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Carbonaceous Polymeric Nanocomposites

Development of 3D multilayer textiles for patient support interfaces and incontinence applications

The primary objective of this project is to investigate how effective moisture and liquid management in multilayer 3D textiles can improve the microclimate in patient support interfaces and

Developing volatile fatty acids (VFAs) platform using membrane bioreactors

This project aims in converting anaerobic digestion from a single product (methane or biogas) to a biorefinery by merging volatile fatty acids (VFAs) platform and membrane bioreactors (MBR).

Scale up of sulfur-free pretreatment of lignocellulose for production of biofuels and biomass

This project focuses on the pretreatment step in order to verify the technology of sulfur-free pretreatment on a larger scale.

Development of renewable composite materials for anaerobic digestion

The aim is to produce new biocomposite materials that can be biodegraded through anaerobic digestion into biogas.

Renting models

The project focus on opportunities and barriers for new business models and especially renting models that can contribute to a more sustainable textile and garment industry.

Development of novel food waste-derived fungal membranes for water purification

Annually huge amount of carrot pomace is generated during the juice production process. Currently, a very small fraction of carrot pomace is reused and the rest is wasted. This waste was valorized

U-TEX : Aligning Ukraine’s Textile Ecosystem with EU Standards

The project focuses on strengthening Ukraine’s textile ecosystem in line with the EU Green Deal and circular economy goals.

Development project - Didetics, implementation in collaboration at Björkängsgymnasiet

The project is about ensuring that a didactic tool, Didetics, acts as a tool for teachers at a high school.

Developing rapid digestion bioreactors for biogas production

In this project we are going to develop a digester for more rapid digest of biological wastes. Our goal is to decrease the total time of digestion.