Registration Dossier

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Please be aware that this old REACH registration data factsheet is no longer maintained; it remains frozen as of 19th May 2023.

The new ECHA CHEM database has been released by ECHA, and it now contains all REACH registration data. There are more details on the transition of ECHA's published data to ECHA CHEM here.

Diss Factsheets

Ecotoxicological information

Endpoint summary

Administrative data

Description of key information

Additional information

The toxicity to soil macroorganisms except arthropods was not determined as direct and indirect exposure of the soil compartment is unlikely (Column 2, 9.4). The use as biodiesel will not lead to any emission into soil or water. During the manufacture and formulation, some emission to the waste water must be expected. Also the use of the substance in cosmetics will lead to emission into waste water. Hereby a fraction of the applied substance will reach sewage treatment plants and the substance may be spread on agricultural soil due to sludge application. However, calculations show that the concentration of the substance in the soil will be very low < <1 mg/kg dry matter. The risk to soil organism has equilibrium calculations assessed to be very low.

The toxicity to terrestrial arthropods was not determined as direct and indirect exposure of the soil compartment is unlikely (Column 2, 9.4). The use as biodiesel will not lead to any emission into soil or water. During the manufacture and formulation, some emission to the waste water must be expected. Also the use of the substance in cosmetics will lead to emission into waste water. Hereby a fraction of the applied substance will reach sewage treatment plants and the substance may be spread on agricultural soil due to sludge application. However, calculations show that the concentration of the substance in the soil will be very low < <1 mg/kg dry matter. The risk to soil organism has equilibrium calculations assessed to be very low.

The toxicity to terrestrial plants was not determined as direct and indirect exposure of the soil compartment is unlikely (Column 2, 9.4). The toxicity to terrestrial arthropods was not determined as direct and indirect exposure of the soil compartment is unlikely (Column 2, 9.4). The use as biodiesel will not lead to any emission into soil or water. During the manufacture and formulation, some emission to the waste water must be expected. Also the use of the substance in cosmetics will lead to emission into waste water. Hereby a fraction of the applied substance will reach sewage treatment plants and the substance may be spread on agricultural soil due to sludge application. However, calculations show that the concentration of the substance in the soil will be very low < <1 mg/kg dry matter. The risk to soil organism has equilibrium calculations assessed to be very low.

The toxicity to soil microorganism was not determined as direct and indirect exposure of the soil compartment is unlikely (Column 2, 9.4). The toxicity to terrestrial plants was not determined as direct and indirect exposure of the soil compartment is unlikely (Column 2, 9.4). The toxicity to terrestrial arthropods was not determined as direct and indirect exposure of the soil compartment is unlikely (Column 2, 9.4). The use as biodiesel will not lead to any emission into soil or water. During the manufacture and formulation, some emission to the waste water must be expected. Also the use of the substance in cosmetics will lead to emission into waste water. Hereby a fraction of the applied substance will reach sewage treatment plants and the substance may be spread on agricultural soil due to sludge application. However, calculations show that the concentration of the substance in the soil will be very low < <1 mg/kg dry matter. The risk to soil organism has equilibrium calculations assessed to be very low.