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CSIR Presentation to the CoGTA
Portfolio Committee
8 November 2017
2
Presentation outline
• CSIR Mandate
• CSIR history in Local Government domain
• CSIR service delivery support model
• CSIR offerings/projects
• Discussion and way forward
3 3 3
Our mandate
4 4
351
R2.7 bn
R168 m
The CSIR is a science council, classified as a national government business enterprise
In numbers:~ R2.15 bn
Total operating income (includes parliamentary grant)
The CSIR at a glance
Cape Town
Stellenbosch
Port Elizabeth
Durban
Pretoria
Johannesburg
Total investment in HCD
2016/17 actual
1 966
Total in SET base
SET base with PhD
2 740
Total staff base
72yrs
Contract income
R1 952 m
491
Publication
equivalents
1945 - 2017
5 5
The CSIR’s role in the national system of innovation
Technology transfer &
implementation
- impact on economy and
society
Technology development
- development of
technology (process, product,
service)
Strategic basic & applied research
- generation of new knowledge and application
of existing knowledge
Fundamental research
- understanding
fundamental principles
Research Impact Areas Flagships
Science, Engineering and Core Technologies (SET)
6 6 6
Research, development and innovation in response
to Local Government (LG) needs
The history of our work in the Local
Government (LG) domain:
• DCoG publish the Local Government
Turnaround Strategy (LGTAS) – Nov 2009
• CSIR formulates a response to that – Apr 2011
• CSIR engages with COGTA and is visited by
Dep. Min. and officials – 2015
• CSIR signs MoA with MISA to support SD to
priority districts – 2016 /17
• CSIR signs MoA with SALGA – 2017
• CSIR refines roadmap for assistance to local
government – Nov 2017
The CSIR key focus areas to
contribute through various
interventions are:
• Integrated planning and resource
allocation
• Sustainable implementation and
Monitoring and Evaluation
• Enhanced reach and access
7 7 7
"Many of the areas outlined here today are highly relevant, either directly or indirectly, but our focus at the moment is on the one-third of dysfunctional municipalities in our country and getting them back on track. Areas we would like to explore more concretely are the natural environment, national disaster management centre, local economic development, waste management, fire systems, the built environment, health, energy, defence and security.“ Deputy Minister Andries Nel (September 2015)
Statement by Deputy Minister
8 8
CSIR LGTAS Response (1)
Challenge • Infrastructure Development and Support,
• Efficient basic Service Delivery (SD),
• Capacity Building
• Local Economic and Enterprise Development (LEED) in
municipalities
Research, Development and Innovation (RDI) Support (see next slide for detail)
• Focus on Knowledge Generation Support
• Focus on Knowledge Application Support
Engagement Mode • Directly with municipalities
• In the municipal space and domain but with national and
provincial line departments
9 9
CSIR LGTAS Response (2)
© CSIR 2011
www.csir.co.za © CSIR 2011 www.csir.co.za
Kn
ow
led
ge Application
Su
pp
ort
Knowledge Generation Support
LG Application Domain
Local Government Responsibilities
Cooperative Governance Challenges
Infrastruc-ture
Basic Services Capacity Building
LE(E)D
Integrated Planning & Resource Allocation
Sustainable Implement +
M&E
Enhanced Reach & Access
Enterprise Creation Services
Tech Enabled Manufacturing
Services
Strategic Project and Programme
Services
Tech Enhanced Learning Services
Product & Process Dev.
Policy & Strategy Support
Systemic Design
Ener
gy
Bu
ilt
Envi
ron
men
t
Nat
ura
l R
eso
urc
es
Mat
eria
ls &
M
anu
fact
ure
ICTs
Offerings and Projects
11
Immovable Asset Management (IAM)
Challenge Government must comply with GIAMA and GRAP 17. Due to capability and capacity
constraints not all government areas can fully comply.
Response: IAM CSIR has developed an advanced IAM system and the capabilities to support
government with:
• Treasury compliant Asset Register;
• Building preservation programme;
• Predictive maintenance planning;
• Advanced computerized IAM
System;
• Asset Management Policy;
• Depreciated replacement cost ;
• Condition monitoring of assets;
• Asset Preservation Policy; and
• Asset norms and standards.
Outcome • GIAMA and GRAP 17 compliance.
• Up to date maintenance plans.
• Comprehensive asset registers .
