Skip to main content
Search
Menu

Chemical recycling of plastics, textiles and composites

Chemical recycling complements the mechanical recycling of plastics, textiles and glass/carbon fiber composites. Through chemical recycling mixed, aged and End-of-Life plastic streams may be recycled. This enables our already used plastic materials to enter a new life in a secondary product.

RISE offer interdisciplinary expertise on chemical recycling of plastics, textiles, and composites. By decomposing the plastic into monomers the "chemical building blocks" can be recovered. These can be repolymerized into recycled plastic raw materials or used for chemicals and fuels. Textiles can be dissolved or molten and used for man-made fiber production. With chemical recycling, reinforcement materials such as glass fibers, carbon fiber, fillers and other additives (colorants, flame retardants, etc.) can be separated. Cemical recycling is more tolerant to mixed and less pure plastic, textile and composite streams compared to mechanical recycling.

What we offer:

  • Evaluation of your product in our recycling reactors
  • Development of new innovative chemical recycling processes
  • Chemical analysis of recycled fiber and chemical building blocks
  • Repolymerization of recycled chemical building blocks into thermoplastic
  • Circular design - How is recycling of your product improved by choosing the right raw material?
Cecilia Mattsson

Contact person

Cecilia Mattsson

Forskare

+46 10 228 49 36

Read more about Cecilia

Contact Cecilia
CAPTCHA
This question is for testing whether or not you are a human visitor and to prevent automated spam submissions.

* Mandatory By submitting the form, RISE will process your personal data.

Anna Edsberger

Contact person

Anna Edsberger

Forskare

+46 10 228 46 62

Read more about Anna

Contact Anna
CAPTCHA
This question is for testing whether or not you are a human visitor and to prevent automated spam submissions.

* Mandatory By submitting the form, RISE will process your personal data.

Contact

Cannot find what you are looking for or are you curious about how we can help?

Send message
CAPTCHA
This question is for testing whether or not you are a human visitor and to prevent automated spam submissions.

* Mandatory By submitting the form, RISE will process your personal data.

Related

Project

ReComp - Circular streams from fiberglass composite

Glass fiber composite (GFRP) waste is a growing global environmental problem. The project aims to take a larger societal perspective on the problem: End-of-Life GFRP from the wind, boat, automotive and construction industries that…
Project

RE:MIX III: Chemical recycling of synthetic textile blends

Each year the average Swedish citizen throws 7.5 kg of textile in the trash, textiles which are then incinerated. The value of 80 000 tons of textile is hence lost, every year. In the project Re:MIX III, RISE and COWI will develop…
Project

BHET monomer production based on PET packages

The purpose is to prepare the establishment of an industrial plant for the production of the monomer and the chemical bishydroxyethyl terephthalate (BHET) which uses PET plastic from sorted packaging as a raw material. PET from so…
Project

Sustainable vehicle interior solutions

The SVIS project takes a holistic approach to a more sustainable production of vehicle interior components and involves suppliers from all relevant areas. The project aims to create overall competence within the consortium around …
Expertise

Dissolution of polymers

Dissolution allows recycling, purification and separation of biological as well as synthetic polymers. Through dissolution, plastic feedstock may be separated from hazardous substances which makes them suitable for mechanical recy…
Expertise

Depolymerisation

At RISE you can validate your feedstock, solvent system or catalyst for depolymerisation. Recycling through depolymerisation enables a new lifecycle also for partly degraded or mixed materials.
Expertise

Feedstock recycling of polymers

RISE helps to close the loop for polymer flows that are rejected from mechanical recycling by converting them into new raw materials.