Fertilizers Europe is an Accredited Stakeholder Organisation for the European Chemicals Agency ECHA. The cooperation between ECHA and its Stakeholders aims to contribute to an efficient flow of information on the chemical legislation and to the implementation of REACH regulation for fertilizers.

A specific Fertilizers Environmental Exposure (FEE) tool for the environmental exposure assessment, taking into account the local scenarios for the direct emissions to soil and surface water, has been developed by Fertilizers Europe in cooperation with ARCHE Consulting.

Further, to facilitate the realistic evaluation of health related exposures during the handling of fertilizers by growers, Fertilizers Europe has created specific tools. Fertilizers Europe welcomes both the REACH registrants of fertilizer substances and the fertilizer manufacturers to benefit from these tools. Uniform REACH compliance throughout the fertilizer sector is our mission.

Use map

Under the umbrella of REACH FARM Consortium (REACH Consortium of manufacturers of Fertilizers and Related Materials) a description of uses according their life-cycle stages has been given, where each use has been split into different contributing activities. Downstream users have the right to inform registrants on their uses and condition of uses of substances, or substances in a mixture, in order to support their assessment by registrant. The Exposure Scenarios  (ES) generated by registrants and communicated in the Safety Data Sheets (SDS) down the supply chain contain realistic conditions of use.

When the registrant carries out the assessment of the uses, it is expected that one Exposure Scenario (ES) will be generated for each use, which will include contributing scenarios for each contributing activity. This work has been further developed by Fertilizers Europe in the framework of an internal Task Force and fertilizers use map has been created. Companies placing the products on the market need to reflect the content of the exposure scenarios in their fertilizer recommendations. On top of inorganic fertilizers’ nutrient substances, the use map also contains information relevant for fertilizers co-formulants.

Use map contains information on uses and conditions of uses to help registrants to perform the Chemical Safety Report (CSR). They give realistic exposure scenarios for harmonized communication along the supply chain.

The Use Map of fertilizer sector has been published in ECHA´s website among the Use Maps of other industry sectors.

Download Use Map excel file

CHESAR file available here


SWEDs are Sector-specific Worker Exposure Descriptions, which can be selected as assessment inputs in Chesar (Ecetoc TRA) when performing the exposure and risk assessment for a substance. As seen in the SWED spreadsheet, each SWED already contains the typical use conditions (e.g. exposure time and indoor vs. outdoor conditions) and risk management measures (RMMs) typical for each handling step of the fertilizer. The SWEDs in Chesar format are included in the Use Map Chesar file (see above).

In SWED-SUMI Guidance it is described how SWEDs have been established and how substance manufacturers and formulators of hazardous mixtures should benefit from them.

SUMIs are easy-to-read safe use instructions for the growers, which the formulator may after his careful assessment attach to the SDS of his classified fertilizer mixture. Each SUMI is linked to one or more SWEDs, as described in SWED-SUMI guidance.


Download SWED spreadsheet

Download SWED-SUMI Guidance 


“SpERCs are an instrument for lower tier assessment of environmental emissions in REACH chemical safety assessment” (Reihlen et al, 2016), describing the generic condition of use and the related release factors to the environment. To this extent, fertilizers with similar uses practices have been grouped in 4 categories and for each group, a specific environmental release category (SpERC), with realistic worst-case estimates for emissions to the environment, was developed. So far only SpERCs related to outdoor applications have been developed. Environmental exposures are assessed by ERC8b for indoor fertilizer use (e.g.  greenhouse use).

Download SpERCs background document

Outdoor use -­ direct application of solid fertilizers to soil; surface spreading


Outdoor use -­ direct application of solid or liquid fertilizers to soil; incorporation, placement, mixing, seed treatment, drip irrigation


Outdoor use -­ application of fertilizers by helicopter

Outdoor use – spray application of liquid fertilizers; soil surface spreading, sprinkler, pivot, foliar spray, slurry


The SpERCs in Chesar format are included in the Use map Chesar file (see above).

Fertilizers Europe has conducted the spERC quality check by using the quality criteria developed by the industry task force, led by Eurometaux. SPERC quality check procedure follows the ENES working programme 2019-2020 action 2.3.

Fee tool

FEE Tool is a specific IT Tool to assess quantitative exposure scenarios for fertilizer constituents in various environmental compartments (soil, water, sediments). REACH (Regulation (EC) No 1907/2006) requires registrants (manufacturers or importers) for all hazardous substances manufactured and imported above 10 t/year, either on their own or in a mixture, to perform an exposure and risk assessment. Registrants have to communicate information about the safety of substances, or substances in mixtures, along the supply chain to the downstream users. Communication can be done by providing downstream users with an extended safety data sheet (e-SDS), containing the exposure scenarios including operational conditions and risk management measures for the safe uses of the substance.

Fertilizers are considered as formulations and therefore the uses of the individual constituents need to be covered in the Chemical Safety Report (CSR) of the substances, when placed on the market over 10 t/y. Currently, for the existing environmental exposure assessment models (ECETOC TRA, Chesar, EUSES), no local emission scenario for direct application to soil exists for fertilizers.  To this extent, in order to assess quantitative exposure scenarios, resulting in the calculation of realistic worst-case Predicted Environmental Concentrations (PECs) for fertilizer constituents in the various environmental compartments (soil, water, sediment), a fertilizers environmental exposure (FEE) tool needs to be used. The FEE tool has been developed by Fertilizer Europe, in the framework of the FUM3 Task Force, made up of members of Fertilizers Europe and in collaboration with ARCHE Consulting. The tool so far focuses on fertilizer micronutrients such as copper, manganese and zinc, which are identified as hazardous for the aquatic environment. Further development of the tool is foreseen for the next years to cover more nutrients and other inorganic and organic substances, if needed.

