II Directive.
Directive 96/82/EC was adopted in anticipation of the Community's approval of the Convention on the
Transboundary Effects of Industrial Accidents, within the framework of the United Nations Economic
Commission for Europe. This approval took place on 23 March 1998, with the Council Decision
concerning the conclusion of the Convention on the Transboundary Effects of Industrial Accidents
(Decision 98/685/EC). Directive 96/82/EC is the instrument transposing the Community's obligations
under the Convention into Community law. The Seveso II Directive entered into force on 3 February
1997. Member States had up to two years to transpose their national laws, regulations and
administrative provisions to comply with the Directive (transposition period).
Seveso II Directive has introduced important new statements compared to the former Directive. It was
the first to include substances considered dangerous for the environment, in particular aqua toxics.
Moreover, it launched new management systems, which may minimize the occurrence of the major
accidents and strengthened the information provided to the public and ensured the access to the
environmental information in easier way.
Besides, the scope has been both extended and simplified, that is, the list of the industrial installations
has been removed from the Annex I, and the list of the named substances has been reduced, but at the
same time the categories of the dangerous substances have been increased and the criteria of the
certain category have been specified more precisely.
The main differences between Seveso I and Seveso II could be summarized below:
- Seveso II relates to establishment not installations
- A category ‘Dangerous to the Environment’ has been introduced
- Lower-Tier Establishments must comply with requirements under Articles Seven and Ten
- Article Eight is a new requirement for Upper-Tier operators
- Requirements for safety reports are set out in more detail
- New requirements relating to the safety management systems, emergency plans and land
use planning
- strengthened the provisions on inspections and public information
From 3 February 1999, the obligations of the Directive have become mandatory the implementation
and enforcement of the Directive.79
In 2003, Directive 2003/105/EC that amends Council Directive 96/82/EC has been adopted. Following
industrial accidents (Baia Mare-Romania in 2000, Enschede-Netherlands in 2001, Toulouse-France in
2001) resulted in broadening the scope of Seveso II rather than a major revision of it. It has started to
79 http://ec.europa.eu/environment/seveso/index.htm
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cover the processing and storage of minerals containing dangerous substances extracted in mining and
quarrying, and the tailings disposal facilities used in these activities.
On 20 January 2009, the new Regulation on classification, labeling and packaging of substances and
mixtures (CLP) entered into force. It aligns existing EU legislation with the United Nations Globally
Harmonized System of classification and labeling of chemicals (GHS). The CLP Regulation will
replace Directives 67/548/EEC (DSD) and 1999/45/EC (DPD) after a transitional period. Thus,
dangerous substances must be classified according to the CLP as well as the DSD from 1 December
2010, and from 1 June 2015, the CLP will repeal the DSD/DPD for both substances and mixtures
(currently called preparations).
The CLP regulation amends and repeals Directives 67/548/EEC and 1999/45/EC (packaging and
labeling of dangerous substances and preparations, respectively, and amending Regulation (EC) No
1907/2006 entered into force on 20 January 2009)
GHS includes consumers, workers, and emergency responders, yet it is not legally binding itself,
although its introduction via the CLP makes it legally binding in the EU.
Brief history about Seveso I, II and III is given at Table 17.
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Table 17 - Background Information about Seveso I, II and III
Event Explanation Consequences Resulted in
Seveso, Italy 1976
Dioxin escape, spread over countryside, more environmental impacts
3,000 pets and farm animals died and later, 70,000 animals were slaughtered to prevent dioxins from entering the food chain
82/5001/EEC Seveso I
Bhopal, India 1984
Leak of Methyl Isocyanate
Estimates of its death toll range from 4,000 to 20,000. The disaster caused the region's human and animal populations severe health problems to the present.
87/216/EEC (1st amendment)
Some substances added and lowering the thresholds for others
Sandoz, Basle 1986
The storehouse, was completely destroyed by the fire
The Sandoz disaster in, Switzerland, released tons of toxic agrochemicals into the Rhine, death of half a million fish
88/610/EC (2nd amendment)
It increased the number of warehouses subject to the Directive
In 1988, fundamental review of Directive result in a proposal that would become 96/82/EC-Seveso II Directive
Baia Mare, Romania 2000
Cyanide spill Untreated cyanide waste has mixed with the Danube River.
2003/105/EC (3rdAmendment) -It extends the scope to mining quarrying; -a redefinition of ammonium-nitrate -new classes covering self-sustaining decomposition and reject material; -new thresholds for potassium nitrate fertilizers, -seven new carcinogens, and raised threshold limits for all carcinogens; -a new definition of automotive petrol to include diesel and kerosene,
Enschede, Netherlands,2001
Fireworks accident 21 people killed and 800 injured -lower qualifying thresholds for substances dangerous for the environment;
Toulouse, France 2001
explosion at a fertilizer plant
-An explosion at the AZF fertilizer factory killed 29 and injured 2,500 -Extensive Structural damage to neighborhoods
-a change to the aggregation rule to be applied to all substances classified as toxic, dangerous for the environment, flammable and oxidizing;
In 2008, F-Seveso Report
Report on implementation of the Directive and assessed the effectiveness of the Directive
Views from 8 Member State Proposal for amended Directive
(industry, CAs, NGOs)
The EC published a proposal for an amended Directive, 21.11.2010
Changes to the EU system of classification of dangerous substances (Regulation (EC) No 1272/2008
In 2010, EC published a proposal (COM(2010)781) for amended Directive
Seveso III –
To align Annex 1 of the Directive changes to the EU system classification of dangerous substances
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Annex - 7. Industrial Accident Records in Turkey
This section will give details of the recorded accidents data from Turkey. Data on occupational
accidents from The Social Insurance Institution and data on (major) industrial accidents from MoEU
will be investigated. In addition, Technological Accidents Information System (TAIS) database will be
analyzed.
In Turkey, although occupational accidents are registered in a systematic manner and wide range of
statistics are available thereof, information on industrial accidents is very limited. Lack of a regulation
on control of industrial accidents is the primary reason of this deficiency. Seveso II Directive requires
a reporting system for industrial accidents and it will be helpful to solve mentioned problem in that
sense.
Data from The Social Insurance Institution (SII) under MoLSS provide the reliable and complete
information only for occupational accidents (see Table 18). Employers are obliged to report the
accident to the SII within two days after it occurs. Labor Inspectors from MoLSS have to conduct an
investigation at the accident site. The Labor Inspectorate investigates only accidents that result in
death, loss of a body part or long-term hospitalization, which are classified as serious accidents.
Table 18 - Employment Injury and Occupational Diseases
Type of accident 2010
Male Female Total
Transportation accidents 2.331 202 2.533
Accidental poisoning 26 1 27
Falls of persons 8.187 805 8.992
Accident caused by machinery 7.137 464 7.601
Accident caused by explosion 624 13 637
Exposure to or contact with extreme temperatures 1.339 133 1.472
Struck by falling objects 11.638 318 11.956
Stepping on, striking against or struck by objects excluding falling objects 21.697 1.649 23.346
Exposure to or contact with electric current 423 8 431
Injuries due to challenging of the body 1.091 45 1.136
Contamination of the part of body with a foreign object 757 35 792
Biting and kicking by animals, by poisonous insect 39 1 40
Treatment accident and vaccination complications 3 1 4
Late appearance of a problem because of an earlier accident 6 0 6
Accident while welding 148 1 149
Murder and wound 192 4 196
Trauma due to battle operation 2 0 2
Exposure to or contact with harmful substances or radiations 123 15 138
Other types of accident, not elsewhere classified 3.248 197 3.445
Total 59.011 3.892 62.903
Source: Ministry of Labor and Social Security, 2010
MoEU is another administrative body that collects information about accidents in the past, by post-
event site inspections or by using related regulatory instruments, such as Environmental Inspection
Regulation or Decree on Major Industrial Accidents.
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However, these efforts were mostly CAs specific and have not continued regularly. The only publicly
available data on major accidents from the governmental resources is an inventory document prepared
by the MoEU, which contains information on 26 accidents that occurred between 1997 and 200780
.
This specific document gives a general idea; however, there are still some missing industrial accidents
(see Table 19).
Table 19 - The Provincial Distribution of Industrial Accidents Between 1997-2007 in Turkey, (MoEF, 2007)
No Location Date Establishment Event
1 İstanbul 14.02.1997 Tuzla Tersaneleri Fire
2 Kırıkkale 03.07.1997 M.K.E. Explosion
3 Denizli 11.10.1997 Aciselsan Fire
4 Tekirdağ 21.10.1998 PEG Profilo Elektrikli Gereçler San A.Ş. Fire
5 Kocaeli 22.07.1999 D-130 Karayolu Release
6 Yalova 17.08.1999 Aksa Release
7 İzmit 17.08.1999 Tüpraş Explosion
8 Tekirdağ 21.12.1999 Likit Kimya San.ve Tic. Ltd.Şti. Explosion
9 Kocaeli 23.06.2000 Altinel Melamin San:A.Ş. Explosion
10 Kocaeli 04.08.2000 Total Oil Fire
11 İzmit 15.08.2000 Serfleks Yer Karoları San. Tic. Turz. A.Ş. Fire
12 Eskişehir 18.01.2001 Şeker Fab. Explosion
13 Kocaeli 08.02.2001 Aysan boya ve Kimya San. A.Ş. Explosion
14 İstanbul 16.02.2002 LPG Tesisi Explosion
15 İzmit Körfez 28.07.2002 Akçagaz LPG Dolum Tesisleri Explosion
16 İstanbul 22.05.2003 Büfe Explosion
17 Ankara 05.08.2003 LPG Tesisi Explosion
18 Kayseri 20.08.2003 Yatılı Okul Explosion
19 Mersin 25.07.2004 Ataş Fire
20 İstanbul 24.04.2006 Saf Kimya Fire
21 Bursa Nilüfer 29.05.2006 Soykim Kimyevi Maddeler Release
22 İstanbul Tuzla 31.07.2006 Dicle Kimya Fire
23 Gaziantep 21.09.2006 Alles Kimya Explosion
24 Ankara 04.01.2007 Tüpgaz dolum tesisi Explosion
25 Ankara 21.02.2007 İPRAGAZ Anonim Şirketi Explosion
26 Denizli 04.03.2007 Gamateks Fire
As stated above, information on major industrial accidents is very limited. Lack of a regulation on
regular reporting of major industrial accidents is the primary reason of the deficiency. In order to
record major accidents, MoEU Chemicals Department provided accident-reporting document as a
requirement of the Directive. It will also be available in electronic medium.81
Beside the governmental documents TAIS, which is an academic effort to collect and share
information on technological accidents that occurred in Turkey, is currently the most comprehensive
80 “Ülkemizde meydana gelen endüstriyel kazaların il bazında dağılımı”, T.C. Çevre ve Orman Bakanlığı, 2007 81 http://kimyasallar.cob.gov.tr/HalkiBilgilendirme/menubilgileri.aspx
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data source on industrial accidents.82
It contains over 500 industrial accidents that spans between 1967
and 2010, together with reference information such as newspaper articles and photographs. In order to
give a brief idea about industrial accident history of Turkey, summary information on selected
accidents from TAIS is given in Table 20. Selection is not based on solid criteria and is just for
informative purposes. Number of fatalities and injuries are not official. Accident type column lists the
major event in case of multiple events (e.g. explosion and fire, explosion and chemical release).
Data from TAIS provides the distribution of industrial accidents by employees’ age and sex, work
environment (enterprise size-number of employees, economic activity or sector, type of accident),
working conditions (days, hours of work and shift work) and outcomes (death or injury).
The lack of comprehensive industrial accident inventory system impedes making general statements
about number of accidents, number of fatalities, type of industry, physical effects (explosion, fire, and
release), damage to real estate, immediate damage to the environment, damage to property etc.
