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Project: Bio-based circular recovery model for sustainable urban economies The project focuses on creating a bio-circular economy (BCE) model towards the sustainable urban development for the city of…
Project: Bio-based polyurethane adhesives for cross-laminated timber (CLT) This project envisages the collaboration of the Group of Forest Products research group at Linnaeus University, for the…
Project: BioFrame – an analytical framework to promote the development of forest bioenergy A national forest strategy affects – and is affected by – what is happening in the forest as well as…
Project: Climate change effects over the lifecycle of a building In this project, we documented the current state of scientific knowledge on the climate change effects of buildings from a lifecycle…
Project: Climate impacts of wood vs. non-wood buildings from lifecycle perspective The outcome of this project was a comprehensive review of existing literature on energy and climate implications of…
Project: Climate neutral Växjö 2030 This project is a research collaboration with Växjö municipality for achieving a climate neutral Växjö in 2030 and how digital technologies can support this goal…
Project: Competence needs and courses for professionals in IT and competitive production The purpose of the project is to contribute to the continued development of industry's skills development,…
Project: Competence needs and courses for professionals in IT and competitive production 2.0 The purpose of the project is to further develop the common marketing platform for courses for…
Project: Compression perpendicular to the grain in cross-laminated engineered wood-based products The aim of this project was a better prediction and exploitation of the properties of wood in…
Project: CONFLICT – Can continuous cover forestry lead to increased carbon uptake of terrestrial ecosystems? We measure the carbon uptake of a continuous cover forest and compare it with carbon fluxes…
Project: Construction systems for resource-efficient and low-carbon buildings in a lifecycle perspective A key goal of this project was to generate new scientific knowledge on how the production phase…
Project: Creep behaviour of environmental-friendly wood panels under different service class situations The project aims at exploring fundamentals related to creep behaviour of environmental-friendly…
Project: CT scanning and the influence of knots in structural timber The purpose of the project is to determine in detail, using computer tomography, the geometry of knots within timber, as well as to…
Project: Demonstrator Environment for Smart and Innovative Automation in Manufacturing (Smart-IAT) The aim of the project is to develop and establish a demonstrator environment within advanced…
Project: Design of innovative modular-based multi-storey timber buildings Constructing multi-storey buildings with light-frame timber modules is an innovative construction method, but at the same time…
Project: Detection of defects on wood surfaces on the basis of optical scanning The purpose of this research project is to gain increased knowledge and a better understanding of how different wood…
Project: Development of an innovative centrifugal condensation scrubber The project is aiming to optimize and demonstrate a techno-economic solution to efficiently reduce particulate matter emission,…
Project: Development of resource efficient district heating systems In this project, we study how district heating systems can develop in changing markets for heating and solid biofuels.