Ready-made conservative Generic Exposure Scenarios (GES) are available for Cu-, Mn- and Zn-substances uses in fertilizers. GESs can be included as such to the Chemical Safety Report of the raw material registrant to cover the environmental exposure and risk assessment.


Registrant is “the manufacturer or the importer of a substance or the producer or importer of… submitting a registration for a substance” (art.3 Regulation 1907/2006).

In preparing a technical dossier for REACH registration, whenever the substance is classified as hazardous under CLP Regulation and registered in a volume band above 10 tons/year, the registrant is required to perform an exposure and risk assessment for all the uses as part of the chemical safety report (CSR), in the form of exposure scenarios (ESs). The ESs will be communicated through the supply chain via the extended safety data sheets (e-SDS).


Formulators are downstream users who produce mixtures and usually supply them further down the supply chain or directly to customers. Most fertilizer companies are formulators because they buy substances and mix them into the final product.

Formulators of fertilizers, in order to comply with REACH requirements when placing mixtures on the market, have to communicate the relevant information up and down the supply chain. They have to provide information about the condition of use of fertilizers to the registrants of substances used in fertilizer formulations, to allow them to include the actual condition of use in their chemical safety assessment. Furthermore, they have to communicate relevant information about the safe uses and classification of the mixture further down the supply chain with their customers via the safety data sheet (SDS).

Formulators have to check if their uses, as well as uses made down the supply chain are covered in the safety data sheet (SDS) of the component substances, received by the supplier. For substances classified as hazardous under CLP Regulation, conditions for safe use(s) are provided in the exposure scenario(s) or in the extended SDS (e-SDS). Formulators have to check whether these conditions apply to the identified uses both in formulation and down in the supply chain, including growers’ uses.

If identified uses are not covered and not exempted, or the conditions for use are not safe and cannot be adapted to be safe, themselves (or otherwise their customers), shall notify the use(s) to ECHA, and they have to prepare a downstream user chemical safety assessment (CSR) or claim exemptions to ECHA.

To facilitate the communication on uses and condition of uses along the supply chain in a harmonised format, use map are used. Use maps contain the description of the uses and conditions of uses typically used in a sector, in a harmonized format. The harmonised condition of use can be used as input for the most common exposure estimation tools (specific Workers Exposure Description (SWED), Specific Consumer Exposure Determinant (SCED), and Specific Environmental Release Categories (SpERCs). Fertilizer sector spERCs are applicable only in FEE Tool.

Communication of safe use / workers:

After identifying the substance, which contributes to the health hazard of the fertilizer product, fertilizer formulator needs to check if the supplier of the substance has assessed the fertilizer uses by SWEDs. If safe use has been proven, formulator can select the comparable SUMIs for the Safety Data Sheet of his product.

1.) The content of the SUMIs shall not be modified by the user. Only to the header area the company can add for example company details, product details, product concentration for which the SUMI applies etc.
Fertilizers Europe logo shall not be removed.
2.) Fertilizer company placing the product on the market is himself responsible for the validity of the SUMI for his product. This requires him to carefully assess the applicability of the SUMI for each of his products separately.
Fertilizers Europe will not take liability for any use or misuse of the SUMI content.
3.) The only agreed version of SUMI is the English version and other translations are on the responsibility of the individual companies.

Communication of safe use / environment:

If the product contains a substance which makes the product hazardous for the environment, formulator needs to instruct the growers about the maximum safe application rate. If the raw material supplier has provided the relevant GES, formulator can instruct the grower accordingly. If GES does not cover all use conditions, formulator can perform scaling by FEE tool and communicate the specific use instructions to the growers, if FEE assessment indicated that the recommended rate with the assigned risk management measures is safe for the environment.

End users

Growers and consumers are the final actors along the supply chain within the fertilizer sector.

Fertilizers are usually mixtures.  If classified as hazardous under CLP Regulation, conditions for safe use(s) need to be provided to the end users in the attachments (either SUMIs or exposure scenarios) or in the main body of the Safety Data Sheet.

Grower shall be provided by the supplier with the e-SDS in order to adequately control the risks identified, respecting operational conditions and applying appropriate risk management measures (RMMs) when needed. Safe use information for the consumer must be provided on the packaging. End user is responsible to use the fertilizer product according to the instructions given in the SDS or package.

If end users´s use is not identified, or conditions for safe use cannot be met, even after seeking advises up the supply chain, they may decide to notify ECHA and make their own Chemical Safety Assessment, according to Article 38 of REACH.


Chesar 3.3 (CHEmical Safety Assessment and Reporting tool) is a tool that aims, among other, to ensure consistency between the Exposure Scenarios used for the Chemical Safety Report, the Exposure Scenarios for communication along the supply chain and annexed to the safety data sheet, and the use description in the IUCLID dossier.

Our template documents are compliant with this new version of the tool.

Chesar helps companies to carry out their chemical safety assessments (CSAs) and to prepare their chemical safety reports (CSRs) and exposure scenarios (ESs) for communication in the supply chain.

Fertilizers Europe contributes to the Chesar activities in ECHA, in the framework of the Working Group on “Use maps and Chesar files development” as part of the activities in ENES.