This project supported by the Swedish Research Council (Vetenskapsrådet) focus on native cellulose´s interplay in materials and dispersions. The overall aim is to study and explain the intra- and intermolecular interactions of cellulose which occur during dissolution, in dispersions and in the regeneration of novel nanobiocomposite materials.
Native cellulose’s interplay in materials and dispersions (CELLO) Läs mer »
This project supported by the FORMAS and Interreg Sverige-Norge specifically focuses on design and preparation of cellulose-based nanocomposites with added functionalities such as e.g. barrier, antimicrobial, catalytic and electronic properties, starting from water-based solutions of wood cellulose.
Novel use of native cellulose in dispersions and functional biocomposites Läs mer »
DRIVE PROJEKTET – Ny kunskap för att stimulera regional tillväxt genom åtta aktiviteter för innovativa gröna transporter med engagemang från ett 30-tal företag och ett antal offentliga aktörer. SKÖRDA – Nya typer av vindytor och termoelektriska system för förnyelsebar energi från vind och markkommer att utvecklas med hjälp från industriella aktörer.LAGRA – Superkondensatorer, en typ
The main purpose of EcoSys is to develop and implement energy-saving technologies at production units producing mechanical pulp with high wood yield (> 90%) and thus also demonstrate and further improve the environmental and sustainability aspects of mechanical pulp manufacturing. Mechanical pulp is durable and resource efficient since it is manufactured with a very high
EcoSys – Eco-effective processes and systems Läs mer »
The aim of the project is to provide knowledge on how double disk refining can be more energy efficient. To increase the process efficiency it has been shown important to have a high production flow through the refiner and also apply large forces on the fiber material in the refiner gap. This to reduce hysteresis
ModDD – Process modeling and new technical solutions for increased production rate Läs mer »
Projektet fokuserar på kompositmaterial med nanocellulosa, modifiering och regenerering av cellulosa, samt elektriskt ledande polymerer för biovänliga tillämpningar inom flexibel elektronik och energilagring. Project partner: Stanford University
Cellulosa för bionedbrytbara, töjbara och elektriskt funktionella tillämpningar Läs mer »