Table 20 - List of selected industrial accidents that occurred in Turkey
Date Location Installation Accident Description
12.07.1976 Balikesir Sugar Factory Explosion 1 fatalities, 6 injured
21.01.1977 Izmir Petroleum Refinery Explosion Property damage (interruption of
production)
14.02.1978 Kocaeli Petroleum Storage Plant Fire Property damage (complete
destruction)
14.04.1978 Izmir Sugar Factory Explosion 2 fatalities, 1 injured
07.05.1979 Izmir LPG Warehouse Explosion Property damage (off-site)
15.06.1979 Kirikkale Gunpowder Factory Explosion 3 fatalities
01.06.1980 Batman Petroleum Refinery Explosion 2 fatalities, 18 injured (interruption of production)
03.05.1982 Kirikkale Gunpowder Factory Explosion 3 injured
12.04.1985 Zonguldak Iron-Steel Factory Explosion 18 injured
16.07.1985 Karabuk Iron-Steel Factory Explosion 6 injured
30.01.1986 Zonguldak Iron-Steel Factory Explosion 15 injured
13.08.1986 Kirikkale Munitions Factory Explosion 7 fatalities, 24 injured (off-site
evacuation)
12.03.1987 K.Maras Thermal Power Plant Explosion Property damage (interruption of
production)
10.05.1988 Kocaeli Fermentation Plant Explosion 5 fatalities
05.03.1989 Istanbul Painting Factory Explosion 14 fatalities, 44 injured
26.07.1990 Izmir Factory Explosion 3 fatalities, 5 injured
24.12.1990 Istanbul Drug Factory Explosion 2 fatalities
04.02.1991 Ankara Hunting Cartridge Factory Explosion 2 fatalities, 1 injured
28.11.1992 Izmir Ship Disassembly Plant Explosion 6 fatalities
08.08.1992 Tekirdağ Textile Factory Explosion 32 fatalities, 84 injured
15.09.1993 Gaziantep Factory Explosion 8 fatalities,26 injured (complete destruction)
82www.teknolojikkazalar.org/
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31.08.1995 Ankara Gunpowder Factory Explosion 2 fatalities
13.02.1997 Istanbul Shipyard Explosion 2 fatalities, 24 injured
03.07.1997 Kırıkkale Munitions Factory Explosion Property damage (off-site
evacuation)
11.10.1997 Denizli Cellulose Factory Fire Property damage
21.10.1998 Tekirdağ Electric Appliances Factory Fire Property damage (off-site
evacuation)
17.08.1999 Kocaeli Petroleum Refinery Fire Property damage (off-site
evacuation)
17.08.1999 Yalova Acrylic Fiber Factory Release Damage to environment (offsite
evacuation) [Acrylonitrile]
27.09.1999 Istanbul Painting Factory Fire 6 fatalities, 20 injured
21.12.1999 Tekirdağ Chemical Warehouse Release 2 fatalities, 3 injured, damage to
environment [Hydrochloric acid]
17.01.2000 Istanbul Textile Factory Explosion Property damage
23.06.2000 Kocaeli Chemical Warehouse Explosion 4 injured
04.08.2000 Kocaeli Petroleum Storage Fire Property damage
15.08.2000 Kocaeli Floor Tile Factory Fire 1 injured
18.01.2001 Eskişehir Sugar Factory Release Damage to environment [Molasses]
08.02.2001 Kocaeli Paint Factory Fire Property damage
15.02.2002 Istanbul Textile Factory Explosion 7 injured, property damage (offsite)
16.02.2002 Istanbul Radiator Factory Explosion 11 injured, property damage
(offsite)
10.06.2002 Istanbul Rubber Factory Explosion 1 fatality, property damage (complete
destruction)
03.07.2002 Kocaeli Petroleum Refinery Explosion 5 injured
28.07.2002 Kocaeli LPG Storage Plant Explosion 2 injured, property damage (offsite)
(offsite evacuation)
11.08.2002 Muğla Thermal Power Plant Fire Property damage (offsite effect)
13.08.2002 Aydın Food Factory Explosion 1 fatality, 32 injured
16.12.2002 Kocaeli Iron-Steel Factory Explosion 1 fatality, 2 injured
30.12.2002 Van Food Factory Explosion 4 fatalities, 3 injured
30.03.2003 Adana Dough Additive Factory Explosion 9 fatalities, 11 injured
05.07.2003 Ankara LPG Station Explosion 110 injured
11.07.2003 Izmir LPG Warehouse Explosion 2 injured
30.07.2003 Istanbul Iron-Steel Factory Explosion 2 fatalities, 2 injured
04.08.2003 Kocaeli Petroleum Refinery Fire Property damage
12.09.2003 Kocaeli Painting Factory Explosion Property damage
30.10.2003 Balikesir Meet Processing Factory Release 39 injured [Ammonia]
03.11.2003 Hatay Chemical Factory Release 150 injured (off-site effect) [Phosphoric acid]
05.12.2003 Adapazari Textile Factory Fire Property damage
25.07.2004 Mersin Petroleum Refinery Fire Property damage
24.04.2006 Istanbul Chemical Factory Fire Property damage
29.05.2006 Bursa Chemical Warehouse Release 5 injured [Reaction products]
31.07.2006 Istanbul Chemical Factory Fire 1 injured
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21.09.2006 Gaziantep Chemical Factory Explosion 3 fatalities, 34 injured, damage to
environment
04.01.2007 Ankara LPG Storage Facility Explosion 1 fatality, 1 injured
27.01.2007 Istanbul Lube Oil Storage Explosion 4 fatalities
01.02.2007 Kocaeli Petroleum Refinery Explosion 2 fatalities, 7 injured
04.03.2007 Denizli Textile Factory Fire Property damage
12.02.2008 Istanbul Cosmetics Factory Fire 11 injured, property damage
15.03.2009 Izmir Petroleum Refinery Explosion 4 injured
21.05.2009 Sakarya Fireworks Factory Explosion 3 injured
29.09.2009 Sakarya Fireworks Factory Explosion 2 injured
20.11.2009 Kocaeli Petroleum Refinery Explosion 2 injured
24.11.2009 Antalya Chemical Factory Explosion 3 injured
Source: Preliminary Seveso RIA Report
Annex - 7. 1. Overview of Some Notable Accidents
The UNEP guidance document83
, A flexible Framework Addressing Chemical Accident Prevention
and Preparedness describes a number of well-known chemical accidents such as: Flixborough (UK
1974); Seveso (Italy 1976); Bhopal (India 1984); Mexico City (Mexico 1984);Basel (Switzerland
1986); Pasadena (US 1989); Baia Mare (Romania 2000); Enschede (Netherlands 2000);Toulouse
(France 2001); Texas City (US 2005); Jilin, Songhua River (China 2005); and Buncefield (UK 2005).
Table 21 - Overview of Some Notable Accidents Date/Place Description Casualties / Consequences
01.08.1974/ Flixborough, United
Kingdom
-Inadequate design coupled with poor management of change led to a release of ca. 30 tonnes of cyclohexane at a chemical facility, resulting in a vapour cloud explosion which destroyed the facility and caused damage up to several km away.
28 killed, 89 injured
10.07.1976/ Seveso, Italy
-Loss of control of an exothermic chemical reaction led to the loss of the contents of the reactor via the bursting disc and the pressure relief system at a small chemical manufacturer. A cloud of toxic and corrosive chemicals formed, containing phenols, sodium hydroxide, and ca. 2 kg of 2,3,7,8-tetrachlorodibenzo-p-dioxin (TCDD) “Seveso Dioxin.”
-Among the causes was the use of an inherently more dangerous reaction route to produce the trichlorophenol (TCP) than competing companies and dangerous operating practices which allowed the production shift to leave the reactor with insufficient cooling at the end of the Saturday morning shift.
- Large number of cases of Chloracne due to TCDD contamination
- ca. 410 cases of chemical
burns (probably caustic) Evacuation of over 5,700 people from the area immediately affected by the toxic plume
- Widespread
83 A Flexible Framework for Addressing Chemical Accident Prevention and Preparedness- A Guidance
Document (2010) http://www.unep.fr/scp/sp/saferprod/pdf/UN_Flexible_Framework_WEB_FINAL.pdf
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-Due to the lack of management responsibility and poor communication between the company management and local authorities after the accident, measures to prevent exposure of the population and to decontaminate the area were taken extremely slow.
contamination of the surrounding countryside Large number of livestock killed as a precautionary measure 11 July 1978
19.11.1984,Mexico City, Mexico
-A 200 mm pipe between a storage cylinder and sphere ruptured, releasing LPG. The release continued for some 5 to 10 minutes resulting in a large gas cloud which ignited, causing an explosion and many ground fires.
-These ground fires led to a series of BLEVEs in the LPG terminal. The cause of escalation was the ineffective gas detection system and, as a result, lack of emergency isolation.
-The high death toll occurred because of the proximity of the plant to residential areas. The total destruction of the facility occurred because there was a failure of the overall system of protection, including layout, emergency isolation, and water spray systems. The terminal’s fire water system was disabled in the initial blast. The plant had no gas detection system and, therefore, when the emergency isolation was initiated it was probably too late
650 killed
6,400 injured
03.11.1984/Bhopal, India
-A cloud of methyl isocyanate was released at a pesticide plant after water entered a storage tank, resulting in the deadliest chemical disaster in history. The addition of water to the tank caused a runaway chemical reaction, resulting in a rapid rise in pressure and temperature. This resulted in the formation of poisonous gases that escaped from the plant into the surrounding areas and drifted eight km over the city of Bhopal.
-The plant was located in a crowded working-class neighborhood, and there was no warning for people surrounding the facility as the plant emergency sirens had been switched off. The gas release resulted in the death of many people living in informal settlements near the installation who were blinded and suffocated by the chemicals.
-The storage of large amounts of toxic intermediate (an inherently unsafe process design), lack of effective safety measures and controls, poor site management, and close proximity of the local population have all been identified as major contributors to this accident and its devastating
>3,000 killed
170,000 injured
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consequences.
13.05.2000/Enschede,
Netherlands
- A stock of ca. 100 tonnes of explosives was detonated by a smaller fire. This led to a massive explosion and fireball which destroyed and damaged property in a wide area surrounding the site. Poor control of storage, as well as lack of control related to the siting of the installation, were major contributors to the accident.
21 killed
> 900 injured
21.09.2001/Toulouse, France
- An explosion in an ammonium nitrate and fertilizer factory destroyed the facility and caused widespread damage in the surrounding area. Problems with land-use planning contributed to the extent of the damage and the number of injuries.
31 killed
ca. 2,500 injured
23.03.2005/Texas City, Texas, United States
-A major explosion occurred in an isomerisation unit of the refinery. This was caused by the overfilling of the raffinate splitter with liquid, overheating of the liquid, and release of hydrocarbon through the blowdown drum and stack. The ignition of this vapour cloud led to extensive damage to the facility and the casualties, many of whom were in temporary buildings located in a neighbouring installation.
-Numerous failings in equipment, risk management, staff management, working culture at the site, maintenance and inspection, and general health and safety assessments were identified as problems in the investigations of the incident.
15 killed
170 injured
Substantial damage to property within a radius of
400 m Windows were damaged several km away
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11.11.2005/Buncefield, United
Kingdom
-The massive overfilling of a petroleum storage tank by pipeline at a fuel storage depot led to several explosions and a fire which engulfed 22 storage tanks.
-Inadequate control of the filling and tank gauging as well as an ineffective overfill protection system were the main causes of this incident. The close proximity of neighbouring office buildings and also residential property meant that there was substantial damage.
-There was no loss of life and relatively few injuries due to the fact that the incident took place early on a Sunday morning.
Disruption to the fuel distribution network,
particularly the distribution of aviation fuel to Heathrow
airport
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Annex - 8. SPIRS Database and Seveso Establishments in EU
European Commission established different systems to avoid or limit the consequences of major
accidents. One of these systems is Seveso Plants Information Retrieval System (SPIRS).
The SPIRS is a database system aimed to provide access to the European Commission on risk-related
information from major hazardous industrial establishments in Europe. The database contains data
reported by the 27 Member States and three of the EEA/EFTA countries (Iceland, Norway and
Switzerland) through the Committee of Competent Authorities (CCA) to the Seveso II Directive.
The SPIRS database was established in the 2001-2002 period when the EU was consisted only of 15
countries. In addition, several countries accepted to the European Union in 2004, reported their data on
a voluntary basis before or shortly after accession.
As of September 2010, there were 9937 Seveso Establishments in the reporting countries in the SPIRS
database of which 4575 (46 %) were Upper-Tier and 5323 (54 %) Lower-Tier. Among these countries,
Germany had the largest number of Establishments (2141, which corresponds to 21.55 %), followed
by France (1106; 11.13 %), Italy (1095 or 11.02 %) and the United Kingdom (1082; 10.89 %).
The majority of countries (19 out of 29) have a higher number of Lower-Tier Establishments while,
two countries have the same number of upper and Lower-Tier Establishments. Distribution of
Establishments based on the industrial activities in the EU is shown in Figure 21. The Figures 20 to 31
taken from SPIRS publications gives the more details on the Seveso Establishments in the EU.
Figure 21 - EU Seveso Establishments on the basis of Category/Sector
Source: REC Turkey, Data source: SPIRS
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Figure 22 - Distribution of the Seveso Establishments
in Europe in 2010 according to SPIRS
Figure 23 - Seveso Establishments in the
European regions, by NUTS 2
Figure 24 - Chemical installations covered under
Seveso II by NUTS 2 regions
Figure 25 - Transport and storage group of Seveso
Establishments by NUTS 2 regions
Figure 26 - Seveso Establishments with
manufacturing activity by NUTS 2 regions
Figure 27 - Seveso Establishments belonging to
the petrochemical industries by NUTS 2 regions
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Figure 28 - Seveso Establishments with metal
processing activity by NUTS 2 regions
Figure 29 - Seveso Establishments with power
generation, supply and distribution by NUTS 2
regions
Figure 30 - Seveso Establishments with water,
sewage and waste management by NUTS 2 regions
Figure 31 - Seveso Establishments with
agricultural activity by NUTS 2 regions
Figure 32 - Seveso Establishments in the mining
sector by NUTS 2 regions
Figure 33 - Distribution of Seveso Establishments
by country
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Annex - 8. 1. SPIRS Categories
In order to analyze the different classification systems of industrial activities used in the reporting
countries all types of activities have been reconfigured to be consistent with the SPIRS new list. In
addition, industrial activities in the SPIRS have been grouped into 10 categories84
in order to make
them easier to see in a GIS environment (see Table 22).
Table 22 - Generalization of industrial activities in SPIRS into new aggregated categories
84 “Other activity” includes the SPIRS new list categories of leisure and sport activities; medical, research and
education, and other activities not included in the list. This category can also contain the establishments that did
not clearly identify or left blank their industrial activity.
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Annex - 9. Seveso Establishments and Seveso Information System
Annex - 9. 1. MoEU Notification System
This section briefly gives information on the MoEU Notification System and illustrates number of
Seveso Establishments in Turkey, with graphs and figures.
According to the Directive, each Member State (MS) must supply the name of the operator of each
Seveso establishment and its full address to the European Commission (EC). In addition to the address
field, MS should also provide the geographic location of Establishments.
In order to fulfill the Seveso II requirements, Turkey established a notification system. Operators must
enter the relevant data to system.
The system includes the information given in Box 16.
Box 16 - Data in MoEU Notification System
- name or trade name of the operator,
- name of the establishment/installation
- complete address of establishment
- activity or activities of the
establishment
- industry type
- environmental information surrounding the
establishment,
- information whether establishment is on coastline
- information whether establishment is in industrial
zone
- information whether establishment is in municipal
adjacent area
Notification System and data includes tier status of Establishments, industrial sector type, province,
area of business, environmental information surrounding the establishment, and information whether
establishment is in industrial zone or on coastline. However, Seveso Notification System does not
provide direct information on the size of Establishments (i.e. whether SMEs or not) and either public
or privately owned.
MoEU established the Seveso Notification System. Notification procedure consists of two phases:
registration of establishment to “Environmental Information System” and
notification to Seveso Notification System (see Figure 34).
According to information taken from the system in December 2011, the total number of Seveso
Establishments in Turkey is 518. Among these, the number of Lower-Tier Establishments is 267
(51.5%) and the number of Upper-Tier Establishments is 251(48.5%).