12
Water Sustainability Services
Challenge Local Municipalities experience capacity and capabilities constrains in
the management of water sustainability.
Response: Water Sustainability Services • Assist municipalities and organs of state to improve their KPIs and
Objectives.
• Aid municipalities in practicing policy-driven principles &
implementing strategic action plans that are related to service
delivery through continued support.
• Development of Water Management Plans (i.e. Water Safety Plans,
Lake Management Plans, Stream Rehabilitation Plans, Risk
Abatement Plans, Ecology Studies, Bulk Water and Sewer Plans,
etc.)
• Facilitate capacity-building
• Water testing services
Outcome • Water and Waste Water Treatment, Green Drop and Blue Drop
assessments and intervention plans
• Water Resources Management Plans
• Laboratory Accreditation Support Services
13
Hydra Water Quality Monitoring System (HWQMS)
Challenge Develop a local water quality monitoring technology for waste water
plants.
Response: HWQMS • The Hydra Water Quality Monitoring System (HWQMS) is a near
real-time system that is intended for the monitoring of the water
quality in Waste Water plants.
• It makes use of high quality industrial sensors and reports that
sensor data to a central CSIR server.
• Collated data is then presented via a webserver interface to the
user.
• Implemented in the CoU, eThekwini Metro Municipality
Outcome • Near real-time data (water quality) displayed in a dashboard.
• Effective remote plant operations management.
14
Water Skills demand forecasting
prototype
Challenge
The lack of management of scares skills in
the water selector.
Response: Skills Demand Forecast
• The prototype focused on the skills gap
in the water sector, to establish
analytical relationships between
infrastructure, demand and necessary
skills.
• Moses Kotane Water Works was used
as a test case for the model.
Outcome
The systems generates warnings, and
reports when plant capacity is exceeded,
which assist for better resource planning
and scheduling.
15
Indigent Registers System-Tirelo Bosha
CSIR developed System • National portal: Enrolment, regular
and swift dissemination of information
• Self Service Kiosk: automated self-
service with a 24 hours availability
(enrolment, info update, job portal,
indigent feedback, training
opportunities etc.)
• Handheld device: Mobile indigent
identification and verification
• Currently in pilot at Ramotshere
Municipality.
• Impact: Fraud detection, indigent
empowerment, strengthened inter-
municipal collaboration, etc
Challenge: Reliability and integrity of data
on indigent population
Objective: To assist municipalities in service
delivery efforts & the implementation of
robust administration system for the indigent
population
16
Settlement based population growth projections
Challenge • There are different dynamics driving settlement level
population growth in the country.
• Currently the most detailed growth projections for the country
is done as a Local Municipal level.
• There is a need to have more detailed population growth
data to allow for better service delivery planning at a
settlement level
Research and development: Settlement growth model • CSIR has developed a beta version gravity model to predict
settlement level population growth at a national level using
macro inputs from external population growth models.
Outcome • A model predicting population growth on a settlement level
for the entire country.
Impact • Scenario based demand forecasting which impacts on
service delivery in the broad.
17
Infrastructure Service Delivery Assessment
Challenge • MISA is assessing the infrastructure backlog of 27 distressed
district municipalities to determine service delivery gaps, the
possible root cause and identifying interventions.
Response: MSDAT • CSIR has developed the Municipal Service Delivery Assessment
Tool (MSDAT) to assist with the collecting and collating of strategic
data to produce standard assessment reports with recommended
interventions.
Outcome • A responsive web-based (can be viewed and used on all devices)
tool.
• Three assessment reports with intervention recommendations.
18
The Corrective Action Request and Report System
(CARRS) for Municipal Services
Challenge • Uneven performance in the public service sector and lack of monitoring
systems have resulted in poor enforcement of corrective action
• Frequent breakdowns as a result of ageing infrastructure, inadequate
service delivery, and poor engagement with communities results in
communities resorting to unorthodox ways of engaging with authorities, such
as violent service delivery protests
Research and development: CARRS • CSIR has developed a web-based incident management (CARRS) to assist
communities in reporting water service delivery challenges, and for
municipalities to timeously respond to the reported challenges
Outcome • The CARRS system has been piloted in eight (8) of South Africa’s Priority
Districts Web-based tool to communicate and respond to service delivery
incidents
• Future development to focus on other municipal and essential services
Impact • Municipalities are now able to visualize performance of infrastructure meant
to deliver services (through the extent of incidents reported) on the ground,
and are able to timeously respond to the reported challenges
• Municipalities are gradually improving their response times in addressing
reported incidents
• Communities feel engaged when they see corrective action being
implemented on issues they have reported
19
Challenge Developing norms and standards to support local planning
processes in rural municipalities to ensure equitable and affordable
provision of social facilities (schools, clinics, etc.)
