Several Chemical Safety Assessments (CSA) have been prepared to generically cover typical solvent types handled at industrial sites and professional workers (e.g. painters, cleaners). Exposure Scenarios (ESs) for specific substances can be created by selecting from the available list of generic CSA templates for each of the GES titles. The ES narratives produced from these templates can be used to complete requirements for communicating the safe use details for the assessed solvent via the Extended Safety Data Sheet.

You can use your customised GES files to create Chemical Safety Assessment (CSA) using either the Cefic Worker CSA Template for liquids (excel files)* or ECHA Chemical Safety Assessment and Reporting Tool (CHESAR)

*A Master copy of the Worker CSA Template Excel file is available for generating assessments from scratch, i.e. not based on the GES Excel templates, if required.

Sector Specific Worker Exposure Descriptions (SWEDs) are a new tool generated by downstream user sectors providing details of substance uses and conditions of use for chemical products used in their sector. Where DU sectors apply solvents in their products, available Use Maps/SWEDs have been mapped to the GES and details captured in the ESVOC Overview Use Map template. For more background, please consult our explanatory note.

WORKERS GES TEMPLATES

Instructions on how to use the templates

1. Identify the uses/application(s) of the substance with market information obtained from your company commercial organisation, customers and other downstream users in the value chain. Appendix 6 of the Managing the Health Risks of Solvents Exposures guide provides a list of the common solvents applications matched to the relevant GES title.

2. Determine the volatility band and relevant Derived No Effect Levels (DNEL) for the substance. Volatility bands are based on the ECETOC TRA ranges for workers. DNELs are derived from the hazard assessment described in ECHA Guidance chapter R8.

3. Now that you have the title, volatility band and DNEL(s), you can find the GES you need in the library. If there is no GES Template for the specific requirements of your substance, select the template that is a closest match and adjust as needed. Some ‘special’ uses may not have an appropriate GES developed in which case this will need to be developed from scratch.

Once you have identified the right GES template, you can apply it in a process consistent with REACH. Detailed guidance on using the template is provided in each of the GES templates under the worksheet ‘Technical User Guide’. The general approach is described below.

Please note: the GES template Excel files were updated in September 2018.

1. Insert the relevant DNEL and substance properties, including the Molecular Weight into the GES template. When this step is complete, Excel will auto-calculate ECETOC TRAv3 exposure estimates and the Risk Characterisation Ratios (RCR) associated with handling the material.

2. If the Risk Characterisation Ratios (RCR) are less than one, the associated narrative ES remains valid. This is because the GES already represents a set of conditions that manage risk to an acceptable level and reflect industry best practice.

Some solvents may have DNEL values significantly higher than indicated in the GES, resulting in RCRs significantly less than one. In this case, prepare to adjust the Operational Conditions (OCs) or Risk Management Measures (RMMs). For example, increase the duration or adjust general ventilation conditions.

If no OCs or RMMs are specifically required to demonstrate safe use, then include the phrase: “No other specific measures identified”.

3. If the RCR is greater than one, then additional Risk Management Measures (RMM) or more stringent Operating Conditions (OC) are necessary. The result of these interventions should lead to an RCR less than one. Consider typical/realistic OCs/RMMs for the task in question.

Remember to check the associated ES narrative to ensure that the additional RMM(s) or Operational Condition(s) (OC) are reflected, and up-date if necessary.

