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Using REACH and CLP data to prioritise substances EFSA FCM Network Henna Piha Scientific officer, PhD Classification and prioritisation European Chemicals Agency 10-11 July 2017

Using REACH and CLP data to prioritise substances · Using REACH and CLP data to prioritise substances EFSA FCM Network Henna Piha Scientific officer, PhD Classification and prioritisation

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Page 1: Using REACH and CLP data to prioritise substances · Using REACH and CLP data to prioritise substances EFSA FCM Network Henna Piha Scientific officer, PhD Classification and prioritisation

Using REACH and CLP data to prioritise substances

EFSA FCM Network

Henna Piha

Scientific officer, PhD

Classification and prioritisation

European Chemicals Agency

10-11 July 2017

Page 2: Using REACH and CLP data to prioritise substances · Using REACH and CLP data to prioritise substances EFSA FCM Network Henna Piha Scientific officer, PhD Classification and prioritisation
Page 3: Using REACH and CLP data to prioritise substances · Using REACH and CLP data to prioritise substances EFSA FCM Network Henna Piha Scientific officer, PhD Classification and prioritisation

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REACH & CLP: main processes & actors

Registration

Regulatory risk management

• Authorisation

• Restriction

• Harmonised classification and labelling

Evaluation Member States

• Substances manufactured and imported into EEA are registered with ECHA

• Information for safe use is communicated in the supply chain

• Testing proposal examinations

• Compliance checks of registration dossiers

• Substance evaluations

Page 4: Using REACH and CLP data to prioritise substances · Using REACH and CLP data to prioritise substances EFSA FCM Network Henna Piha Scientific officer, PhD Classification and prioritisation

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Towards minimising adverse effects of chemicals

•Chemicals produced & used minimizing significant adverse impacts on human health & environment by 2020

WSSD 2020 goal

•All relevant currently known SVHCs (substances of very high concern) included in Candidate List by 2020

SVHC Roadmap 2020

•Tackling all phases in the lifecycle of products

•Ensuring safe use of recycled materials

Circular economy

• REACH and CLP key regulatory tools helping to achieve these goals

Page 5: Using REACH and CLP data to prioritise substances · Using REACH and CLP data to prioritise substances EFSA FCM Network Henna Piha Scientific officer, PhD Classification and prioritisation

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Regulatory strategy for “substances that matter most”

Substances that matter

the most

Focus on substances with biggest impact on protection of

people & environment

through regulatory

action

Integrated selection and priority setting

Effective use of the evaluation process

Predictable follow-up with regulatory action where needed

Page 6: Using REACH and CLP data to prioritise substances · Using REACH and CLP data to prioritise substances EFSA FCM Network Henna Piha Scientific officer, PhD Classification and prioritisation

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Using REACH and CLP data to prioritise substances

Available data Prioritising substances

Dialogues with sectors

Page 7: Using REACH and CLP data to prioritise substances · Using REACH and CLP data to prioritise substances EFSA FCM Network Henna Piha Scientific officer, PhD Classification and prioritisation

Substances of Very High Concern 173

460 Risk management proposals

1 500 Dossiers for high prod. vol. chemicals checked for compliance

120 000 Substances classified by industry

2 million Study summaries on properties and effects of chemicals

14 000 Substances registered under REACH

7

Available data

Page 8: Using REACH and CLP data to prioritise substances · Using REACH and CLP data to prioritise substances EFSA FCM Network Henna Piha Scientific officer, PhD Classification and prioritisation

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Available data

Page 9: Using REACH and CLP data to prioritise substances · Using REACH and CLP data to prioritise substances EFSA FCM Network Henna Piha Scientific officer, PhD Classification and prioritisation

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• Requirements depend on tonnage

• Chemical safety assessment covers a substance’s whole life cycle

• CSA aims to demonstrate how substance can be used safely

Substance properties

Phys.chem.

Tox.

Ecotox.

Chemical safety

assessment

Hazard assessment

Exposure assessment

Supply chain communic.

Available data: information requirements

Page 10: Using REACH and CLP data to prioritise substances · Using REACH and CLP data to prioritise substances EFSA FCM Network Henna Piha Scientific officer, PhD Classification and prioritisation

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• Chemical safety assessment needs information on substance properties and conditions of use

Manufacturer Knows the properties

of a substance

Downstream user Knows how the

substance is used

• Types of activities

• Foreseen products

• Concentrations and amounts

• Operational conditions

• Risk management measures

Communication in the supply chain is key Allocation of assessment responsibility

Available data: supply chain communication

Page 11: Using REACH and CLP data to prioritise substances · Using REACH and CLP data to prioritise substances EFSA FCM Network Henna Piha Scientific officer, PhD Classification and prioritisation

Downstream users

End users

Downstream users

Formulators

Registrants

Uses Existing conditions

Exposure Scenarios

= Safe conditions of use

• What are the existing uses (customer groups)?