Research and development • Developed norms and standards for rural social service provision
for the entire South Africa packaged in a dynamic toolkit
(accessible on- and off-line) showing the level of need for
various social facilities per town / settlement spatially based on
the actual population demand per place.
• This will guide the level of investment needed in each place for
new (or upgrading of existing) social facilities across SA.
Outcome • National comparable norms and standards for social facilities in
rural towns and settlements
• Planning support toolkit to guide social facility planning
processes
• Training to all relevant local municipalities and relevant national
departments
Planning Support for better Social Infrastructure -
Developing a Social Facility Provision Toolkit
20
Creating sustainable human settlements:
A neighbourhood planning and design guide
Challenge • Despite well-intended measures, cities and towns are still
characterised by a lack of adequate infrastructure, facilities and
amenities, low levels of service and little or undesirable public
spaces.
• Practical planning and design guidelines - to be applied at
municipal level - are needed to address the inequalities and
inefficiencies of South African human settlements.
Research and development • The CSIR is in the process of revising and updating the Guidelines
for Human Settlement Planning and Design (Red Book).
Outcome • A practical guide that encourages integrated settlement planning
and design, promotes sound urban planning and design principles
and assists in improving the efficiency of engineering services and
infrastructure.
Impact • Liveable, integrated, efficient, safe human settlements.
21
Visual Surveying Platform - Pothole detection module
Challenge • “Potholes are costing motorists R50 billion in injury and vehicle
repairs every year” (source: MNet, Carte Blanche, 2010)
• It is a problem in developing and developed countries.
• The backlog on road maintenance is growing in some municipalities.
Response: Visual Surveying Platform CSIR has developed a visual surveying platform (VSP) to assist road
engineers and municipalities with the maintenance of road infrastructure
by collecting and analysing road data in order to detect and highlight
defects.
Outcome • Integrated system to manage and maintain the condition of road
infrastructure
• Analysis of the video stream to detect and quantify road defects
• Data and analytics
• Visualization
• Application
Module to survey road signs are also available.
22
Challenge
• To improve energy, water, waste and materials efficiency
Technology intervention
• Since 2010, the National Cleaner Production Centre,
South Africa - hosted at the CSIR on behalf of the dti has
saved companies R1.54 billion through the implementation
of the Industrial Energy Efficiency Project
• In 2015/16, the NCPC-SA assisted companies to achieve
R75 million in resource savings and identified R232 million
in potential savings through resource efficiency and
cleaner production assessments
• Also strong focus on supporting municipalities through
skills development, assessments, industrial symbiosis and
eco-industrial parks programmes.
Transitioning to a low-carbon economy – resource
efficiency
23
Waste Management - Separation at Source (S@S) Costing
Model
Challenge • National Waste Management Strategy (NWMS) sets target for
metros, secondary cities % large towns to implement (S@S)
recycling programmes (DEA, 2011)
• Municipalities must provide (or out-source) a collection system that
keeps recyclables separated from general waste to allow for
recovery & recycling
Response: SASCOST • CSIR has developed a Decision Support Tool (SASCOST model)
to assist municipalities assess costs & benefits of different
collection options in their context
Outcome • Model has been tested with a number of municipalities
• Approved as Technology Demonstrator (TRL 6)
• Currently seeking funding or a licensing partner to take the tool
forward and roll it out
Impact • Facilitates decision making and implementation – potential for
significant job creation and economic benefits
24
Challenge Using innovative Information & Communication Technologies
(ICTs) to foster digital inclusion amongst South Africa’s rural
communities
Response • Developing, packaging and deploying different forms of off-grid
and ruggedized computers, devices and connectivity in deep
rural areas
• Evaluating different models for technical support, operations
and maintenance with the aim of designing and implementing
long term sustainable initiatives
• Ongoing monitoring & evaluation of uptake and use
Outcome • ICT Centres implemented, 71 sites connected to internet, and
84 schools being supported
• 46 Narysec Youth trained and deployed for technical support
• Marginalized and underserviced communities provided with
opportunities to interact with technology and to have access to
information needed for improving their life chances
Information & Communication Technology for Rural
Communities
25
Small town regeneration (STR): Developing regional
development frameworks to support small town economies
Challenge • Local economic development is one of the key aspects to grow the
national economy and provide people with a better quality of life.
