Aleksandra Kozlowski

Forskare

Tel

+46 10 722 33 65

Email

aleksandra.kozlowski@ri.se

Location

Mölndal

ORCID

0000-0002-3053-9854

Researcher in fibre development through wet spinning processes. Expertise in biomass valorisation for textiles development, working mainly with agro-based and marine sources. Committed to resource efficiency and closing the loops in textile recycling, driving circular innovations that minimize waste and optimize material use.

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Sustainable development of microalgae-based ingredients

The aquaculture and seafood industry generate large nutrient-rich waters that are currently wasted. SEAlgaePower intends to use microalgae cultivation to clean these residual water streams. At RISE, extracted high value components…

Textile fibres from algae – harvesting, extraction and production

Textile manufacuring is responsible for considerable carbon dioxide emissions and two thirds of the textile fibre feedstock is still fossil-based. The KELPTEX project aims to develop biobased textile fibres from seaweed, emphasisi…

All-algae textile fibres

Textile manufacuring is a particularily unsustainable industry, both with respect to the fibre feedstock and the dyeing process. The ALLGAE project aims to develop 100% algae-based sustainable textile fibres from seaweed side stre…

Sustainable use of marine resources for high value end products

Ocean resources are limited and should be used wisely. MAREFINE aims to establish a blue biorefinery in Sweden where underutilized marine side streams are valorised into high value products.

Functional fiber materials

From advanced wound dressings and implants to functional clothing, agrotextiles, and aquaculture nets. RISE develops functional fiber materials for a wide range of applications. By using advanced encapsulation technology and smart…

Blue biotechnology

The blue economy side streams (fisheries, aquaculture) are generating considerable biomasses that are wasted or at best used for low value products. This is unfortunate as the biomass (fish, crustaceans, algae) is rich in precious…

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…