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Figure 34 - MoEU Notification System Figure 35 - Number of the Seveso Establishments
in the MoEU Notification System (December,
2011)
The MoEU notification system classifies Establishments over 20 different industrial activities. To get
clearer picture of industrial activities of Seveso Establishments, REC Turkey reclassified
Establishments in the system according to SPIRS new aggregated categories with the consultation of
MoEU officials (see Box 17).
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Box 17 - Industrial activities in MoEU and their correspondence in SPIRS Categories
Table 23 summarizes the all information of Seveso Establishments and Figure 36 illustrates the Seveso
establishment’s distribution according to industrial activities categories. This categorization gives a
general idea about distribution of industrial activities belong the Establishments in Turkey. The results
indicate that Petrochemical, Chemical installations and Manufacturing industrial activities are in
majority and covers the 75.2% of all Seveso Establishments. Petrochemical (e.g. oil refineries, storage
and distribution) sector includes LPG production, bottling and bulk distribution, LPG storage, LNG
storage and distribution. This group has the largest representation (29.9 %) in the MoEU notification
system.
Industrial activities in the MoEU Notification System Industrial activities in the SPIRS
1. Paint Industry
2. Fertilizer Industry
3. General Chemicals Manufacture
4. Pharmaceuticals and Pesticides
5. Plastics and rubber manufacture
6. Electronics and electrical engineering
7. General Engineering , Manufacturing and Assembly
8. Food and Drinks
9. Manufacturing of Paper
10. Wood treatment and furniture
11. Cosmetics
12. Machine industry (automotive, shipping, etc.)
13. Ceramics ,Glass, Cement
14. Textiles, clothing and footwear
15. Shipbuilding, shipbreaking, ship repair
16. Power Generation and Distribution Power generation, supply and distribution
17. Metal refining and processing Processing of metals
18. Petrochemistry Industry, Oil Refineries and processing of oils
19. Wholesale and retail storage and distribution (incl. LPG bottling & bulk distribution
20. Other Other activity
21. Water and sewage (collection, supply, treatment) Water and sewage and waste management
22. Mining activities Mining activities
Transporting and storage
-Handling and transportation centers
-Fuel storage
-Wholesale and retail storage and distribution
(excluding LPG)
Chemical installations (excluding petrochemical)
Manufacturing
23. Wholesale and retail storage and distribution (excluding LPG bottling & bulk distribution)
Petrochemical (e.g. oil refineries, storage and distribution)
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Table 23 - Upper and Lower-Tier Establishments with Industrial Activities
Figure 36 shows the details of the distribution of Establishments based on the industrial activities.
Figure 36 - Industrial Activities Distribution of All Seveso Establishments
Figure 37 and Figure 38 illustrates the distribution of lower and Upper-Tier Seveso Establishments
with their industrial activities.
Industrial Activities Lower Tier Upper Tier Grand Total
Petrochemical (e.g. oil refineries, storage and distribution 58 97 155
Chemical installations (excluding petrochemical) 60 60 120
Manufacturing 86 30 116
Transporting and storage 24 36 60
Processing of metals 16 10 26
Power generation, supply and distribution 12 12 24
Mining activities 7 5 12
Water and sewage and waste management 2 1 3
Other activity 2 0 2
Grand Total 267 251 518
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Figure 37 - Industrial Activities Distribution
of Lower-Tier Seveso Establishments
Figure 38 - Industrial Activities Distribution of
Upper-Tier Seveso Establishments
Figure 39 illustrates Seveso Establishments, by NUTS 1 regions in the Turkey.
Figure 39 Seveso Establishments in the Turkey regions, by NUTS 1
Annex - 9. 2. EU and Turkey
In this section, Seveso Establishments in Turkey and in EU are compared. The number of Seveso
Establishments in Turkey comes after Germany, France, Italy, UK, and Spain. In Turkey, the
industrial categorization of the Establishments shows nearly same pattern in EU. Turkey has same
percentage rates in distribution of the Establishments’ industrial activities with EU. The main
differences result from Transporting and Storage sector.
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Figure 40 - Seveso Establishment of EU Countries and Turkey
Source: REC Turkey, Data Source: SPIRS Database (2010) and MoEU Notification System (2011)
Figure 41 - Industrial Categories of Seveso Establishment in EU and Turkey
Source: REC Turkey, Data Source: SPIRS Database (2010) and MoEU Notification System (2011)
Annex - 9. 3. Final estimation of number current “Seveso Establishments”
According to data form MoEU Notification System, there are registered Establishments to notification
system, but not notified their chemical. Moreover, there still exist Establishments that are not
registered to notification system based on survey data.
REC Turkey predicts expected current number of Seveso Establishments in notification system will
increase to 827, this estimation carried out by utilizing the current information from notification
system and survey. Therefore, with the notification of these Establishments, the total number is
expected to increase.
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As December 2011, there are 3364 Establishments, which are registered to the system. Out of all the
Establishments that registered, 2315 of them notified (69% of all registered ones) and 1049 (31%) of
them registered but not notified.
Distribution of those registered and notified Establishments (2315) follows like that 11% are Upper-
Tier, 12 % Lower-Tier and the rest (77%) is out of scope of the Directive.
By using percentage distribution of registered and notified Establishments’ number data, REC Turkey
distributed the registered but not notifying Establishments. Moreover, based on survey data, there still
exist Establishments that are not registered to notification system. REC Turkey assumed that 10% of
potential Seveso Establishments do not registered. These additional Establishments are distributed
according to current numbers percentage and sectorial percentage.
After calculating the numbers of registered but not notifying and not registered potential Seveso
Establishments, REC Final estimation for the Seveso Establishments in Turkey is realized (see Table
24).
Table 24 - Final estimation of current Seveso Establishments
Annex - 9. 4. Preliminary estimation of “Seveso Establishments”
In pre-RIA studies, preliminary estimation carried for the determination of the potential Seveso
Establishments II Directive. It is given in figure below (see Figure 42).
Figure 42 - Preliminary estimation of “Seveso Establishments”
Sector Notification Registered, Not Notified Not Registered Total
Count of Establishment - Lower Tier Number Total Percentage Seveso Total Percentage Seveso Total
petrochemical (e.g oil refineries,storage and distribution) 58 1049 3% 26 84 10% 8 92
manufacturing 86 1049 4% 39 125 10% 13 138
chemical installations(excludeing petrochemical) 60 1049 3% 27 87 10% 9 96
Processing of metals 16 1049 1% 7 23 10% 2 25
transporting and storage 24 1049 1% 11 35 10% 4 39
Power generation, supply and distribution 12 1049 1% 5 17 10% 2 19
Mining activities 7 1049 0% 3 10 10% 1 11
Other activity (not included above) 2 1049 0% 1 3 10% 0 3
water and sewage and waste management 2 1049 0% 1 3 10% 0 3
agriculture 1049 0% 0 0 10% 0 0
Grand Total 267 120 387 39 426
Sector Notification Registered, Not Notified Not Registered Total
Count of Establishment -Upper Tier Number Total Percentage Seveso Total Percentage Seveso Total
petrochemical (e.g oil refineries,storage and distribution) 97 1049 4% 44 141 10% 14 155
manufacturing 30 1049 1% 14 44 10% 4 48
chemical installations(excludeing petrochemical) 60 1049 3% 27 87 10% 9 96
Processing of metals 10 1049 0% 5 15 10% 2 17
transporting and storage 36 1049 2% 16 52 10% 5 57
Power generation, supply and distribution 12 1049 1% 5 17 10% 2 19
Mining activities 5 1049 0% 2 7 10% 1 8
Other activity (not included above) 1049 0% 0 0 10% 0 0
water and sewage and waste management 1 1049 0% 0 1 10% 0 1
agriculture 1049 0% 0 0 10% 0 0
Grand Total 251 113 364 37 401
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The previously used industrial sector categorization is given in Table 25 and distribution of
Establishments relevant to Seveso Directive is given Table 26.
Table 25 - Previously used industrial sector categorization in pre-RIA
No Industrial Sector (F-Seveso) Industrial Sector (TOBB)
1 Wholesale and retail storage and distribution
(including LPG)
7191: Depolama ve dolum işleri
71910002: LPG ve diğer gazların dolumu, depolanması
2 General chemical manufacture 3511: Ana kimya sanayi
3 Pesticides, pharmaceuticals, other fine
chemicals
3512: Kimyasal gübre, tarımsal ilaçlar sanayi
3522: İlaçlar
4 Metal refining and processing (foundries,
electrochemical refining, plating, etc.)
37: Metal sanayi
5 Power supply and distribution (electric, gas,
etc.)
41: Elektrik, gaz üretimi ve dağıtımı
6 Petrochemical, refining, processing 3530: Petrol ürünleri sanayi
354: Çeşitli petrol ve kömür türevleri sanayi
7 General engineering, manufacturing and
assembly
8 Plastics and rubber manufacture 355: Lastik ürünleri sanayi
3560: Plastik mamulleri sanayi
351301: Sentetik kauçuk
351305: Plastik
9 Water and sewage (collection, supply,
treatment)
42: Suyun sağlanması, temizlenmesi ve dağıtımı
10 Food and drink
Table 26 - Industrial distribution of Establishments more relevant to Seveso
Directive
Province 1 2 3 4 5 6 8 9 TOTAL
Adana 27 11 12 58 4 20 185 3 320
Adıyaman 8 3 6 17
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Table 26 - Industrial distribution of Establishments more relevant to Seveso
Directive
Province 1 2 3 4 5 6 8 9 TOTAL
Afyon 14 4 4 1 4 27 54
Ağrı 1 2 1 4
Aksaray 8 1 2 5 16 32
Amasya 8 2 2 6 20 38
Ankara 155 15 29 188 11 59 371 3 831
Antalya 68 4 25 9 3 7 99 1 216
Ardahan 0
Artvin 1 3 2 6
Aydın 48 1 1 6 2 2 30 90
Balıkesir 58 12 8 28 6 30 142
Bartın 1 3 13 17
Batman 3 10 6 19
Bayburt 1 4 5
Bilecik 1 3 13 3 1 12 2 35
Bingöl 3 1 3 7
Bitlis 1 3 4
Bolu 7 1 4 8 4 21 45
Burdur 5 1 13 19
Bursa 35 8 5 69 7 16 440 4 584
Çanakkale 9 2 2 2 4 2 12 33
Çankırı 3 2 1 7 13
Çorum 19 1 2 17 4 11 54
Denizli 14 4 37 7 9 73 4 148
Diyarbakır 7 1 2 25 35
Düzce 3 5 12 1 1 27 49
Edirne 7 6 13
Elazığ 20 4 8 1 27 60
Erzincan 3 1 1 8 13
Erzurum 29 3 4 13 49
Eskişehir 17 5 1 35 2 4 64 128
Gaziantep 46 6 4 24 1 23 268 1 373
Giresun 5 2 1 1 5 14
Gümüşhane 1 1 3 5
Hakkari 14 2 16
Hatay 40 7 6 52 16 52 1 174
Iğdır 1 1
Isparta 12 1 2 2 22 39
İstanbul 351 43 79 664 7 79 2,396 2 3,621
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Table 26 - Industrial distribution of Establishments more relevant to Seveso
Directive
Province 1 2 3 4 5 6 8 9 TOTAL
İzmir 168 45 38 166 13 71 421 9 931
Kahramanmaraş 14 1 34 3 4 26 2 84
Karabük 3 1 39 2 4 49
Karaman 7 1 2 1 18 29
Kars 3 1 3 7
Kastamonu 4 1 3 7 15
Kayseri 45 8 1 40 4 10 109 217
Kilis 1 2 2 5
Kırıkkale 8 2 8 7 18 4 47
Kırklareli 3 3 4 7 9 3 9 38
Kırşehir 3 2 3 1 7 16
Kocaeli 53 39 22 188 14 62 281 6 665
Konya 110 9 18 200 1 23 253 1 615
Kütahya 14 9 1 6 9 27 66
Malatya 17 2 2 1 3 22 47
Manisa 63 5 10 22 2 11 94 1 208
Mardin 8 3 2 1 1 9 17 41
Mersin 72 12 12 21 5 15 93 2 232
Muğla 26 1 2 4 10 43
Muş 1 3 4
Nevşehir 13 3 11 27
Niğde 7 2 2 5 1 1 8 1 27
Ordu 12 1 1 2 11 27
Osmaniye 5 2 14 8 18 47
Rize 16 1 4 7 28
Sakarya 8 5 2 27 2 8 62 114
Samsun 34 4 9 33 2 8 92 182
Şanlıurfa 2 3 8 1 4 10 28
Siirt 3 1 1 5
Sinop 4 2 7 13
Şırnak 2 4 2 3 2 13
Sivas 19 1 2 13 2 27 64
Tekirdağ 27 9 8 33 18 10 77 12 194
Tokat 18 2 2 3 3 16 44
Trabzon 24 9 1 47 81
Tunceli 1 1
Uşak 3 2 3 1 7 23 1 40
Van 14 1 1 1 6 7 30
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Table 26 - Industrial distribution of Establishments more relevant to Seveso
Directive
Province 1 2 3 4 5 6 8 9 TOTAL
Yalova 7 3 1 18 29
Yozgat 8 3 3 3 4 19 40
Zonguldak 8 2 31 1 2 29 1 74
TOTAL 1,908 308 346 2,188 143 593 6,241 63 11,790
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Annex - 10. Seveso Related Infringements in EU Member States85
There have been a number of cases decided in the European Court of Justice concerning Directive
96/82/EC. Some of them are listed below.
Three cases concerned the failure by Member States to failure to ensure adequate transposition of the
Directive :
o C-226/05 5.10.06. This was a judgment against Austria for failure to ensure adequate
transposition of the Directive within the prescribed period.
o C-383/00 14.05.02. This was a judgment against Germany for failure to ensure adequate
transposition of the Directive within the prescribed period.
o C-423/00 17.01.02. This was a judgment against Belgium for failure to ensure adequate
transposition of the Directive within the prescribed period.
o C-394/00 17.01.02. This was a judgment against Ireland for failure to ensure adequate
transposition of the Directive within the prescribed period.
Three cases concerned the failure by Member States to draw an emergency plan:
o C-401/08 02.04.09. This was a judgment against Austria for failure to ensure adequate
emergency planning.
o C-342/08 12.03.09. This was a judgment against Belgium for failure to ensure that an
external emergency plan is drawn up for all the Establishments covered by Article 9.
o C-289/08 12.03.09. This was a judgment against Luxembourg for failure to ensure that an
external emergency plan is drawn up for all the Establishments covered by Article 9.