• Towns are agglomeration points of human activity and need to be
supported with relevant information to play an optimal role in this
process.
• Towns are also nodes within regional networks with different roles
and strengths and this needs to be understood better to achieve
the above mentioned.
Research and development: STR initiative • CSIR together with SALGA (and also through the NSDF with
DRDLR and DPME) is developing a national dataset on functional
settlement footprints (towns); and establishing the linkages and
interdependencies between these places based on their economic
and public service roles
Outcome • National settlement layer
• Framework for regional development
• Establishing town roles within regional development initiatives;
making towns the nodal points for development
Impact • Stronger regional development plans based on local strengths
26
City of Tshwane Example:
• BPO Park
• Feasibility study
• Establishment in progress
• Agro-Processing Hub
• Feasibility study of hub
• Feasibility of 10 production lines
• Bio-Energy Facility
• Pre-feasibility study of facility
• Feasibility study at Daspoort site in progress
• Clothing and Textile Hub
• Feasibility study of hub
• Feasibility of five production lines in progress
Enterprise Development & LED Support to Metros:
Farming area
27
Special Needs and Skills Development Programme (SNSD)
Challenge • SMMEs have a lack of understanding of environmental legislation,
need for EA & the BA process.
• Environmental aspects are not included in the business plans.
• No allocated BA funds when applying for funding. Applicant does
not have money to appoint consultants to undertake the BA.
Response: SNSD Appointed by DEA. The SNSD Programme does environmental
assessments for projects in the following sectors:
• Agriculture- e.g. sugar cane farming, piggeries and chicken broiler
facilities;
• Tourism –e.g. establishment of the Dinokana cultural village in
North West;
• Aquaculture projects;
• Small scale mining projects.
Outcome • Assist SMMEs from disadvantaged communities to obtain
Environmental Authorisation.
• Phase 1: 10 projects were approved-received EA.
• Phase 2: 15 BA s are currently being undertaken.
28
Municipal Catalyst and Incubator for Innovative
Solutions (MCIIS)
Challenge • The availability of big data intelligence for municipalities
• Lack of decision making support tools
• The implementation of science, technology and engineering
solutions on a sustainable level
• Using SET solutions to stimulating local economic and enterprise
development
• Systems thinking to understand and manage inter-dependencies;
• Innovative capacity and capability development
Research and development: MCIIS • CSIR has develop the Municipal Catalyst and Incubator for
Innovative Solution model to address these challenges
Objectives of MCIIS • Enhance current SET solutions for implementation in local
municipalities that will assist in reducing backlogs and improving
service delivery
• Create opportunities for local economic development
• Create enterprise development opportunities
• Create an environment where technology readiness can be
verified, packaged and implemented
29
Municipal Catalyst and Incubator for Innovative Solutions (MCIIS) Big Data Intelligence
(Connected Data)
Decision making tools. Business Intelligence.
Visualisation of big data.
Enhanced Science, Technology, Engineering
Solutions Utilisation of science,
engineer and technology (SET) approaches that will assist with addressing a range of
challenges at local municipality level.
Capacity and Capability Development
Create systems - thinking people that can support /
implement innovations with the ability to replicate these
innovations. Support service delivery improvement agencies.
Outcome
Visual Data Intelligence.
Municipal Catalyst and Incubator for Innovative Solutions (MCIIS)
Innovative solutions that works and that are
sustainable.
Provide local economic and enterprise development
opportunities. Service delivery improvement.
Continuous Improvement Feedback.
Science, Engineering and Technology Focus
Impact: Improved Governance / Working Municipal Solutions / Growing & Sustainable LE(E)D
Municipal Catalyst and Incubator for Innovative
Solutions (MCIIS)
30
Conclusion
Discussions and Way forward
Thank you
32
Atlantis Water Supply Scheme (AWSS):
Managed aquifer recharge and storage
Challenge • Since the 1970s, the town of Atlantis on the dry west coast of
South Africa has relied on an innovative process whereby
wastewater and stormwater are transferred underground to be
stored in an aquifer for future use.
• The long term sustainability of the AWSS needs to be ensured by
the City of Cape Town Municipality.
