ST-123 Y-Graft

The project intends to develop an artificial blood vessel from a textile that is designed for use in the human body.

ST-156 Textile Biogas Reactor 2

The project aims to develop a textile biogas reactor.

Ice catalysed stratospheric chemistry

DiXiT -- Digital Scholarly Editions Initial Training Network

Digital scholarly editing represents one of the most important branches of Digital Humanities. Theories, concepts and practices designed for editing in a digital environment have deeply influenced the development of Digital Humanities as a discipline. The achievements shown by recent digital scholarly editions demonstrate some of the potential for innovation in the digital medium including their openness and exploratory nature. These projects have developed a very wide range of editorial products.

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).

Digimode

The balanced service encounter

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.

Digital Surface Modification of Flat Surfaces and Textiles

The aim of the project is to create teaching materials within the area of digital functionalization of textiles, partly for courses for students and partly for business and industry.

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.