One case concerned the failure by Member State to ensure adequate transposition of Directive
2003/105/EC:
o C-375/06 24.05.07. This was a judgment against Portugal for failure to ensure adequate
transposition of the Directive within the prescribed period.
85http://ec.europa.eu/environment/seveso
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Annex - 11. Member State Administrative Structures for the Implementation of Seveso II
LATVIA Responsible Body
Land Use Planning Local governments (municipalities) are responsible for Land Use
planning. The Environment State Bureau (ESB) is responsible
for making recommendations to municipalities
Inspections of Establishments The State Environment Service forms and heads an Inspection
commission, inviting representatives from the State Fire-
fighting and Rescue Service, the State Labor Inspectorate, the
relevant regional environmental board and local authorities
Assessment of the Safety Report The Environment State Bureau (ESB)
Developing an external (offsite)
emergency plan
The State Fire-fighting and Rescue Services (SFFRS)
Providing Information to the
Public
The operator and the State Fire-fighting and Rescue Service
Accident Reporting to the
European Commission
The State Environment Service (SES)
Lithuania Responsible Body
Land Use Planning The State Territorial Planning and Construction Inspectorate and its
structural inspectorates under the County Administrations
Inspections of Establishments The State Labor Inspectorate is the main body responsible for
inspections of Seveso Establishments. Other institutions
(Environmental Protection Inspectorate, Fire and Rescue
Department, the State Energy Inspectorate and the Health
Emergency Situations Centre also conduct inspections and
there is a move to conduct joint inspections with the identified
institutions
Assessment of the Safety Report The Fire and Rescue department, The Environmental Protection
Agency, the State Labor Inspectorate and the State Energy
Inspectorate are jointly responsible
Developing an external (offsite)
emergency plan
Municipalities and County Administrators
Providing Information to the
Public
The Operator
Accident Reporting to the
European Commission
-
Italy Responsible Body
Land Use Planning Regional Authorities
Inspections of Establishments The Regional Technical Committee (which includes the
Environmental Minister, Regional
Technical expert for pollution prevention and Municipal Authorities
and the Fire Brigade Director)
Assessment of the Safety Report The Regional Technical Committee (which includes the
Environmental Minister, Regional Technical expert for
pollution prevention and Municipal Authorities and the Fire
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Brigade Director)
Developing an external (offsite)
emergency plan
the Prefecture
Providing Information to the
Public
The Mayor
Accident Reporting to the
European Commission
The Regional Technical Committee (which includes the
Environmental Minister, Regional Technical expert for
pollution prevention and Municipal Authorities and the Fire
Brigade Director)
Lithuania Responsible Body
Land Use Planning Administration of the Environment (ADE)/Labor Inspectorate and
Mines (ITM)
Inspections of Establishments ADE/ITM
Assessment of the Safety Report ADE/ITM
Developing an external (offsite)
emergency plan
ADE/ITM
Providing Information to the
Public
ADE/ITM
Accident Reporting to the
European Commission
ADE/ITM
Malta Responsible Body
Land Use Planning Planning Authority
Inspections of Establishments The Occupational health and Safety Authority, the Malta
Environmental and Planning Authority and the Civil
Protection Department are jointly responsible
Assessment of the Safety Report The Occupational health and Safety Authority, the Malta
Environmental and Planning Authority and the Civil
Protection Department are jointly responsible
Developing an external (offsite)
emergency plan
The Civil protection Department
Providing Information to the
Public
The operator
Accident Reporting to the
European Commission
-
Netherland Responsible Body
Land Use Planning The Environmental Licensing Authority
Inspections of Establishments The Labor Inspectorate, The Environmental Licensing Authority
and the Board of Regional Fire Services are jointly responsible
for inspections.
Assessment of the Safety Report The Environmental Licensing Authority
Developing an external (offsite) Local municipalities are responsible for developing external
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emergency plan emergency plans in line with mandates issued by the Ministry
of Interior
Providing Information to the
Public
The Environmental Licensing Authority is responsible for
informing the public of the results of assessments of safety
reports. The Mayor is responsible for providing information to
the public related to emergency responses
Accident Reporting to the
European Commission
?
Poland Responsible Body
Land Use Planning commune authority (gmina
Inspections of Establishments the National Fire Brigade (Komenda Wojewodzka Strazy Pozarnej)
at voivodship level
Assessment of the Safety Report the joint responsibility of the Fire Brigade (Komenda Wojewodzka
Strazy Pozarnej - PSP) at voivodship level and Voivodship
Environment Protection Inspection (WIOS
Developing an external (offsite)
emergency plan
The Fire Brigade (Komenda Wojewodzka Strazy Pozarnej – PSP)
Providing Information to the
Public
The Fire Brigade (Komenda Wojewodzka Strazy Pozarnej – PSP)
Accident Reporting to the
European Commission
The Minister of Environment
Czech Republic Responsible Body
Land Use Planning Regional Authorities in cooperation with Construction Authorities)
Inspections of Establishments Regional authorities
Assessment of the Safety Report The Ministry of the Environment
Developing an external (offsite)
emergency plan
The Ministry of the Environment
Providing Information the
Public
Regional authorities in cooperation with the relevant District
authority)
Accident Reporting to the
European Commission
Regional Authorities are responsible for handling accident reports
from operators and responsible for notifying the Ministry of
Environment and the Ministry of the Interior. The Ministry of
Environment is responsible for informing the European
Commission
Finland Responsible Body
Land Use Planning The Safety Technology Authority (TUKES) in cooperation with
City Planners
Inspections of Establishments The Safety Technology Authority (TUKES)
Assessment of the Safety Report The Safety Technology Authority (TUKES)
Developing an external (offsite)
emergency plan
The regional rescue authorities
Providing Information to the
Public
The Operator
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Accident Reporting to the
European Commission
The Safety Technology Authority (TUKES)
Germany Responsible Body
Land Use Planning The regional (“Länder”) authorities
Inspections of Establishments The regional (“Länder”) authority together with the district
authorities and the technical staff
Assessment of the Safety Report The regional (“Länder”) authorities
Developing an external (offsite)
emergency plan
The regional (“Länder”) authorities
Providing Information to the
Public
The Operator
Accident Reporting to the
European Commission
Federal Ministry for the Environment, Nature Conservation and
Nuclear Safety
France Responsible Body
Land Use Planning Local authorities(Mayor, municipal council) under guidance from
the Prefet
Inspections of Establishments DREAL - Direction Regionale de l’Environnement de
l’Aménagement et du Logement
Assessment of the Safety Report DREAL – DirectionRegionale de l’Environnement de
l’Aménagement et du Logement
Developing an external (offsite)
emergency plan
the department Prefet under guidance from DREAL
Providing Information to the
Public
The Operator and Prefet
Accident Reporting to the
European Commission
DREAL is responsible for collecting the data qhich is then managed
by the Environment Ministry (BARPI who notify the EC.
Hungary Responsible Body
Land Use Planning The National Directorate General for Disaster Management,
Ministry of the Interior together with the Hungarian Trade
Licensing Office (MKEH
Inspections of Establishments The National Directorate General for Disaster Management,
Ministry of the Interior together with the Hungarian Trad
Licensing Office (MKEH
Assessment of the Safety
Report
The National Directorate General for Disaster Management,
Ministry of the Interior together with the Hungarian Trade
Licensing Office (MKEH
Developing an external
(offsite) emergency plan
The National Directorate General for Disaster Management,
Ministry of the Interior is responsible for drawing up external
emergency plans. The Mayor tests external emergency plans in
cooperation with the emergency services
Providing Information to the
Public
The Mayor
Accident Reporting to the
European Commission
The National Directorate General for Disaster Management,
Ministry of the Interior together with the Hungarian Trade
Licensing Office (MKEH
Ireland Responsible Body
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Land Use Planning Planning Authorities
Inspections of Establishments The Health and Safety Authority
Assessment of the Safety Report The Health and Safety Authority
Developing an external (offsite)
emergency plan
Providing Information to the
Public
The Operator
Accident Reporting to the
European Commission
The Health and Safety Authority
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Annex - 12. Guidance documents prepared by CAs and Industry across the EU
Box 18 - Guidance documents prepared by Industry Box 19 - Guidance documents prepared by CAs
France: UIC (Chemical Industries Association), FEEM
(European federation of Explosive Makers), work groups
like “Risk assessment - Safety report”, EIGA (European
Industrial Gases Association), AFGC, INERIS, GESIP.
UK: Tank Storage Association (TSA), Energy Institute (EI),
CIRIA, Chemical Industries Association (CIA), Chemical
Business Association (CBA), CONCAWE, : British
Coatings Federation, Responsible Care, LPG guidance on
major accident prevention policies, British Aerosol
Manufacturers' Association (BAMA)
Spain: COASHIQ (Autonomous Commission for Safety and
Hygiene at Work in the Chemical and Related Industries),
FEIQUE (Chemical Industries Association),
Italy: UNI (Italian national standardization Institute)
Existing national guidance documents known by Industry
cover various types of fields: methodology of safety report,
emergency plans, land use planning aspects, SMS,
inspections, etc.
Apart from those,
Cefic: The European Chemical Industry, European Process
Safety Centre (EPSC), the Institution of Chemical Engineers
(IChemE) also contributes to developing performance
indicators and management models for process safety, giving
guidance on their application and sharing best practice.
In 2011, Cefic published Guidance on Process Safety
Performance Indicators to facilitate the development of
broadly applicable process safety metrics. They provide
advice related to the role and responsibilities of public
authorities, industry, employees and their representatives, as
well as interested parties such as members of the public
potentially affected in the event of an accident.
France: National guidance for writing and reading a safety
report (MEDD, December 2006), Guidance for the
preparation of a PPRT (INERIS, October2007)
Germany: guidance provided by the "Disruptive Incident"
Commission (SFK), Technical Committee on Systems Safety
and (TAA), The Federal Ministry for the Environment,
Nature Conservation, and Nuclear Safety of Germany
(BMU)
Hungary: some books and documents for the
implementation of Seveso and preparing Safety Report are in
preparation by the National Directorate General for Disaster
Management and by Hungarian Trade Licensing Office.
Italy: attachments I, II and III of the decree DPR 175/88 and
further modifications; Document issued by national authority
(The Italian Environment Protection and Technical Services
Agency, APAT) containing SMS requirements and
inspections guidelines
Netherlands: NL guidance (CPR-20 / PGS-6), BRZO 1999,
RRZO 1999
Spain: decrees (RD 1196/2003, RD 393/2007), guidance
documents for the safety report preparation, emergency plan,
technical guidelines of the General Direction of Civil
Protection,; also there are Guides provided by local
authorities (for instance, in Catalonia)
Swedish: Guidance from Swedish Rescue Services Agency
UK: HSE and EA guidance on COMAH (Control of Major
Accident Hazards) compliance, preparation and review of
safety reports, emergency plans, land use planning aspects.
HSE guidance document L111 Chemical Information sheet
nos. 2, 3, 7 Human Factors briefing notes 4, 9, 12 Chemical
sheet no. 6 Guidance for operators from the competent
authority on review of safety reports, also environmental
aspects. DETR guidance on interpretation of major accidents
to the environment. INDG leadership for major hazard
industries HSG244 LOPA in the COMAH context HSE
Research report no 457 Location and design of occupied
buildings at major hazard establishments HSL/2006/117 risk
control for major hazard incidents HSG 190 HSG 19
Approved Code of Practice of the COMAH Regulations
(L111) and associate guidance on Preparing Safety reports &
Emergency Plans (HSG 190 & HSG 191
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Annex - 13. Risk Assessment Benchmark
This annex provides an overview of some of the key issues associated with risk assessment. It begins
by giving key definitions and what is meant by risk, hazard, risk analysis, and risk assessment. Then; it
gives an overview of the risk assessment process and requirements to comply with the Seveso
Regulations.
Explanation of key terms
The Directive defines formal definitions hazard and risk that are related with risk assessment. It is
useful to draw a distinction between these terms.
-‘hazard’ shall mean the intrinsic property of a dangerous substance or physical situation, with
a potential for creating damage to human health and/or the environment;
-‘risk’ shall mean the likelihood of a specific effect occurring within a specified period or in
specified circumstances;
In other words, risk is a complex function of the hazards connected with a certain technological or
environmental system, the "likelihood" that a hazard results in an undesired event, and the
vulnerability of the environment into which the undesired event may develop its consequences.
The other important definitions (see also Table 27):
Risk analysis: The process of hazard analysis, and the estimation of associated levels of risk to
people, property, the environment or a combination of these.
Risk assessment: The process of risk analysis and evaluation of the significance of the results.
Table 27 - Risk Assessment Definitions
Source Definitions
DG Joint Research Centre (2006) Land
Use Planning Guidelines in the Context
of Article 12 of the SEVESO II Directive
96/82/EC as amended by Directive
105/2003/EC
Risk Assessment is briefly defined as:
- The overall process comprising a risk analysis (the
systematic use of available information to identify
hazards and to estimate the risk) and risk evaluation
(procedure whether the acceptable level of risk has
been achieved)
Kirchsteiger C., Christou M., Papadakis,
G. (eds.) (1998) Risk Assessment & Risk
Management in the Context of the
Seveso II Directive, Elsevier, The
Netherlands
Risk Assessment :
- Identification of industrial hazards, analysis of
sudden and uncontrolled releases of dangerous
substances from industrial plants and determination
of mitigation measures for serious consequences of
industrial accidents to people and the environment.