Research and development: • The CSIR has conducted ongoing assessments of the operational
and technological requirements of the AWSS.
Outcome • Scientific and operational support functions supplied by the CSIR
include groundwater monitoring, training and guidelines for City of
Cape Town staff, rehabilitation and un-clogging of boreholes.
Impact • Improved data and information for the sustainable management of
the Atlantis water Supply Scheme
33
Social facility provision toolkit
Challenge • Knowing how many of what type of social facilities are needed
where in the country, and when these are needed.
Research and development: Social facility planning • In order to allow nationally coordinated investment in social
facilities to ensure equitable access, to e.g. education and health,
CSIR has developed: • National guidelines on the amount and type of facilities needed for
various types of settlements in rural and urban areas
• An interactive application where users can find the settlements they
want to plan for and query the amount of facilities needed at that
locality.
• The application and guidelines also indicate the most optimal (best
accessible) nodes in the country which needs investment in higher
order services like regional hospitals which can (and are) not provided
at a local level.
Outcome • An GIS enabled application which can be accessed on-line and off-
line to support social facility planning
Impact • More efficient, better coordinated and targeted government
investment in social facility provision
34 34
Transforming human settlements
Challenge • Modelling housing demand
Research and development • Developed a housing demand model in partnership with the Palmer
Development Group
• The model combines a range of data and assumptions to predict
changing demographic patterns
Outcome • The CSIR is training officials from the Gauteng Provincial
Government in the use of the housing demand model as a
decision-making tool
• The same model can be applied in other metros
35 35
Improving health
Challenge • Improving access to specialist obstetric care to improve foetal
health
Research and development: Umbiflow • An ultrasound device used in clinics to determine foetal health
• Device capable of detecting foetuses at risk of death during
pregnancy
• A field trial was conducted in Kraaifontein, in the Western
Cape and in Tshwane district.
Outcome
• First six months revealed that perinatal mortality rate for
women who had access to Umbiflow testing was 11.3
per 1 000 deliveries, compared to 20 per 1 000
deliveries
36
Challenge: • eThekwini set itself a goal of being ‘By 2030, Africa’s most
• caring and liveable city. To help achieve this goal, it commissioned
• the CSIR to design, develop, demonstrate, and then implement an
• integrated indicator system to help guide sustainability decisions
• in the metropolitan area
Research and development: • Custom software was developed to take exisiting data that the municipaliy generates,
explore it and combine it into any number of indicators that show progress
• towards a viable and improved future (a ‘safe space’).
Outcome: • A “real-time” decision support tool, which allows the municipality to explore various options
of their Integrated development plan in workshop mode in order to optimise their plans
based on differnet scenrarios informed by municipality specific indicators.
Impact: • Creating better and more inclusive living conditions for all within the municipality.
Indicator system to help guide sustainability
decisions in eThekwini
37
Challenge: • To identify potential instruments that could be adopted by Pikitup and CoJ to encourage
households and businesses to increase their participation in S@S recycling programmes
Research and development:
Outcome: • RIs/EIs on their own will not encourage households to participate in waste S@S;
• Supporting service delivery/infrastructure (bags, bins and recycling centres) and
information/awareness is a requirement to be in place
• Economic instruments is generally favoured over regulatory instruments in CoJ
Impact: • Increasing recovery of valuable resources back into economy & job creation
Implementation of regulatory and economic instruments to
encourage household and business participation in waste separation
at source
38
Challenge: • Illegal dumping accounts for about 20% of total waste disposed at landfill in CoJ. The
cost of clearing illegal dumping amounts to about R80 million per annum.
Research and development: • Unpacking the root causes of illegal dumping in the CoJ through interviews, focus group
discussions and workshops
• Identifying appropriate interventions to address the root causes in consultation with
relevant stakeholders
• Development of a strategy and action plan outlining short, medium and long term
interventions
Outcome: • A practical prevention strategy addressing the root causes of illegal dumping in the CoJ
context
Impact: • Monetary savings to the CoJ as a result of reduced dumping
• Improved living conditions for specially poor communities
• Improved visual amenity of the City
Development of an illegal dumping prevention strategy
for City of Johannesburg
39
Challenge: • The last AQMP for the CoJ was completed in 2003, prior to promulgation of the National
Environmental Management: Air Quality Act, which leaves a gap that falls outside the
recommended 5 year frequency for review. It was thus vitally important to develop an
updated AQMP, that was in line with all the regulatory advances in air quality
management since then.
