Glass, paper and plastic are widely recycled. Our Indaver Molecule Management® (IMM) takes recycling one step further. With Indaver Molecule Management® we look for new and better ways to recover valuable components in household and industrial waste streams safely and efficiently. We do that by looking at the smallest building blocks, the molecules. Using this IMM approach Indaver has already successfully recovered hydrochloric acid, palladium and iodine. R&D projects for recovering sulphuric acid, fluorine and valuable metals are also underway. In 2017, preparations began for 2 major projects: the plastics2chemicals (P2C) project with a recycling solution for end-of-life plastics and IndaChlor® in France.
IndaChlor®, the new treatment facility that Indaver is building in the French port of Dunkirk, will extract hydrochloric acid from chlorinated residual waste, primarily from the PVC industry. Ecophos, manufacturer of food phosphates and a neighbouring company of IndaChlor®, will use the hydrochloric acid recovered by Indaver in its production process. It will be supplied directly via pipelines. The energy created by IndaChlor®’s treatment process will be supplied via a pipeline to another neighbouring company. These are great examples of industrial symbiosis. The start of the build has been planned for 2018.
Indaver is focused on finding innovative and sustainable solutions for plastics. In our facilities in Willebroek we sort recyclable plastic packaging and get it ready for use as a raw material for the recycling industry. We are now also constructing an innovative solution for end-of-life plastics that can no longer be re-used. In these plastics2chemicals (P2C) facilities we will break down these plastics into smaller hydrocarbon chains. This thermal, molecular recycling will produce high-grade raw materials for the chemical industry.