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Box 20 - Main elements in any risk analysis process
The main elements in any risk analysis process are as follows:
1. Hazard identification
2. Accident scenario selection;
3. Scenarios’ likelihood assessment;
4. Scenarios’ consequence assessment;
5. Risk ranking;
6. Reliability and availability of safety systems
Source: Joint Research Centre (2005), Guidance on the Preparation of a Safety Report
Following section on risk assessment is adapted from two main sources:
- Joint Research Centre (2005), Guidance on the Preparation of a Safety Report and
- Guidance on the Environmental Risk Assessment Aspects of COMAH Safety Reports
After adapting the information from these documents, the risk assessment concept was analyzed and then
summarized by addressing five basic questions:
Risk
Assessment
Risk Analysis
1. What Can Go Wrong?
Identification of the sources of potential accidents and the ways they
could happen (hazard identification-accident scenario selection);
2. How Often?
An estimate of the probability of their occurrence (scenarios’
likelihood assessment-frequency assessment);
3. What Are The Consequences?
An estimate of the potential consequences of the accidents (-accident
scenarios’ consequence assessment);
4. What are The Risks?
Determination of risk levels derived from the above analyses, and
assessment of their significance; and (Risk ranking);
Risk
Evaluation
5. So What?
Risk management action (Reliability and availability of safety
systems)
Presentation of resulting risk and comparison with established
tolerability criteria (Identification of mitigation measures,
acceptance of result, modification or abandoning )
With regard to the 1st question -What Can Go Wrong- hazard identification process carried out for
which a range of tools exists for systematic assessments, which are selected depending on the
complexity of the individual case. Furthermore, the level of detail required depends on the intended
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use of the safety report. Essential parts of the hazard identification are indications on the identification
methods used, the scope of the analysis and related constraints. The identification of hazards is
followed by designation of reference accidence scenarios, which form the basis for determining
whether the safety measures in place or foreseen are appropriate.
After the identification of hazards and designation of reference accidence scenarios, second and third
questions come respectively, How Often (scenarios’ likelihood) and What are the Consequences
(scenarios’ consequences) questions followed. In this step, hazards taken forward for further
consideration are known to have the possibility.
For the questions, How Often? and What are the consequences?, the scenarios’ likelihood and
consequence assessment, which is essential steps in the risk analysis process, quite different
approaches can be followed. These assessments make use of methodologies that are generally
subdivided into different categories, in particular:
- Qualitative - (semi)quantitative and
- Deterministic- probabilistic (see Box 21 - Types of risk assessment)
The next question is the what are the risks. In this step, determination of risk levels derived from the
above analyses, and assessment of their significance so called Risk Ranking is carried out. Then
presentation of resulting risks and comparison with established tolerability (acceptability) criteria
comes next.
The last question is So What? It includes risk evaluation action by considering reliability and
availability of safety systems and decision on whether mitigation measures are enough to decrease the
risk to accepted risk level or modification or abandoning is needed. A range of risk reduction methods
may be envisaged in this context, for example, improved operator training, introduction of additional
physical safety measures, or process modifications. it is necessary to decide what risk reduction
measures may be introduced and whether or not they are practicable, bearing in mind the associated
costs and benefits.
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Box 21 - Types of risk assessment
In broad terms, there is a hierarchy of risk assessment approaches of increasing complexity, ranging from simple
qualitative analyses through semi-quantitative analyses to fully quantified risk assessment. The depth and type of
analyses required by the COMAH regulations will vary from installation to installation but is likely to be
proportionate to:
(a) the scale and nature of the major accident hazards presented by the installations and activities on it;
(b) the risks posed to neighboring populations and the environment - in other words, the extent of
possible damage; and
(c) the complexity of the major accident hazard process and activities, and difficulty in deciding and
justifying the adequacy of the risk-control measures adopted.
Qualitative risk assessment is the comprehensive identification and description of hazards from a specified activity, to people or the environment. The range of possible events may be represented by broad categories,
with classification of the likelihood and consequences, to facilitate their comparison and the identification of
priorities.
Semi-quantitative risk assessment is the systematic identification and analysis of hazards from a specified
activity, and their representation by means of both qualitative and quantitative descriptions of the frequency and
extent of the consequences, to people or the environment. The importance of the results is judged by comparing
them with specific examples, standards or results from elsewhere.
Quantitative risk assessment is the application of methodology to produce a numerical representation of the
frequency and extent of a specified level of exposure or harm, to specified people or the environment, from a
specified activity. This will facilitate comparison of the results with specified criteria.
Source: Guidance on the Environmental Risk Assessment Aspects of COMAH Safety Reports
Summary
In the overall, the risk assessment86
should demonstrate the following aspects:
that the operator understands the risks involved in the operation of the installation;
that risks from arising from the installation are at an acceptable level;
adequate measures are being taken to prevent occurrence and limit consequences;
(see Box 22 and Table 28, which summarize the risk assessment procedure.)
86 Whichever method is used, the result is a set of “scenarios”. These are descriptions of potential accidents,
starting with causes, describing the intermediate events, finishing with consequences, and describing the
safety barriers that prevent the accident from occurring. 87 Taken from Mannan/Lees “Loss Prevention in the Process Industry”, 2005
Box 22 - Best practice in risk assessment87
In principle all risk assessment methods without regard to individual applications have the same relevant elements; these are:
o Definition of scope, objectives and risk criteria
o Description of the object or area of concern
o Identification of hazards
o Identification of vulnerable targets
o Assumption of source terms or hazardous incidents
o Development of escalation scenarios
o Estimation of consequences
o Estimation of likelihood
o Presentation of resulting risk and comparison with established tolerability criteria
o Identification of mitigation measures
o Acceptance of result, modification or abandoning
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Table 28 - Generic Components of Risk Assessment
Assessment Components Definition Indicators
Hazard identification and
estimation
Recognizing potential for adverse
effects and assessing the strength of cause-effect relationships
Properties such as flammability etc.
- Persistence
- Irreversibility
- Ubiquity
- Delayed effects
- Potency for harm
- Dose-response relationships
Exposure/vulnerability
assessment
Modeling diffusion, exposure and
effects on risk targets
exposure pathways
normalized behavior of target
vulnerability of target
Risk estimation
Quantitative: probability
Distribution of adverse effects
Qualitative: combination of hazard,
exposure, and qualitative factors
(scenario construction)
expected risk value(s) (individual,
collective)
% confidence interval
risk description
risk modeling as function
of variations in context variables and
parameters
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Annex - 14. Land Use Planning Benchmark
Currently, the practices and methodologies are so varied for land use planning policies throughout the
Member States. Understanding the variations, identifying the basic level of safety applied, while at the
same time making the land use planning approaches more transparent and understandable seems to be
crucial for the implementation of Article 12 (see Box 23).
Social, cultural and geographical aspects are important for land use planning approach of Member
States. Consistency in the selection of technical data used in risk assessments and identification of
accident scenarios, which will lead to greater understanding and convergence of what "suitable
distance" is in the context of Article 12.
Box 23 - Concept for risk assessment in land use planning88
The adoption of a concept for risk analysis in land use planning comprises two basic decisions about:
- the general category of approaches (deterministic vs. probabilistic);
- the risk assessment method adopted within the category,
being the distinction between “approach” and “method” used in the context of this document:
- “approach”: the adopted definition of “risk” and to the way risk is evaluated and compared with
a measuring scale;
- “method”: the models of hazard identification and assessment compatible with the approach.
As defined in several comparative studies and EU surveys, the options for hazard/risk assessment
approaches are divided in two categories with a sub-category each. The main difference between the
two categories refers to the consideration of the frequencies of accident events as a factor to be
accounted within the following evaluations:
a) “risk-oriented”/quantitative approach
b) “risk-oriented”/semi-quantitative approach (limiting pre-conditions are defined)
c) “consequence-oriented”/effects based approach, with implicit consideration of frequencies
d) “consequence-oriented”/general distances approach (use of tables of fixed distances).
The risk assessment methods of land use planning comprises according to general category of
approaches (deterministic vs. probabilistic) and methods meaning models of hazard identification of
and assessment compatible with the approach. The risk assessment approach divided into two
categories. The main difference between the two categories refers to the consideration of the
frequencies/probabilities of accident events as a factor to be accounted.
Factors that affect methodological differences of the land use planning approaches for different
national contexts are given at Table 29 below:
88 Implementing Article 12 of the Seveso II Directive: Overview of roadmaps for land use planning in selected Member
States” JRC Scientific and Technical Reports, 2008
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Table 29 - Factors of probabilistic and deterministic variables influencing Member States
Country/Regional
Variables Probabilistic Variables Deterministic Variables
Geographical/Dem
ographical Territorial morphology; Population density
Territorial specificities (particular agricultural production, water sources,
etc.); Environmental specificities (rare
flora/fauna)
Economical
Number of Seveso II Establishments;
National/regional economic capacity (i.e.
risk reduction, additional measures
availability)
Relevance of the chemical industry within
national economic system and history.
Legal Additional national legal provisions Legal System (common law vs. civil law)
Societal
Local communities composition (percentage
of elderly, young families, working force,
etc.)
Local communities’ risk perception
(deriving from accident history, cultural
specificities, etc.);Environmental
protection culture.
Source: “Implementing Article 12 of the Seveso II Directive: Overview of roadmaps for land use planning in selected
Member States” JRC Scientific and Technical Reports, 2008
Either in deterministic or probabilistic approach, there are common stages should be carried out for
LUP that are;
Hazard/risk assessment
Selection of reference scenarios (i.e. selection based of history, substances, worse or most case
scenarios);
The definition of tolerability thresholds;
Differentiation of zone planning; and
Types of technical prevention measures
Risk assessment approaches and land use planning in Europe are given at Table 30.
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Table 30 - Risk Assessment Approaches and Land Use Planning in Europe
Country Risk Assessment Approaches Developed Land Use
Planning
Consequence Based Risk Based
Generic Safety
Distance
Tables
Belgium X (Wallon) X (Flemish) X
Finland X
France89 X X
Germany X X X
Italy* X X
Poland X
Romania X
Spain X
Sweden X X
The Netherlands X X
United Kingdom X X
*Semi-quantitative approach
To conclude, Risk assessment for LUP is linked with risk assessment carried out for the establishment.
Concerning the LUP activity, depending on the complexity of the case and on the available resources,
opting for a deterministic or probabilistic approach results in relevant different in terms of procedures
and necessary data, as a result the complexity of the assessment differs.
89 In France, before the accident in Toulouse 2001, the approach was Consequence-Based modify approach for
LUP, after the accident, France combined the risk and consequence-based approaches
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Annex - 15. Sanctioning Benchmark90
This section summarizes the main sanctioning practices (see Box 24) in selected member states. In EU,
the sanctioning style is generally persuasive; inspectors hardly sanction and often warn first or
consider company-specific circumstances.
Box 24 - Main element in Sanctioning practices
Sanctioning practices
Frequency of sanctioning
Frequency of warning before imposing a sanction
Types of sanctioning instruments used most often
The extent to which inspectors consider
– company size
– the severity of the infringement
– costs to undo the infringement
– the financial situation of a company
Actor that decides on sanctioning
Germany
In Germany, sanctioning practices depends on the severity of the infringement, the costs to undo an
infringement or the financial situation of a company. If an inspector finds an infringement that is not
very serious, there will be room for negotiations and the offender will receive a warning first. A more
serious infringement will be sanctioned sooner. A dangerous situation with possible immediate
consequences could lead to the closing of a plant. In none of the inspectors are also empowered to
impose administrative fines in cases of offences, up to 51.000 euro.
UK
In UK, Inspectors can impose the İnformal actions, when an infringement is very small the inspector
can tell the company what to do to comply correctly. A more serious infringement can lead to an
improvement notice. This notice will first be discussed with the operator to see whether differences of
agreement can be solved beforehand. The notice describes what has to be done, why and before when.
This period of time a company is allowed to repair an infringement is at least 21 days. If the
infringement is not ceased within the set time, the inspector can prosecute a company. Inspectors
impose a prohibition notice that forbids a certain activity immediately or after a set period of time can
sanction a serious infringement. Lastly, inspectors may prosecute the establishment and decisions
when and how to prosecute are laid down in the ‘Enforcement Policy Statement’ of the HSE. A failure
to comply with an improvement or prohibition notice can lead to a fine as high as 32.000 euro or six
90 E. Versluis. Enforcement Matters: Enforcement and compliance of European directives in four Member States.
Doctoral Thesis. Utrecht University. 2003.
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months in prison before the magistrate’s court. The most serious cases will be dealt with in crime
court. The fines here can even be as high as one and a half million euro or more.
Netherlands
As an example, in Netherlands, the three competent authorities inspect together, but they sanction
according to their own legislation. The environmental authorities sanction according to the
‘Environmental Management Act’. According to this act, environmental authorities can partly or
totally withdraw an environmental license in case of non-compliance by the regulated. As well,
environmental inspectors can sanction according to administrative law. The labor inspectorate can use
both criminal and administrative instruments. The main criminal instrument that can be used is the
warrant. Possible administrative instruments are agreements or warnings, demands to comply, the
opportunity to close down an establishment and, since 1999, the administrative fine.
Finland
In Finland, Establishments are first given deadlines to fulfill the requirements. The duration depends
on the type of requirement (how much it need resources in time and money). If the requirement is not
fulfilled at the given duration, the authority normally sends a letter reminding of the requirement. If
the deficiency continues, authority gives fine. If the situation at the establishment is so severe that an
accident is very probable, the authority can stop it immediately. In practice, there has not been this
kind of situations.
Sweden
In Sweden, main authority responsible of the implementation of environmental laws is Work
Environment Authority. According to their applications, individuals or organizations can be penalized
either by imprisonment (not more than a year) or by fines. Generally, the prison penalty is transformed
into fines that the operator has to pay.
Belgium
In the Flemish region of Belgium, the Environmental Inspectorate Division (EID) is in charge for the
enforcement. It is the EID’s authorization to enforce in a proactive and coordinated way, in
cooperation with other enforcement authorities.
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Annex - 16. Detailed Cost Calculations for Coordination Body as an Administrative Costs
According to consultation process, most of the stakeholders suggested the foundation of the technical
institute, which organizes inspections, trainings and coordinates other activities. This institute may
serve as a coordination body to increase the collaboration between these authorities either.
There are different examples of supportive organizations in EU provide assistance to
implementation/enforcement of the Seveso II Directive. Generally, Regional Authorities and central
health and safety authorities are act as coordination body, this bodies are either under CAs or
separately works.
Since there are uncertainties on costs implications of the coordination body, since it varies with
foundation of new body or just authorization of the existing department, the number of the staff, its
responsibilities (assessment of the safety documents, trainings, inspections, etc). These uncertainties
makes hard to provide concrete cost data for the foundation procedure of the body.