• Data availability for development of emissions inventory
Research and development: • Development of a comprehensive emissions inventory most comprehensive
inventory developed to date for an AQMP
• Modelling of current ambient air quality and scenarios using CAMx air quality model (run
at CSIR)
• Assessment of the ambient air quality monitoring and management activities
Outcome: • This project prepared a technical assessment of the status quo of air quality and air
quality management in the City, as well as the Air Quality Management Plan for the City
of Johannesburg
Impact: • An AQMP is seen as a progressive advancement towards improved air quality for the
City of Johannesburg, and thus the plan itself sets the stage for activities to occur within
the next 5 years.
The development of an Air Quality Management Plan
for the City of Johannesburg
40
Challenge: • The quality of air quality monitoring in the City had not been consistently high since its
inception in 2004
• The City did not have one consolidated system to outline necessary norms, standards
and procedures for ambient air quality monitoring in their stations.
Research and development: • Development of the technical requirements of the Norms and Standards for air quality
monitoring and the ISO-17025
Outcome: • Development of a quality system for the City of Johannesburg’s ambient air quality
monitoring stations in accordance with the Draft National Norms and Standards for Air
Quality Monitoring, the ISO 17025 (General Requirements of the competence of testing
and Calibration Laboratories) and the SANAS TR-07-03 (Supplementary Requirements
for the accreditation of Continuous Ambient Air quality monitoring stations)
Impact: • The City of Johannesburg is required to monitor the ambient air quality in its jurisdiction
and to ensure that the monitoring results are complete, comparable between stations
and across time periods and traceable to National Standards.
• These Norms and Standards will allow the City to meet these requirements
• Ambient air quality data collected by the City will be of high quality, which is critical
to inform air quality management
The development of a quality management system for
the City of Johannesburg
41
Challenge: • Local governments are not capacitated via workshops, training programs and monitoring
reporting and verification guidelines to effectively collect data to support the
quantification of emissions from local government operations.
Research and development: • Development of Greenhouse Gas emissions inventory and emission accounting tool.
Outcome:
• The CSIR developed a GHG accounting tool for CoJ to track activities and emissions
related to internal operations within the city.
Impact: • The emission inventories compiled using this tool will allow the city to assess its risks and
opportunities, track progress, and create a strategy to reduce emissions from local
government operations in a quantifiable and transparent way.
Development of an internal operations greenhouse gas
emission inventory and emission accounting tool for
the City of Johannesburg
42
Monitoring the water resources of the
Cradle of Humankind World Heritage Site
Challenge
• The Cradle of Humankind World Heritage Site (COH WHS) enjoys international significance for its palaeo-
anthropological and archaeological treasures.
• It is the only UNESCO-protected karst landscape in the world that is threatened by acid mine drainage (AMD).
• This has generated wide and considerable concern for the preservation of the fossil sites on the property.
Research and development:
• A water resources situation assessment done by the CSIR has added new insight into the surface water and
groundwater resources and their interaction in the mainly karst environment.
Outcome
• A conceptual hydrogeologic model of the COH WHS was developed on the basis of compartments and sub-
compartments that better explain observed phenomena such as spring locations and yields.
Impact
• The assessment informs and supports sound management actions by the Gauteng Management Authority
directed at implementing an appropriate integrated water resources monitoring programme for the COH WHS,
so protecting its outstanding universal value in the interest and on behalf of all nations and humankind.
5 10 15 20 25 30 35 400
Riet Spruit valley
SOUTH-WEST NORTH-EAST
1620
1580
1540
1500
1460
1420
1380
1340
1300
DISTANCE ALONG SECTION LINE (km)
EL
EV
AT
ION
(m
am
sl)
Ste
enko
pp
ies
Co
mp
artm
ent
Rie
tfont
ein
Fau
lt
BLOUBANK SPRUIT SYSTEM TO UPPER CROCODILE RIVER SKEERPOORT RIVER TO MAGALIES RIVERLOWER CROCODILE
RIVER
MALONEY’S
EYE
CONCEPTUAL GROUNDWATER DRAINAGE PATTERN (ARROWED AS PER CONVENTIONAL COMPASS DIRECTION)
1a 1b 1c 2a 4 5 7 10
Zwartkrans Compartment Krombank Compartment Twee
fon
tein
Co
mp
artm
ent
Diepkloof CompartmentBroederstroom
Compartment
43
Cool Durban: Development of an urban heat model and
recommendations for the eThekwini Municipality
Challenge: • Urbanised areas are typically warmer than surrounding more rural and vegetated areas, resulting in a
phenomenon known as the Urban Heat Island effect. This effect is likely to be exacerbated in a
changing climate.
