ReSolved Technologies is a chemical start-up located at the Brightlands Campus in Geleen, Limburg. ReSolved Technologies has developed an innovative, solvent-based process to recycle high-quality plastic feedstock. The focus of this project is on recycling ABS, HIPS (engineering plastics) and soft PVC feedstock. These plastics are used, among other things, in consumer product enclosures (computers, telephones, etc.), car parts (dashboard, door panels, etc.) and pipes. These plastics are often contaminated with so-called legacy additives. These are, for example, flame retardants or plasticisers that may no longer be used, but will still be present for a long time in plastic waste from sustainable goods. Plastics containing these additives cannot currently be recycled in high quality and can be incinerated. This results in a lot of pollution, due to both the combustion of plastic and the necessary production of virgin plastic from fossil raw materials. The aim of this project is the development of a pilot plant to enable the production of recyclate with nearvirgin quality, from feedstock with legacy additives. ReSolved Technologies is committed to making the recycling of various plastics (ABS, HIPS and soft PVC) with legacy additives technically possible and economically attractive. The production capacity of 25 kg/h is used to validate recyclates and to investigate the scaling up possibilities. Ultimately, this facility will also play a limited commercial role. After realization of the pilot plant, the technology is further scaled up to a demo plant with a capacity of 4 ktpa. The demo plant is the basis for a complete industrial plant which has three parallel lines of 4 ktpa, for a total processing capacity of 12 ktpa. These developments are urgently needed, given the global transition to circular economies in which high-quality recycling takes place as much as possible. This requires high-quality reuse of many consumer plastics, but for many types of plastics (and many types of additives) this is not yet possible or feasible, and targets are not being met. The chemical industry is also involved in the raw material transition from fossil sources to circular raw material cycles. With this project, ReSolved Technologies is contributing to this raw material transition in the chemical industry, and society as a whole. Upscaling ReSolved technology helps close plastic loops and reduce CO2 emissions from virgin plastic production. In addition, scaling up the process to industrial scale leads to an increase in employment in green chemistry. The location of the applicant at the Brightlands Campus in South Limburg is important here, given these effects directly in these region countries. The near-virgin recyclate produced by the ReSolved process also makes it easier for industry to make the transition to circular feedstock. Many market players (both feedstock suppliers and potential customers) are already queuing up for the scaling-up of ReSolved Technology.