Templates: DO NOT USE INTERNET EXPLORER

INDUSTRIAL / HIGH VOLATILITY / LOW DNEL (MANUFACTURE)
INDUSTRIAL / MEDIUM VOLATILITY / LOW DNEL (MANUFACTURE)
INDUSTRIAL / LOW VOLATILITY / LOW DNEL (MANUFACTURE)
INDUSTRIAL / HIGH VOLATILITY / LOW DNEL (FORMULATION)
INDUSTRIAL / MEDIUM VOLATILITY / LOW DNEL (FORMULATION)
INDUSTRIAL / LOW VOLATILITY / LOW DNEL (FORMULATION)
INDUSTRIAL / HIGH VOLATILITY / LOW DNEL (USE AS AN INTERMEDIATE)
INDUSTRIAL / MEDIUM VOLATILITY / LOW DNEL (USE AS AN INTERMEDIATE)
INDUSTRIAL / LOW VOLATILITY / LOW DNEL (USE AS AN INTERMEDIATE)
INDUSTRIAL / HIGH VOLATILITY / LOW DNEL (PROCESS CHEMICAL)
INDUSTRIAL / MEDIUM VOLATILITY / LOW DNEL (PROCESS CHEMICAL)
INDUSTRIAL / LOW VOLATILITY / LOW DNEL (PROCESS CHEMICAL)
INDUSTRIAL / MEDIUM VOLATILITY / LOW DNEL (COATINGS)
PROFESSIONAL / MEDIUM VOLATILITY / LOW DNEL (COATINGS)
INDUSTRIAL / MEDIUM VOLATILITY / LOW DNEL (CLEANING)
PROFESSIONAL / MEDIUM VOLATILITY / LOW DNEL (CLEANING)
INDUSTRIAL / MEDIUM VOLATILITY / LOW DNEL (OIL AND GAS FIELD CHEMICALS)
INDUSTRIAL / LOW VOLATILITY / LOW DNEL (OIL AND GAS FIELD CHEMICALS)
PROFESSIONAL / MEDIUM VOLATILITY / LOW DNEL (OIL AND GAS FIELD CHEMICALS)
PROFESSIONAL / LOW VOLATILITY / LOW DNEL (OIL AND GAS FIELD CHEMICALS)
INDUSTRIAL / LOW VOLATILITY / LOW DNEL (LUBRICANTS)
PROFESSIONAL / LOW VOLATILITY / LOW DNEL (LUBRICANTS)
INDUSTRIAL / LOW VOLATILITY / LOW DNEL (METAL WORKING FLUIDS)
PROFESSIONAL / LOW VOLATILITY / LOW DNEL (METAL WORKING FLUIDS)
INDUSTRIAL / HIGH VOLATILITY / HIGH DNEL (BLOWING AGENTS)
INDUSTRIAL / MEDIUM VOLATILITY / LOW DNEL (BINDERS AND RELEASE AGENTS)
PROFESSIONAL / MEDIUM VOLATILITY / LOW DNEL (BINDERS AND RELEASE AGENTS)
PROFESSIONAL / MEDIUM VOLATILITY / LOW DNEL (AGROCHEMICALS)
INDUSTRIAL / MEDIUM VOLATILITY / LOW DNEL (FUEL USE)
INDUSTRIAL / LOW VOLATILITY / LOW DNEL (FUEL USE)
PROFESSIONAL / MEDIUM VOLATILITY / LOW DNEL (FUEL USE)
PROFESSIONAL / LOW VOLATILITY / LOW DNEL (FUEL USE)
INDUSTRIAL / MEDIUM VOLATILITY / LOW DNEL (FUNCTIONAL FLUIDS)
PROFESSIONAL / MEDIUM VOLATILITY / LOW DNEL (FUNCTIONAL FLUIDS)
PROFESSIONAL / LOW VOLATILITY / HIGH DNEL (DEICING FLUIDS)
PROFESSIONAL / LOW VOLATILITY / LOW DNEL (ROAD CONSTRUCTION)
INDUSTRIAL / MEDIUM VOLATILITY / LOW DNEL (LABORATORIES)
PROFESSIONAL / MEDIUM VOLATILITY / LOW DNEL (LABORATORIES)
PROFESSIONAL / LOW VOLATILITY / LOW DNEL (EXPLOSIVES)
INDUSTRIAL / LOW VOLATILITY / LOW DNEL (RUBBER PRODUCTION)
INDUSTRIAL / MEDIUM VOLATILITY / LOW DNEL (WATER TREATMENT)
PROFESSIONAL / MEDIUM VOLATILITY / LOW DNEL (WATER TREATMENT)
INDUSTRIAL / LOW VOLATILITY / LOW DNEL (MINING CHEMICALS)
INDUSTRIAL / LOW VOLATILITY / LOW DNEL (POLYMER PROCESSING)
PROFESSIONAL / LOW VOLATILITY / LOW DNEL (POLYMER PROCESSING)