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Anna Edsberger

Forskare

Tel

+46 10 228 46 62

Email

anna.edsberger@ri.se

Location

Mölndal

ORCID

0000-0002-4691-7012

Anna Edsberger (former family name Peterson) holds a PhD in Materials Science with a background from Chemistry. She has expert knowledge in both synthetic and biological polymers for applications in plastics, composites and textiles. Anna works with material recycling, analysis and development of polymer-based materials.

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BioSusTex - Towards Absolute Safe and Sustainable Biobased Textile

The textile value chain involves a diverse range of materials, end users, and complex applications. Although there is a shift towards greater sustainability, progress is slow and requires more innovative technologies to address is…

Classifications of textile waste

The textile industry is one of the most resource-intensive sectors in the world; every year 116 million tons of textiles are produced globally and large amounts end up as waste. This project will deep dive into an efficient classi…

Care - Circular flows of plastic & textiles in healthcare

How can disposable products in healthcare be collected and recycled safely and sustainably? This project will conduct practical experiments that will form the basis for proposals on circular business models.

tExtended – Knowledge based Blueprint for Extended Textile Circularity

The accumulation of textile waste is a global challenge that requires efficient recycling solutions, as it is estimated that less than 1% of textile waste is currently being recycled as a secondary textile raw material. tExtended …

Framework for Circular Textiles

Increased resource efficiency for a sustainable industry through classification of recycled textile materials and assessment of recyclability and circularity for increased implementation of secondary raw materials in textile value…

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…

Chemical PET recycling creates new products

Plastic becomes new plastic, which becomes new plastic, which becomes new plastic, and on it goes. Using materials in a cycle is important for us to achieve the national environmental and climate goals and the global goals in the …

Recyclability of polyester

Are you striving to make complex textiles recyclable, and are exploring polyesterbased solutions? Do you want data on the performance of new designs in actual chemical recycling?

Pretreatment and analysis

Recycling into high-value products require knowledge about your ingoing feedstock as well as the output products from your selected recycling process. We have the tools and the expertise to both obtain and make use of that knowled…

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.

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…

Circular design

Circular design aims at maximizing the durability, repairability, reusability and recyclability of a product. The quality of a recycled material is critically dependent on the quality of the  waste material used; hence circul…

Chemical recycling of plastics

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 recycling

Plastic recycling contributes to circular material utilization and reduced oil dependence, prerequisites for a sustainable future and for Sweden to reach the goal of no net emissions of greenhouse gases by 2045 at the latest. Toda…

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