Process and Plant Design in Biorefining

The Process and Plant Design in Biorefining research group develops innovative biomass-based processes and technologies from laboratory concepts towards commercial-scale implementation. Our research combines experimental work, piloting, process simulation, and techno-economic assessment. We focus on biomass valorization into high-value materials and chemicals, electrification of biomass-based processes, and the development of sustainable alternatives to fossil-based materials and products.

Research areas

Biomass Valorization

We develop novel methods for converting biomass into high-value materials, chemicals, and fuels, including textile fibers, lignin-based materials, and carbon-based products.

Process Development and Scale-Up

We investigate and develop innovative biorefinery processes from laboratory scale through piloting and towards industrial implementation. Our work combines experimental research, process simulation, and techno-economic assessment to evaluate the feasibility of emerging technologies.

Electrification of Biomass-Based Processes

We explore opportunities to reduce reliance on combustion-based energy systems through process electrification and the use of renewable electricity for applications such as green hydrogen and e-fuel production.

Sustainable Material Solutions

We develop renewable and high-performance alternatives to fossil-based materials, including sustainable substitutes for conventional textile fibers and plastic packaging materials.

Process Modelling and Optimization

We utilize simulation and computational tools for process design, optimization, and assessment of technical performance, economic viability, and environmental impacts.

Fibre Technology and Bio-Based Fibre Products

We research and develop bio-based fibre materials and their production processes. Our work includes the testing, characterization, and analysis of fibre products, as well as process development in close collaboration with industry.