The Netherlands is establishing a new knowledge centre to help companies develop safe and sustainable chemical substances and products. The centre is a collaboration between RIVM, TNO, IenW and the VNCI. Its aim is to take health, the environment and sustainability into account from the earliest stage of designing substances and products. In this way, the centre aims to prevent society from facing new problem substances in the future, such as PFAS.

The Ministry of Infrastructure and Water Management wants to revise soil regulations in the coming years. The existing standards and rules governing the reuse of secondary building materials, soil and dredged material are no longer up to date and need to be reviewed.

Only 7 percent of plastic packaging in the Netherlands is reused as material for new packaging. The Dutch government aims to ensure that by 2050, no packaging is made from (new) fossil-based resources.

Textiles are produced using chemicals. Although many hazardous chemicals may no longer be used in textile production, they may still be present in donations of old clothing. RIVM has conducted a study into the safety of recycled textiles.

The Netherlands aims to have a fully circular economy by 2050 and halve its use of raw materials by 2030. In recent years, however, little progress has been made in either regard.

At present, 85% of plastics from end-of-life vehicles is still incinerated. Only 15% of plastics is reused as a raw material. A survey conducted by RIVM has revealed possibilities to expand recovery of these plastics fourfold by 2030.

In a circular economy, building materials have a longer life cycle and are reused in innovative ways. Reusing building materials is sustainable, but can also be risky as building materials may contain contaminants such as heavy metals.

The Dutch Climate Agreement contains measures to reduce greenhouse gas emissions in the Netherlands. Many products used in the Netherlands are manufactured abroad.

The manufacturing of steel and pigments involves the generation of millions of kilos of slightly radioactive residues. In addition, more and more of these substances will continue to be generated in the rapidly growing sector of geothermal energy.