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Biobased SVHC How Biomaterials Become an Alternative for Substances of Very High Concern

| Editor: Dominik Stephan

There are many possible biobased alternatives for substances of very high concern (SVHC). Some of these alternatives can already be applied right away. This is shown by a study by Wageningen UR Food & Biobased Research commissioned by the Netherlands National Institute for Public Health and the Environment (RIVM) and the Dutch Ministry of Infrastructure and the Environment.

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Researchers for on biobased alternatives for substances of very high concern.
Researchers for on biobased alternatives for substances of very high concern.
(Picture: PROCESS)

SVHCs are substances produced in the chemical industry, which are hazardous to humans and the environment, for example because they are carcinogenic or can cause infertility. There are many different applications of SVHCs, such as building blocks for plastics or as solvents.

The European Union intends to apply policy and legislation in order to significantly reduce the use of these substances and possibly even ban them in the long term. This is part of the reason why there is a growing demand for substitutes. Moreover, the Dutch government wishes to stimulate the production of safe alternatives, for instance from sustainable renewable raw materials.

Safe Biobased Alternatives are Already Available

The Wageningen UR study shows that some SVHCs can already be replaced by biobased alternatives. This applies to the carcinogen ethylene oxide, for instance. This material is used for the production of ethylene glycol, an essential component of polyester, which is, for example, used in PET bottles and fleece sweaters. Producing ethylene glycol directly from sugars offers a biobased alternative to a large proportion of the ethylene oxide produced.

Similarly, certain toxic solvents, such as various types of glymes, can be replaced by biobased alternatives like dimethyl isosorbide or lactic acid esters. Biobased alternatives are also possible for other industrially important harmful solvents, such as DMF, DMAc or NMP (used, among others, in the production of environmentally friendly water-based paints), but their development requires more investments in time and funds.

Bringing two Perspectives Together

Senior scientist Daan van Es of Wageningen UR Food & Biobased Research sees opportunities for cooperation between the chemical industry and manufacturers of biobased substances in a joint search for biobased alternatives to SVHCs. “Chemical companies find that there are more and more restrictions on the substances that they produce,” Van Es points out.

“At the same time, renewable resources are becoming more widely available and can serve as a basis for new industrial chemicals. It would be good if we could bring the two perspectives together. There is also room for the government to take a stimulating and facilitating role.”

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