However, there are some information and estimation on ongoing costs.
The ongoing costs data in this section are based on examples from the EU and Turkey. The first
example is from Netherlands. Netherlands has established a coordination office for the effective
implementation of Seveso II Directive, which has a name LAT Bureau. The overall yearly budget of
the LAT Bureau is about 1.717.500 euro.ICT, website and inspections-trainings account for the
majority of the budget.
The other example is from Turkey, MoLSS Training and Research Centre-ÇASGEM. According to
2011 budget report for the MoLSS, the budget of the ÇASGEM is 2.546.740 TL.
In sum, there are uncertainties on the costs of the coordination body (new or adapt existing body), but
based on interviews with experts, it will require one to two million euro per year to manage such body.
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Annex - 17. Detailed Cost Calculations for CAs when software program used in Risk
Modeling
As an example, in the Netherlands, CAs purchase the SAFETI-NL software license, sell it to operators
with lower prices and make the use of it. The SAFETI-NL software license costs to operators about
1250 euro when CAs buy license and sell it operators. On the other hand, it costs 5600 euro when
operator buy it without government support. The training cost of this program is nearly 1000 euros per
body.
REC Turkey calculated the total cost for CAs, when they buy software license and sell it to
Establishments with lower prices. It will cost nearly 2.26 million euro for one time. The staff also
needs training for the use of selected software. Software training costs depend on the number of staff
in CAs get this training.
(See also Table 31 for the general software programs used in risk modeling with their prices per year)
Table 31 - Cost of Software Programs used in Risk Modeling
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Annex - 18. Other Policy Options
Annex - 18. 1. Make insurance mandatory for Seveso Establishments
The Seveso II Directive does not contain any requirements related with insurance. However, liability
insurance could accomplish dual advantages. Firstly, insurance should be treated as an instrument that
softens the economic impact of accident hazards. Whatever measures are taken, risk is always present.
Especially in the case of Establishments in close proximity to residential zones, insurance would be a
highly preferred option.
By insuring, operators transform unsure financial burdens from unforeseen events to well-defined and
limited costs within a known period, so that the insured parties can eliminate or reduce uncertainties.
Insurers desire to reduce their uncertainties as well so they must be able to assess future losses and
spread the risks as widely as possible. At this point, the second advantage can be achieved: economy
of scale to be gained for government inspections.
In order to reduce their uncertainties, insurers will be assessing risks in detail. The insurance and
reinsurance companies generally use risk maps as a tool for assessing risks, identifying risks and risk
zones and for assessing potential losses. In general, the insurance maps use information from public
sources. Some EU countries, e.g. Austria, have set up a private public partnership on flood risk zoning
and mapping with the participation of the insurance industry and public authorities.
Insurance is also a driver for excellence in safety management. Insurance inspectors inspect
compliance with a number of ATEX (Appareils destinés à être utilisés en ATmosphères EXplosives)
Directive91
related requirements. In addition, operators receive a reduction of insurance premiums if
they periodically produce inspection reports stating satisfaction of requirements. This might act as a
positive incentive for compliance.
On the other hand, liability insurance can be too costly or unaffordable for small-scale companies.
Furthermore, precise information on risks and vulnerability at local levels affect Insurance premiums.
This would most likely mean increased premiums in affected or risk areas.
Annex - 18. 2. Reducing the costs of preparing External Emergency Plans
The directive requires that the competent authorities or local authorities draw up external emergency
plans to be implemented in the event of a major accident, and review, test, revise these plans, and
ensure that the operators supply the competent authorities with the necessary information to enable the
Member States to draw up such plans.
As stipulated in the By-Law assigns local authorities as the responsible parties for the preparation and
implementation of the External Emergency Plans (EEPs). However, the currently insufficient technical
and financial resources of particularly small municipalities put the directive at risk in terms of
implementation.
91 Directive 94/9/EC on equipment and protective systems intended for use in potentially explosive atmospheres
(ATEX)
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In this option, local authorities maintain their role of coordinating emergency response components
such as the Fire Brigade, and the central government body executes general planning and coordination
Disaster and Emergency Management Administration appears as the best alternative as it can also link
with other disaster affairs as well as triggering impacts on major industrial accidents.
Annex - 18. 3. Resolving existing undesirable situation – conflict in the land use
The directive requires that local authorities establish objectives and relevant policies, and consultation
procedures to facilitate the implementation of land use planning obligation.
Currently, planning regulations have provisions related to Land Use planning. Land Use Planning
involves, modifications to existing Establishments and new developments such as transport links,
locations frequented by the public and residential areas in the vicinity of existing Establishments.
Given the highly populated industrial regions in Turkey, the conflicting situation may be an issue on
several occasions:
-MoEU designates the domino sites and,
-such information is communicated with the public.
At this point, MoEU will responsible to decide between two options on specific cases:
- Increased safety management measures for Establishments
- Relocation of the Establishment
Both options impose financial burden on the operator and furthermore may raise competitiveness
issues.
Increase prevention measures for Establishments
This option assesses costs of increased prevention measures associated with off-site measures,
although there are only limited possibilities such as firewalls off-site or the change of the construction
of buildings according to the actual hazard; furthermore the emergency response measures may offer
some improvement (e. g. alarm systems with extended range). If the situation is extremely undesirable,
the decision may result in the relocation of the establishment.
This option raises issues of competitiveness and increased costs.
Relocation of Establishments
This option represents cases that may totally be undesirable given high risks on communities.
Relocation certainly decreases risks on human life and environment, which is not possible to monetize
but assess in terms of qualitative benefits.
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Annex - 19. Non-compliance with environmental regulations
Figure 43 shows fines for non-compliance with environmental regulations in 2011. Figure 44 gives
fines for non-compliance with for environmental regulations 2006 to 201192
.
Figure 43 - Fines for non-compliance with
environmental regulations in 2011,MoEU
(in thousand TL)
Figure 44 - Fines for non-compliance with
environmental regulations between 2006- 2011,MoEU
(in thousand TL)
Source: REC Turkey, Data source: MoEU Source: REC Turkey, Data source: MoEU
On the other hand, Table 32 indicates the total amount of fines that MoLSS assigns based on the Law
on Labor. Total amounts of environmental charges nearly 1 million TL, and MoLSS charges is nearly
30 million TL in 2011.
92
Source: http://www.cevredenetimi.cevreorman.gov.tr/istatistik.asp
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Table 32 - Fines for non-compliance with health and safety regulations in 2011, MoLSS
Source: Ministry of Labor and Social Security, 2011
NumberFine Amount
(TL)Number
Fine Amount
(TL)Number
Fine Amount
(TL)
Adana 61 402.474,00 145 220.529,00 206 623.003,00
Ankara 182 1.779.738,00 335 466.675,00 517 2.246.413,00
Antalya 330 2.418.101,00 64 63.008,00 394 2.481.109,00
Aydın 153 1.273.090,00 121 171.323,00 274 1.444.413,00
Bursa 272 2.194.491,00 232 297.474,00 504 2.491.965,00
Diyarbakır 14 101.696,00 41 42.407,00 55 144.103,00
Edirne 46 350.260,00 138 299.110,00 184 649.370,00
Elazığ 5 39.740,00 23 39.317,00 28 79.057,00
Erzurum 11 79.375,00 9 17.049,00 20 96.424,00
Eskişehir 34 359.563,00 32 118.060,00 66 477.623,00
Gaziantep 30 199.605,00 138 412.466,00 168 612.071,00
İstanbul 848 6.762.741,00 237 408.027,00 1.085 7.170.768,00
İzmir 368 3.736.824,00 138 251.872,00 506 3.988.696,00
Kayseri 95 905.158,00 135 123.288,00 230 1.028.446,00
Kocaeli 310 1.483.199,00 44 72.990,00 354 1.556.189,00
Konya 103 848.124,00 25 26.288,00 128 874.412,00
Kütahya 36 295.430,00 31 56.074,00 67 351.504,00
Malatya 7 104.178,00 22 23.907,00 29 128.085,00
Samsun 64 2.850.121,00 142 219.164,00 206 3.069.285,00
Trabzon 21 124.029,00 70 78.926,00 91 202.955,00
Van 2 18.314,00 12 12.647,00 14 30.961,00
Zonguldak 22 166.596,00 56 74.007,00 78 240.603,00
Total 3.014 26.492.847,00 2.190 3.494.608,00 5.204 29.987.455,00
TotalRegional
Directorate
Administrative AspectsOccupational Health and
Safety
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Annex - 20. Consultation Process
The Consultation Process started with the consultation meetings held and finalized with central level
meeting in Ankara. The pilot regions in which the consultation process will be realized have been
identified with the cooperation of the experts from the Ministry of Environment and Urbanization. The
geographical location and the concentration of the Establishments falling within the scope of Seveso II
Directive were dominating criteria in identifying these pilot regions. As a result of this study Kocaeli,
Adana, Izmir and Istanbul provinces were selected as the pilot region and the process was continued to
within these provinces.
Annex - 20. 1. Central Consultation Process - Ankara
The central consultation process held within Ankara completed with a meeting held with the public
institutions. Experts and high-level managers from the related departments of the public institutions
have participated within the meeting held on 13 December 2010 and 4 January 2012.
In the first national workshop, plenary session during which presentations were delivered in regard to
the concept and methods of Regulatory Impact Analysis, the Seveso II Directive and the transposition
of the Directive. A group work was conducted in the following sessions during which the participants
were divided into nine groups and discussed the advantages and disadvantages of the subjects
previously given to them. The discussion points were identified in cooperation with the Department of
Industrial Accidents of the Ministry of Environment and Urbanization.
The subjects discussed during the first group work are as follows:
Institutional Set-Up
Ensuring the realization of the inspections by a sole organization
Establishing a body that aims to provide technical assistance
Identifying the coordination body for the External Emergency Plans
Land Use and High Risk Regions
Resettlement of the Establishments that pose a high risk to secure high risk regions
Taking extensive precautions within the Establishments that pose a high risk
Defining the risk zones that will direct the selection of the location on which the new
Establishments will be settled
Financial Support
Providing government support to SMEs
Providing tax deduction for the SMEs
Providing government support for high risk zones
Upon group discussion, each group selected their speaker and the speakers presented the main
discussion points of their group to the other participants. This has enabled a general discussion session
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among the participants. The main conclusions derived from the discussion sessions are presented in
Consultation Process Report of the RIA Report.
In the second national workshop, Policy Areas and Policy Options and general content of Seveso II
RIA report were discussed with the participation of MoEU, MoLSS, and Ministry for EU Affairs and
Prime Ministry Disaster and Emergency Management Presidency. The outputs of second Consultation
Meeting were used for Seveso II RIA report.
The subjects discussed during the first group work are as follows:
Policy Area 1: Administrative Structure
Option 1.1. Two CA without Coordination Body
Option 1.2. One Competent Authority
Option 1.3. Three CA with a Coordination Body
Policy Area 2: Regulation of Risk Instruments and Standards
Option 2.1. Public Driven
Option 2.2. Operators chose their own framework
Option 2.3. No Regulation
Policy Area 3: Risk Assessment Approach
Option 3.1.Risk-Based
Option 3.2. Consequence Based
Policy Area 4: Enforcement approaches
Option 4.1. Strict Enforcement
Option 4.2.Proportional Enforcement
First National Consultation Meeting I, 13 December 2010
Institutional Set-Up
The Directive requires the identification of the authorized administrations/administration. The
regulation, which transposes the Directive, defines two authorized administrations being Ministry of
Environment and Urbanization and Ministry of Labor and Social Security and it delegates
responsibility and authority to both of these organizations. The options developed within the first
phase in order to decrease the difficulties and challenges for the implementation of the Directive
focuses on realization of the inspections by a sole organization, assigning a body to provide technical
assistance and defining a regional coordination.
Stakeholders suggested that conducting inspections by a single organization would be cost-effective
and fast, lessen bureaucratic and administrative burden, and solve possible coordination problems. On
the other hand, additional costs such as training, infrastructure, personnel and legislation due to the
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disadvantages of technical inadequacy when it is conducted by one organization, and lack of an
organization that might meet all inspection needs currently.
It is possible to provide service expected from technical assistance organization through available
organizational structures. For instance, Labor and Social Security Training and Research Center
(ÇASGEM) under Ministry of Labor and Social Security is an organization recommended in this
respect.
In terms of accessing technical support opportunities, the importance of including non-governmental
organization in this process by raising their awareness was emphasized.
Another organization recommended in this context is Scientific and Technological Research Council
of Turkey (TÜBİTAK). Setting up a special unit about accidents under the umbrella of the council is
one of the recommendations.
It is a common idea to authorize an organization or organizations that will provide support for SMEs.
Another recommendation raised in the workshop is to enhance the efficiency of local administrations
about inspections. It was suggested that local administrations would undertake inspections in line with
the criteria and policies defined by central public organizations (Ministry of Environment and
Urbanization and Ministry of Labor and Social Security). Local administrations already inspect the
workplaces for granting “business license”. Municipalities, administrative capacity of which is
adequate (metropolitan municipalities or municipalities population of which is larger than 500.000),
and Special Provincial Administrations were suggested as the local administration units which can
undertake this responsibility.
Prime Ministry Disaster and Emergency Management Presidency Law No: 5902 gives the task of
ensuring coordination to Disaster and Emergency Management Presidency. However, the
discrepancies in relevant law and regulations should be eliminated and authorized coordination
organizations should be defined to make the planning from a certain structure.
Commissions for coordination purposes at provincial level might be functional in various issues
however; “intervention commissions” are specified in relevant regulation.
