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Diana Reyes Forsberg

Email

diana.reyes.forsberg@ri.se

Location

Örnsköldsvik

ORCID

0000-0002-7064-1060

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Regenerated fibers from textile waste and virgin wood pulp

The consumption of textiles worldwide is extensive and continues to grow with increasing population, urbanization, and economic growth. The textile industry encompasses the manufacturing of clothing, household textiles, technical …

Viscose Fiber Characterization

Fibre characterisation such as linear density, fibre strength or tenacity and elongation of staple fibres and filaments from viscose show the mechanical properties of the fibre.

Analyzes of Cellulose for Dissolving Pulp

By using dissolving pulp as a raw material, textile companies can play an active role in the transition towards a more sustainable and circular economy. By investing in research and development of dissolving fibers and production …

Fiber Line - Pilot & Analyses

Optimising and analysing processes and products in the pulp and paper industry is crucial to optimising production, improving quality and reducing environmental impact. Careful analysis can identify inefficiencies, optimise raw ma…

Solution spinning of man-made fibers

Within our expertise in solution spinning, both wet and air-gap (dry-jet wet) spinning, we develop man-made fibers from polymers that are either non-thermoplastic or sensitive to temperature. This method is particularly useful for…

Viscose Process - Spinning Pilot

Increased population in the world results in increased consumption of textiles. This means that the textile raw material needs to be optimised and its process developed to make them more sustainable so that the consumption of the …

Viscose Pilot Plant

To develop and optimise regenerated cellulose, RISE has two viscose pilots, one on a micro-scale and another one for larger volumes of viscose solution. The pilots consist of six parts which together correspond to an actual viscos…