• Under which conditions do they take place?

Available data: supply chain communication

Page 12: Using REACH and CLP data to prioritise substances · Using REACH and CLP data to prioritise substances EFSA FCM Network Henna Piha Scientific officer, PhD Classification and prioritisation

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Prioritising substances

Page 13: Using REACH and CLP data to prioritise substances · Using REACH and CLP data to prioritise substances EFSA FCM Network Henna Piha Scientific officer, PhD Classification and prioritisation

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Prioritising substances

Page 14: Using REACH and CLP data to prioritise substances · Using REACH and CLP data to prioritise substances EFSA FCM Network Henna Piha Scientific officer, PhD Classification and prioritisation

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• The objective is to identify among the (potentially) hazardous substances those which have:

A high tonnage for wide dispersive uses within the scope of substance evaluation, CLH, authorisation, restriction

• Combination of information

• P, B and T properties, carcinogenicity, mutagenicity, reprotoxicity, endocrine disruption, sensitisation &

• Use and exposure information

Prioritising substances: screening

Page 15: Using REACH and CLP data to prioritise substances · Using REACH and CLP data to prioritise substances EFSA FCM Network Henna Piha Scientific officer, PhD Classification and prioritisation

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• Priority is given to substances which have

At least one suspected data gap in the higher tier human health/env. endpoints and/or

Indication of hazard in the endpoints of concern

AND

High potential for exposure of humans or environment and hence relevance for safe use

• Maximises the impact on the safe use of chemicals

Prioritising substances: screening

Page 16: Using REACH and CLP data to prioritise substances · Using REACH and CLP data to prioritise substances EFSA FCM Network Henna Piha Scientific officer, PhD Classification and prioritisation

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Prioritising substances: current directions

• Need to find effective ways to improve quality of registration data

• Sufficient data needed to prioritise and deprioritise substances

• More information needed especially on use and exposure

Shifting focus from working with single substances to groups of substances

Dialogues with sectors

Page 17: Using REACH and CLP data to prioritise substances · Using REACH and CLP data to prioritise substances EFSA FCM Network Henna Piha Scientific officer, PhD Classification and prioritisation

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Dialogues with sectors

Page 18: Using REACH and CLP data to prioritise substances · Using REACH and CLP data to prioritise substances EFSA FCM Network Henna Piha Scientific officer, PhD Classification and prioritisation

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Dialogues with

sectors

Petrolium & coal subst.

UV filters

Plastic additives

Organotin comp.

Essential oils

Concrete form

release agents

Page 19: Using REACH and CLP data to prioritise substances · Using REACH and CLP data to prioritise substances EFSA FCM Network Henna Piha Scientific officer, PhD Classification and prioritisation

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Dialogues with sectors: plastic additives

Objectives

• Ensuring sufficient data

• Common priorities for updating registration dossiers

• Avoiding overlapping activities

• Supporting sustainable substitution

Page 20: Using REACH and CLP data to prioritise substances · Using REACH and CLP data to prioritise substances EFSA FCM Network Henna Piha Scientific officer, PhD Classification and prioritisation

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Inventory of plastic

additives

Use maps for plastic

additives (incl. service

life)

Method development for ranking based on release

potential

Way forward to dealing

with substance data gaps

Dialogues with sectors: plastic additives

Page 21: Using REACH and CLP data to prioritise substances · Using REACH and CLP data to prioritise substances EFSA FCM Network Henna Piha Scientific officer, PhD Classification and prioritisation

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0 200 400 600 800 1000

Total no subst

UV stabilisers

Plasticisers

Pigments

Other stabilisers

Nucleating agents

Flame retardants

Antistatics

Antioxidants

Substances included in the initial inventory

Dialogues with sectors: plastic additives

Page 22: Using REACH and CLP data to prioritise substances · Using REACH and CLP data to prioritise substances EFSA FCM Network Henna Piha Scientific officer, PhD Classification and prioritisation

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• Approaches and criteria to determine release potential from plastic articles • Harvest knowledge from industry and other stakeholders

• Rank substances for regulatory work

Dialogues with sectors: plastic additives

Page 23: Using REACH and CLP data to prioritise substances · Using REACH and CLP data to prioritise substances EFSA FCM Network Henna Piha Scientific officer, PhD Classification and prioritisation

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ECHA has REACH and CLP data on over 120 000 chemicals.

Goal to focus regulatory measures on substances that matter most.

Sector activities support to improve data quality and reach the goals efficiently!

Page 24: Using REACH and CLP data to prioritise substances · Using REACH and CLP data to prioritise substances EFSA FCM Network Henna Piha Scientific officer, PhD Classification and prioritisation

Addressing substances of concern is our common goal!

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@EU_ECHA

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[email protected]