Table 33 - Opinions of the Central Public Institutions in regard to the Institutional Set-Up
Advantages Disadvantages
Realization of the
inspections by a
sole organization
A more speedy and efficient inspection
Less bureaucracy
Prevention of conflict of authority
Easier to implement
Less time consumption occurring due to the
difficulties in coordination
Decrease in the cost
The Ministry of Labor and Social Security
risk of shrinkage in regard to the scope of
the inspection (due to shortage of staff
and conflict of legislations)
insufficient efficiency and effectiveness
excess of unnecessary arrangements
additional cost
insufficient background knowledge and
training
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shall conduct it alone in case the
commission is constituted of the
representatives from the related institutions
Increases harmonized working
no problem of financing
decrease of the current burdens
provision of efficient and effective staff
eliminates the differences of the assessment
of the reports
lack of an established mechanism in place
bureaucratic problems
Establishing a
research guidance
body that provide
technical
assistance
obtaining a more accurate and healthy data
from the Establishments
the institutions will have an opportunity to
prepare better safety and emergency plans
beneficial for the prevention of major
industrial accidents
a more integrated service
access to information is quicker and more
efficient
promotes specialization (on the basis of
sectors)
creates employment opportunities
delivery of free of charge service by the
government
Decreases the costs of licenses
Establishments
decrease of costs
there are institutions currently in place
(Ministry of Labor and Social Security
Training and Research Centre-ÇASGEM,
Scientific and Technological Research
Council of Turkey Turkish-TUBİTAK,
Non-Governmental Organizations)
a special body may be established
the universities or independent academies
could assume the role
financial burden
recruitment of additional staff
it will not be possible to utilize the
knowledge and experience within the
other institutions
the possibility of confronting bureaucratic
burdens in the establishment phase
possible hurdles that could be confronted
during the efficient functioning of this
body
conflict of authority and responsibilities
lack of capacity
extends the process
the required training is insufficient. In
addition to this a standard should be set
this body should be subject to a technical
inspection
Identifying the
coordination body
for the External
Emergency Plans
enables efficient coordination
the possibility of rapid intervention due to
the difference of the working areas of the
Increases the work load of the staff
requires recruitment of new staff
results in a financial burden
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existing institutions
enables sharing the practical experiences
prevents conflict of powers
enables to predict the possible impacts and
effects
less time consuming
Could be the Disaster and Emergency
Management Presidency of the Prime
Ministry
Intervention commissions may be
established within the provinces
A coordination unit of the Disaster and
Emergency Management Presidency of the
Prime Ministry
Provincial Directorate of Disaster and
Emergency Management
Land Use
The issue emphasized here is the relatively high risks, which the settlement areas, transportation
networks, and other social structures close to High Level Establishment and “Domino Zones” where
those organizations are together, will be subject to. In the event that a High Level Establishment is
close to a settlement area, the impact of a major accident is quite serious.
Table 34 - Opinions of the Central Public Institutions in regard to the Land Use
Advantages Disadvantages
Resettlement of
the
Establishments
that pose a high
risk to secure
regions
Safer in terms of environment and human
health
less risk of accidents
Abolishes the domino effect
Decreases external costs
Decreases the traffic jam thus enabling
easy access to the region in the event of an
accident
The management of the risky
Establishments within a single zone will
be is easier
Social demographic burdens
Cost of resettlement of Establishments,
possible accidents that may occur
during resettlement
Disconnection of contact with sub
sectors
Increases cost
Leads to conflict and disagreement
between the producer and the
management
Legal process will start
Emerges an obligation to find a suitable
location
May negatively influence the
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competition
Conflict between the public and the
owner of the establishment
May pose the same similar risks even
resettled
Taking extensive
precautions
within the
Establishments
that pose a high
risk
Increases quality of life
Decreases the impacts of the accidents to
human health
Decreases the number of accidents
Decreases costs
Decreases social drawbacks
Increases safety management
High applicability
Has a positive influence in terms of
environment and human health
Eliminates the vicious cycle that will
occur during resettlement
Contributes in solving safety related
problems and issues
Decreases the risks of the disasters
(technological)
Eliminates the domino effect
Increases the cost of safety measures
Affects the psychology of the people
living in the region
Decreases the prices of the real estate in
the region
Will have negative influences in the
environment and human health
Additional work force
Periodical maintenance and renewal
(processes and the equipment)
Defining the risk
zones that will
direct the
selection of the
location on which
the new
Establishments
will be settled
Risk management will become easier
Enables to take precautions
Preparation and implementation of
emergency plans
Decreases the environmental impacts of
the accident
Decreases the negative impacts on the
living beings
Decreases the costs in the long run
Enables effective planning
Will have a positive influence on
identifying the policies
Increases the number of safe residential
Conflict of opinions in identifying the
risk zones
Decrease in the alternatives of locations
for the Establishments
Unforeseen relationships may emerge
May increase the costs for the
Establishments
Developing sanctioning power
Incompliance with the current industrial
zones
Lack of infrastructure
Decreases the investments since it
prevents industrial development
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areas
Ensures planned housing and development
Enables to create and implement the risk
maps
Destruction on the natural sites
Financial Support
In accordance with the Cabinet Decree No: 15199 of Undersecretary of Treasury, environmental
investments are subject to VAT exemption and customs exemption, and given interest support.
KOSGEB might also offer such a support to SMEs.
There might be loan supports which will be returned. Investments within the scope of safety measures
might be accepted as environmental investments, and enterprises might apply to Undersecretary of
Treasury.
Possible organizational structures for governmental support to SMEs:
Undersecretary of Treasury, Directorate General of Incentives
KOSGEB (Republic of Turkey Small and Medium Enterprises Development Organization)
Turkish Export Promotion Center (İGEME)
Development Agencies
European Turkish Business Centers
Undersecretariat of Foreign Trade
In addition, use of the European Union Pre-accession Aid Funds IPA) should be recommended.
Undersecretary of Treasury also provides insurance premium support. This might be considered
together with VAT exemption.
KOSGEB offers various opportunities for SMEs via loan support and technical support programs.
With respect to the measures towards prevention of accidents, it is recommended to provide low
interest loan support. Technical assistance opportunities such as project and report preparation might
be considered under the umbrella of Technical Assistance Programs.
Table 35 - Opinions of Central Public Organizations concerning Financial Supports
Advantages Disadvantages
Providing
government
support to SMEs
Easy harmonization of SMEs with
environmental legislation
More reliable Establishments
Supporting the environmental investments of
SMEs
Ensuring the survival of SMEs
It might lead to financial and
administrative laziness
It might decrease competitiveness
Increasing bureaucracy in SMEs
Use of support for its purpose
Budgetary burdens (governmental
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There might be training and technical
assistance
Supporting effect for future
It facilitates the business of SMEs
Raising the awareness relating to training
among SMEs
Taking appropriate measures in SMEs
It protects competitiveness in foreign markets
Seveso category of the SME applying for
support is determined
expenses)
Providing tax
deduction for the
SMEs
Supports for environmental sanctions
Awareness relating to environmental
sanctions
Applicable method
Ensuring the survival of SMEs
SMEs might develop themselves
Financial support for SMEs
It protects competitiveness in foreign markets
Easy harmonization of SMEs with environmental legislation
It facilitates finding financing
Decrease of tax income
Unfair competition
Unfairness in tax applications
Providing
government
support for high
risk zones
Ensuring the survival of SMEs
SMEs might develop themselves
A safer environment for environment and
human health
It is appropriate to provide governmental
support to these Establishments as there will
be responsibility
It might encourage the Establishments move
to less risky areas
It enables taking more safety measures in the
event that Establishments do not resettle
It enables taking measures in necessary areas
by decreasing the hazard level
Negative effect for organizations
which are not in risky area
Difficulties and cost of management
and inspection of governmental
support
Unfair competition
Financial burden
Budget burden (governmental
expenses)
It might encourage investment in
highly risky areas. It might be better
to change it in way to support the
investments in less risky areas.
As the establishment will take into
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account this while calculating the
cost, there is no need for a separate
governmental support.
The results of the working groups composed of participants during national consultation process (roles
and needs of various organizations in the scope of Seveso II) are given below in
Table 36 - The Roles and Needs of Various Public Organizations in the Scope of Seveso II Directive
Organization Role of the Organization During the
Implementation of Seveso II Directive
Needs of the Organization During the
Implementation of Seveso II
Directive
Ministry of Labor
and Social Security –
Training and
Research Centre
They might play a direct role in
inspection, training, raising awareness,
risk assessment, reporting, technical
assistance, financing and policy
development.
A pool of trainers might be used
To develop training modules needed by
public organizations and institutions
within the scope of the directive, and to
deliver trainings
To contribute to the preparation of
implementation guidelines for relevant
enterprises, to explain the liabilities in
the guidelines to organizations and to
run a counseling process
Training of the personnel in
question,
Necessary protocols need to be
prepared in order to delegate the
coordinator organization for training,
As there are many stakeholders, a
council might be set up and it might
be responsible solely
Training of the personnel about
relevant directive
TURKSTAT
Generating databases relating to
relevant organizations, collection of
data and ensuring sustainability
General Directorate
of Land Registry
and Cadastre +
Ministry of Public
Works and
Settlement
Land use (selection of location and
resettlement after accidents)
Giving necessary information to
Establishments having hazardous
substances
Completion the nationwide cadastre
work, designing a location defining
system, and transition to Land
Registry and Cadastre Information
System are necessary.
Provincial
Directorate of
Disaster and
Management of the crisis after accident,
implementation and finalization
Conflict of authorizations should be
prevented
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Table 36 - The Roles and Needs of Various Public Organizations in the Scope of Seveso II Directive
Organization Role of the Organization During the
Implementation of Seveso II Directive
Needs of the Organization During the
Implementation of Seveso II
Directive
Emergency
General Directorate
of Mineral Research
& Exploration
Scientific and technical support
concerning appropriate management of
mineral waste
Ministry of Interior,
General Directorate
of Provincial
Administration
Determining the location of the
Establishments within the scope of the
Directive, providing licenses, making
emergency plans and inspection, in
order to minimize the hazard during
accident, efficient use of law
enforcement, fire brigade, ambulance
and civil defense services, and in the
implementation Ministry of Interior,
Special Provincial Administrations and
Municipalities are highly responsible.
Informing the relevant organizations
about the Regulation and other
arrangements
General Directorate
of Local
Administrations
Ministry of Interior might conduct
inspections via inspectors upon request.
Social Security
Organization
There is no role stemming from the
Directive. It is ready to take necessary
responsibility.
Increasing inspections and
decreasing unregistered employment
Prime Ministry,
Disaster and
Emergency
Management
Presidency
Presidency of Planning and Hazard
Mitigation, Risk and Strategy Working
Group: it has a role to ensure
coordination and to make projects
relating to defining risks, estimation,
and early warning.
Making the analysis of needs for the
in house training relating to
technological disasters,
Strengthening the search and rescue
teams of provincial directorates
about this kind of accidents,
Setting up warning-alarm systems,
As technologic accidents are not
included in provincial emergency
plans, making an arrangement about
it and preparing a training,
Integration of external emergency
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Table 36 - The Roles and Needs of Various Public Organizations in the Scope of Seveso II Directive
Organization Role of the Organization During the
Implementation of Seveso II Directive
Needs of the Organization During the
Implementation of Seveso II
Directive
plans to be prepared for Seveso
Establishments with provincial
emergency plans.
Ministry of
Environment and
Urbanization –
General Directorate
of Environmental
Impact Assessment
and Planning
Defining the locations, monitoring and
inspection, informing the public
Safety Information Forms should be
integrated in relevant parts in EIA
reports in place of presenting as
attachments.
During the sanctioning on Seveso
Establishments, EIA reports should
be detailed and there should be
special study about it.
Ministry of Labor
and Social Security -
Inspection Board
Investigating and approval of safety
reports, informing related
organizations,
Inspections,
Investigating accidents,
Sanctioning.
Setting up a separate Seveso
inspection team,
Delivering training to inspectors
about investigating the safety
reports,
Designing an inspection model and
giving a training,
Defining of Establishments in the
scope, programming the inspections
and setting up an archive system,
Designing a reporting system,
Defining accident inspection criteria,
Making arrangements about
legislation (communiqués etc.)
Harmonization of the current
legislation (Labor Law etc.)
Acquisition of materials and
equipment.
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Table 36 - The Roles and Needs of Various Public Organizations in the Scope of Seveso II Directive
Organization Role of the Organization During the
Implementation of Seveso II Directive
Needs of the Organization During the
Implementation of Seveso II
Directive
Ministry of Labor
and Social Security –
İŞGÜM
Assessment of Safety Reports,
inspection of major accidents,
investigation of accidents.
Preparation of guidelines for Safety
Report.
There might be a training need in the
event that it has a role relating to
supporting preparation of Safety
Report,
Strengthening the human resources
infrastructure of Inspection Board,
increasing the number of technical
inspectors
KOSGEB
Financing, training and raising
awareness for SMEs
Necessary infrastructure is available;
budget of the KOSGEB might be
increased in order to support SMEs.
Training of environmental and
energy experts employed in the
organization in this subject
Ministry of Food,
Agriculture and
Livestock – KKGM
Capacity development
Efficient and appropriate share
between Ministry of Food,
Agriculture and Livestock and
Ministry of Environment and
Urbanization
Ministry of
Transportation
Resettlement of public and immediate
removal from the area in emergency
action plans.
Creating a connection with ADR and
defining it.
Ministry of
Transportation
General Directorate
of DLH
Construction
Making necessary arrangements to
prevent conflict of authority
Turkish standards
Institute
Defining product and establishment
standards, if necessary
Improvement of laboratory
infrastructure about examination and
experiment.
Ministry of Health
Health Protection Strip
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Table 36 - The Roles and Needs of Various Public Organizations in the Scope of Seveso II Directive
Organization Role of the Organization During the
Implementation of Seveso II Directive
Needs of the Organization During the
Implementation of Seveso II
Directive
Ankara
Metropolitan
Municipality
Permits for setting up and operation of
an establishment,
Intervention of fire brigade during
accident
Undersecretary of
Customs, General
Directorate of
Customs
There might be contribution relating to
completion of customs procedures
when emergency intervention
equipment and materials are imported
or taken as a grant.
State Planning
Organization
Providing investment support for risk
mitigation projects
Making contributions to define the
strategies to prevent accidents
Prioritization might be used for
facilitating the transfer of
investments,
General Directorate
of Public Security
Control and organization of traffic
during accident
It will give information to General
Directorate of Public Security about
the importance and dimension of the
accident and the measures needs to
be taken. If there is a communication
unit, the measures taken will be
useful.