• The munciipality contracted the CSIR to simulate and characterise the urban heat island in eThekwini,
and to identify opportunities to reduce or mitigate the formation of these heat islands.
Research and development: • An Urban Canopy Model, called Town Energy Budget (TEB) is coupled within the Conformal Cubic
Atmospheric Model (CCAM), to model city climate at a 1km resolution.
• Assessment of the cooling and energy savings potential of the different mitigation and adaptation
technologies.
Outcome: • A modelling system that is able to simulate the urban heat island has been successfully developed at
the CSIR. The simulations of the urban heat island under current and future climates, are the first of
their kind to ever be performed in South Africa.
Impact: • Identification of key areas for interventions to mitigate the effects of the urban heat island effect.
• Prioritisation of mitigation and adaptation measures within urban areas that can be optimised to
mitigate the urban heat island.
44
Green book: Settlement adaptation guidelines in the face
of climate change
Challenge • Climate change and the impact of that on SA settlements is an
important factor to consider, despite the many other service
delivery challenges. Just think of water availability and the knock
on effect of that.
• Municipalities must be able to understand their risks and
vulnerabilities in this context and plan accordingly.
Research and development: Green Book • CSIR with the IDRC (a Canadian research fund) is doing a
comprehensive climate change related risk and vulnerability
assessment of all settlements in the country and based on that
developing appropriate adaptation guidelines.
Outcome • Comprehensive environmental and socio-economic risk and
vulnerability profiling of all settlements; including climate change
and population growth predictions up to 2030.
• Guidelines for adaptation
• Web-based portal to access all the relevant profiles and guidelines
Impact • Better planned settlements; future proofing
45
Agri-parks project management system
Challenge • The Agri-parks initiative by DRDLR is multi tiered which makes it
complex to keep track of all the projects and to which park it is
linked.
Research and development: Agri-park PMS • CSIR has developed a project management system for DRDLR to
keep track of projects from procurement all the way through to
implementation and delivery:
• it captures the hierarchy of projects all the way to the Agri-
park it is linked to
• it records all project related KPIs (e.g. job creation); and
• it keeps record of all projects spatially by plotting all relevant
projects on an integrated web-GIS.
Outcome • A web-based spatially enabled project management system
Impact • More efficient project management and better coordinated and
targeted government investment
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Agri-Parks Concept Development Support
Challenge:
• Contribute to conceptual approach
and design of Agri-Parks and Support
for Agri-Park implementers
Research and Development:
• Define an Agri-Park based on locally
applied best practice research
• Develop decision support tools for
design and establishment of agri-
parks in all district municipalities
Outcome:
• Generally accepted view and
configuration of Agri-Parks
• Guidelines used by CSIR team to
develop 8 Agri-Park Master Plans
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Challenge: • How to effectively and efficiently remove nutrients and pathogens in effluents discharged from
Wastewater Treatment Works (WWTWs)
Research and development: • Use of two specific algae species in the treatment of domestic waste water
• Patented technology scaled up and implemented: Motetema Wastewater Treatments Works
(Sekhukhune District Municipality, Limpopo)
• Technology package now being implemented in other locations in the country (Mossel Bay) and has
attracted significant international interest.
Outcome: • Selected algae multiplied by effectively outcompeting resident non-productive species, killing Ecoli
bacteria and sequestrate the nutrients.
• Then food source for aquaculture species in the final pond.
• Clean water is discharged into the natural environment.
• Technology = low cost and environmentally friendly and can easily be sustained.
Impact: • Supported the district municipality with regards to specific needs relating to waste water treatment
management thereof;
• Capacity building: sludge treatment and handling. The team also developed and implemented an
intensive capacity building programme at the Motetema and Mossel bay WWTWs. An operational
manual was also developed for the use of algae waste water treatment system. The green technology
reduce health risk and reduce the spread of water-related diseases, since domestic unavailability of
water supply in South Africa especially in rural areas where the poverty rate is about 70% compared
with 30% in urban areas, often leads to use of unsafe sources of water.
Microalgae as a solution for rural sewage
wastewater treatment