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Knowledge and networking platform for sustainable electronics based on northern bioresources – SUSEN  

The aim of the project is to promote knowledge, networking and joint-actions in cross-border research and innovation, and industrial activities related to sustainable electronic materials, components and applications by combining unique regional expertise of Oulu Univeristy , Luleå University of Technology and various northern companies. Especially, the project will focus on i) Providing knowledge on […]

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A new XRF analysis develops high yield pulp with even sulfonate distribution at fiber level for improved renewable packaging

This project addresses the main challenges of using environmentally friendly, renewable packaging materials due to the widespread use of plastic in the packaging industry. This interdisciplinary project aims to address the uneven distribution of fiber sulfonation and softening in wood chips, which is currently poorly understood at a micro-level. After impregnation, the distribution of sulfonation

A new XRF analysis develops high yield pulp with even sulfonate distribution at fiber level for improved renewable packaging Läs mer »

Microfiber

This project has addressed the major bottlenecks in using environmentally friendly, renewable packaging materials as plastic dominates the packaging industry. This interdisciplinary project aims to fundamentally resolve the degree of roughness, i.e. the amount of fiber sulfonation and softening prior to defibration, which is unknown at the micro level. Typically, the distribution of sulfonation in

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PolyTree

The main goal of this project called PolyTree is to enable a closed-loop sustainable materials economy by making renewable polyesters from wood-based building blocks through innovative green chemistries. While biopolymers have been actively developed, their technical properties lack in respect to fossil-based materials. Moreover, biopolymers are not necessarily biodegradable – or recyclable. This project embraces

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Modelling of conductive polymer-redox polymer supercapacitors

The Laboratory of Organic Electronics is developing cellulose base conductive polymer-redox polymer supercapacitors for large scale energy storage. This project focus on the modelling of such systems by coupling a recently developed theoretical model for organic mixed electronic-ionic conductors with the redox chemistry of wood-based redox polymer for energy storage applications. The aim is to

Modelling of conductive polymer-redox polymer supercapacitors Läs mer »