Ministry of Industry
and Trade
To determine the business actors that
will be within the scope,
Approval of the location,
Raising awareness among business
actors,
Disaster management
Environmental protection
Broadening the scope of the
compulsory insurance relating to
environmental pollution
Data provision might lead cost
Secretariat General
for European Union
Affairs
Ensuring coordination among
organizations and monitoring and
evaluation of IPA Project
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Table 36 - The Roles and Needs of Various Public Organizations in the Scope of Seveso II Directive
Organization Role of the Organization During the
Implementation of Seveso II Directive
Needs of the Organization During the
Implementation of Seveso II
Directive
Undersecretary of
Treasury
Support might be provided in terms of
data provision. Insurance agents may
report the companies which
produce/sell/transport explosive
materials to Undersecretary of
Treasury.
Insurance agents might monitor and
follow the risk control mechanisms and
prevention measures during insurance
period.
Turkish Petroleum
Corporation
It will undertake necessary work
relating to safety management and
environmental protection during
production and drilling activities, and
take required responsibility about
making emergency plans and risk
assessments.
What needs to be done within the
scope of this Regulation will be
studied and the needs will be
determined according to results.
Energy Market
Regulatory
Authority
Update in the content of EIA Report
and a standard defined for the
implementation of the Seveso II
Directive will meet the needs.
Also update of the content of the
inspection and investigation
conducted during the delivery of
GSM licenses.
Second National Consultation Meeting II, January 4 2012
Policy Area 1: Administrative Structure
The general opinions on this policy area indicated that current CAs structure is capable for the
implementation of the Directive. However, participants stated that if the legislative and institutional
adjustments are made, it is also possible to have three competent authorities. Moreover, participants
point out that a coordination body is needed either under the existing body or new. All participants
also agree on lack capacity in the local level.
Policy Area 2: Regulation of Risk Instruments and Standards
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At the meeting, officials from MoLSS said that there are risk assessment applications used in labor
health and safety issues; however, they must be adapted for the Seveso II Directive. Some of the
participants agreed on performance based risk assessment option but they also point out that standards
and rules should be identified by state.
Policy Area 3: Land Use Approach
There are different opinions on the Land Use Approach. Participants agreed on consequence-based
approach provide better safety for both public and environment. However, risk based approach also
favored when current situation of Establishments in Turkey. Participants also approved that land use
approach must be differentiate with respect to new and old Establishments.
Policy Area 4: Sanctioning Strategies
The current approaches to the sanctioning policies are found to be suitable for the sanctioning policies.
Annex - 20. 2. Local Consultation Process, December 2011- January 2012
The local consultation process was held in Adana, Istanbul, Izmir and Kocaeli provinces. The
representatives of the related industrial organizations and public institutions within the selected
provinces were invited to participate in the workshop for the Regulatory Impact Analysis of the
Seveso II Directive to deliver their opinions and views. Meetings were held with the key public
institutions and organizations, which were unable to attend the workshop.
Table 37 - Local level workshops and workshop
dates
Figure 45 - Number of Participants During the
consultation process
In the workshops held in the selected four provinces, mainly information was given to those industrial
institutions constituting the main interest group if the Directive and feedbacks are obtained. The
common agenda to be followed within the above-mentioned workshops are determined in cooperation
with the Ministry of Environment and Urbanization. The issues that discussed in the workshop were as
follows:
Feedback and reporting
Safety Management Systems
Inspections
Use of land
Sanctions
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Consultation Process in Kocaeli
One-day workshop was organized in Kocaeli with the co-operation of Chamber of Industry in Kocaeli,
East Marmara ABİGEM and TOBB. The workshop aimed to inform the business actors as well as the
local authorities in the region, about Seveso II RIA Studies, as well as liability of business after the
Directive has come into force.
Consultation Process in Adana
One-day workshop was organized in Adana with the co-operation of Chamber of Trade in Adana,
ABİGEM Adana and TOBB. The workshop aimed to inform the business actors as well as the local
authorities in the region, about Seveso II RIA Studies, as well as liability of business after the
Directive has come into force. Provincial Directorate of Environment and Forestry, Fire Brigade
Department, Provincial Directorate of Disaster and Emergency Management are presented in the
meeting.
After the workshop, a meeting was held with the Manager of Hacı Sabancı Organized Industrial Area.
Also, Health and Safety Executive of the Area has been interviewed in terms of safety issues and
enforcement within the Area.
Consultation Process in İzmir
A half-day workshop was organized in İzmir, with the co-operation of Aegean Region Chamber of
Industry and TOBB. The workshop aimed to inform the business actors as well as the local authorities
in the region, about Seveso II RIA Studies, as well as liability of business after the Directive has come
into force. The head of Provincial Directorate of Disaster and Emergency Management has also put
contribution to the workshop.
Consultation Process in İstanbul
A half-day workshop was organized in İstanbul, with the co-operation of Chamber of Industry in
İstanbul and TOBB. The workshop aimed to inform the business actors as well as the local authorities
in the region, about Seveso II RIA Studies, as well as liability of business after the Directive has come
into force. Apart from the business representatives, officials from related governmental bodies also
attended the workshop.
Annex - 20. 3. Consultation Process on Land use Planning
In addition to central and local consultation processes, a specific consultation process has been carried
out on Land Use Planning issue. In order to have an aligned process with the overall consultation,
Kocaeli, Adana, İzmir, Ankara and Sakarya Metropolitan Municipalities have been interviewed. REC
Turkey RIA experts have conducted interviews via telephone, and the target audience were the experts
from local authorities as well as from Organized Industrial Zone (OIZ).
The interviewees have been questioned about the implications of land use planning within either their
municipal areas or the organized industrial zone. The results have shown that in different cities or
zones, the applications of regulations differ. It shows that there is nearly no consistency among these
applications, since health protection zones and highway protection lines are various. Therefore, it can
be concluded that there is a lack of consistency as there is no comprehensive regulation followed by all
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authorities. This lack of consistency hinders equal opportunities for competition among
Establishments as well as remains confusion among the competent authorities.
Annex - 20. 4. Questionnaire
In the process of Seveso II Directive RIA study, the questionnaire forms were sent to the operators to
determine strengths and weaknesses, together with an overall assessment of the implementation of the
requirements imposed on operators of Seveso Establishments.
In 2010, the REC e-mailed a questionnaire to 80 Establishments located within the pilot provinces
namely Izmir, Adana and Kocaeli and Yalova. The participants are then requested to deliver their
views and opinions in writing. The survey aims to get information on current practices and future
implementation plans of the Directive requirements. 52 of the 80 Establishments answered the
questions (see Table 38 and Table 39).
Table 38 - Target Industry Sectors Table 39 - Target Provinces
Industrial Sector of Establishment
Number of Establishment
Chemical Installations (Excluding petrochemicals)
27
Petrochemicals 10
Manufacturing 7
Processing of Metals 4
Water and sewage and waste management
4
Location of Establishments
Number of Establishments
Kocaeli 27
İzmir 20
Adana 3
Sakarya 1
Yalova 1
Method of the study
The questionnaire contains 36 principal questions. Some questions were in two or more parts. An
opportunity to provide additional information appeared with many questions.
It is aimed to select the representative sample of Establishments and industrial sectors to analyze the
implementation of the requirements imposed on operators of Seveso Establishments. The survey
therefore focused on provinces covering more than 27% of the total number of Seveso Establishments,
and on the contributors of 25% of accidents reported in TAIS during the period 1993-2010. 90% of the
Establishments are within the organized industrial zones.
An analysis was performed in terms of distribution amongst the representative provinces, contributors
to the number of accidents reported and industrial sectors. By end of April 2008, operators submitted
52 completed questionnaires.
It is estimated that the number of Seveso Establishments covered by the survey is more than 10% of
the total number of Seveso Establishments in Turkey.
It is estimated that the number of Seveso Establishments covered by the survey is more than 10% of
the total population of Turkey.
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General Structure of the Survey
The survey enabled an analysis to be made of the situation as regards the following issues in Box 25.
Box 25 Content of the Survey
I. General Information
II. Notification III. Quality management systems
IV. MAPP
V. Safety report
VI. Emergency action plans VII. SMS
VIII. Training
IX. External emergency plans
X. Information to public
XI. Inspections XII. Red tape
XIII. Land use
XIV. Domino effect
XV. TMS XVI. Burdens of Directive
XVII. Stakeholders
XVIII. Accidents and emergency response history
General Results of the survey
The survey has shown that implementation of the requirements of the Seveso II Directive will lead to a
higher level of safety, since the requirements of the Directive contributes to extra control on the major
accident risks and enables developing measures to control risks.
Respondents accept that Directive brings substantial requirements and they have to take additional
measures, but these will not affect the product prices or will not require huge investments on safety
measures. However, operators claim that they need technical assistance to implement the Directive
properly. Operators agree that it will require 2 years on average to implement the provisions of the
directive.
According to the answers, the notification of the establishment is still going on, there are some
operators who did not register to the system and who registered but not notified the chemicals.
Operators’ answers indicate that notification procedure is so time consuming.
Most of the respondents are aware of Seveso II Directive; however, they do not know what the
Directive brings in depth. In addition, the general organizational structure of the Establishments for the
prevention and limitation of major accident is mainly concentrated on mitigation of the accidents i.e.
the emergency responses. The great majority of the respondents indicate that they implement the
quality management systems (ISO 9001, OHSAS 18001, ISO 14001) and carry out risk analysis as a
requirement of these systems.
The respondents’ answers show that 65% of them do not have MAPP. This indicates a level of
knowledge for the general implementation of the Directive.
As Directive requires, the Upper-Tier Establishments have to draw up safety reports, according to
answers only 63% of operators have safety reports. These safety reports have some deficiencies in the
context of the Directive such that 40% of them do not include the identification of major accident
hazards and 20% of them do not have risk assessment practices. Most of the Establishments (94%)
have internal emergency plans. Nearly half of the operators tend to receive consultancy for the
preparation of the documents. There are also questions on the cost of these services but answers do not
provide general idea (estimation) on the costs.
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The respondents agreed that the approach of their safety management system is well-suited to prevent
major accidents and mitigate their consequences. Respondents (83%) concluded that their SMS are
sufficient for provisions in the Seveso II Directive.
There is also clear evidence that trainings are being carried out in the scope of Safety-Quality-
Environment in a year in Establishments. 46% of respondents carry out 1 to 3 training in a year, 23%
of the respondents carry out trainings over 11 in a year.
Majority of the respondents (75%) stated that they are not involved in any implementation of external
emergency plans procedure.
Answers were mostly negative concerning information of the public provisions. Majority of the
Respondents (80%) say that they do not inform public and do not have any mechanism for it. Only
15% of the respondents inform the public by own or via municipalities.
The other important component of the Directive is Land Use. Operators stated the distances to the
residential areas at the time their establishment was established and the current distances. Respondents
answers indicates that there is a nearly 50% reduction in the distances to residential areas since their
foundation. Although the majority (94%) of the respondent say that there is no structure in their safety
zones, safety distances are short in distance, which increases the exposure negative consequences of
the accidents for residential areas.
On the other hand, operators accepted responsibility in case of being in the vicinity of the residential
area, they will tend to increase their investments on the safety measures, but operators are against the
relocation of their Establishments which costs heavily. Operators also say that they will establish
insurance policy for the dangerous substances in case of high risk for the surrounding population.
Domino effect is also problematic issue. According to answers, average distance to possible neighbor
establishment, which can results in domino effect, is less than 250 m. Most of the respondents gave the
same answers that they gave for Land Use Planning. According to answers there is nearly no practice
or cooperation considering domino effects.
To determine the administrative and business costs, survey included questions on costs of
implementing the Directive. However, most of the respondents did not have answers the questions on
cost items. Operators accept that Directive compliance costs is a significant factor but state that safety
costs are financially beneficial in the end, because they reduce the chances of facing the huge costs of
major accidents.
To summarize, all target groups think that the implementation of the requirements of the Seveso II
Directive has led to a recognizably higher level of safety in comparison with non-Seveso
Establishments.
The requirements of the directive contribute to creating awareness of the hazards and develop
measures to control risks. Responses to questionnaire showed that operators are aware of the directive
in certain areas and they have a good practice especially in Internal Emergency Plans.
However, in general perspective, operators need technical assistance to implement the Directive. SMS
and MAPP requirements have serious deficiencies and most of the operators do not have proper risk
assessment practices. Land use planning and domino effect issues are also missing.
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8. References
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9. List of Acronyms and Concepts
CPL Classification, Packaging and Labeling
DEMP Disaster and Emergency Management Presidency
DG ENV Directorate General for the Environment
DPD Dangerous Preparations Directive
EAS Environmental Approximation Strategy
EEA European Environment Agency
EC European Community
EEC European Economic Community
EEP External Emergency Plan
ElA Environmental Impact Assessment
EIONET European Environment Information and Observation Network
EIPPCB European Integrated Pollution Prevention and Control Bureau
ELV Emission Limit Value
EMAS Eco-management and Audit Scheme
EU European Union
GHS Globally Harmonized System
IED Industrial Emissions Directive (2010/75/EU)
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IPPC Integrated Pollution Prevention and Control
IPA Instrument for Pre-Accession
IPPC Integrated Pollution Prevention and Control
ISO International Organization for Standardization
LCP Large Combustion Plants
LT Lower-Tier
LUP Land Use Planning
MAHB Major Accident Hazards Bureau
MAPP Major Accident Prevention Policy
MARS Major Accident Reporting System
MoIA Ministry of Internal Affairs
MoLSS Ministry of Labor and Social Security
MS Member State
NPV Net Present Value
NGOs Non-governmental organizations
OG Official Gazette
OIZ Organized Industrial Zones
PV Present Value
REACH Registration, Evaluation Authorization and Restriction of Chemicals
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RIA Regulatory Impact Assessment
Seveso II Refers to: Directive 96/82/EC as amended by Directive 2003/lOS/EC
SMS Safety Management System
SIA Sectoral Impact Assessment
SPIRS Seveso plants information retrieval system
SR Safety Report
UN United Nations
UT Upper-Tier
WHO World Health Organization
CAPACITY BUILDINGin the FIELD of ENVIRONMENT
Regulatory Impact Assessmentof EU Seveso II Directive (96/82/EC)