dev.Bio4Energy

  • Research
    • Platforms
    • Strategic Funds & Projects
    • Publications
  • Context
    • Global Challenges
    • Biomass Resources
    • Biorefineries
  • Education
    • Bio4Energy Graduate School
    • PhD Projects
    • Alumni
    • Undergraduate Education
  • Collaboration
    • Research Collaboration
    • Bio4Energy Advisory Board
  • About Us
    • Bio4Energy — A Strategic Research Environment
    • Contact
    • Open Positions
    • Download Materials
  • News & Events
    • Bio4Energy Calendar
    • Newsletters
  • Click to open the search input field Click to open the search input field Search
  • Menu Menu
Home1 / Research2 / Platforms3 / P5 Biopolymers and Biochemical Conversion
Photo by courtesy of Luleå University of Technology 2022.
Courtesy LTU Info Info

P5 BIOPOLYMERS AND BIOCHEMICAL CONVERSION (BioPolChem)

This platform focuses on bio-based polymers for making advanced and sustainable materials, as well as conversion processes that involve microorganisms and enzymes. Both conventional forest-industrial processes and products, for example cellulose and cellulose derivatives, and novel polymeric bio-based materials are included.

Use of the inherent characteristics of the raw materials is central, incorporating the sustainability aspect to reduce, recycle and reuse.

Key areas of research: nanocelluloses, cellulose derivatives, biocomposites, fiber-based products, green carbon materials, pretreatment for enzymatic saccharification, microbial and enzymatic processes, valorisation of lignins and hemicelluloses

Participants: UmU (Chemistry), LTU (Biochemical Process Engineering, Wood and Bionanocomposites)

Platform leader: Leif Jönsson leif.jonsson@umu.se +46 90 786 6811

  • Platforms
    • P1 Systems Anlaysis and Bioeconomy
    • P2 Forest-based Feedstocks
    • P3 Feedstock Pre-processing
    • P4 Thermochemical Conversion
    • P5 Biopolymers and Biochemical Conversion
    • P6 Catalysis and Separation
    • P7 Environment and Nutrient Recycling
  • Strategic Funds & Projects
  • Publications

VISITING ADDRESS

Umeå University Campus Map

LinkedIn

ADDRESS

Bio4Energy

Umeå University

SE-90187 UMEÅ

Sweden

LOG IN

Scroll to top Scroll to top Scroll to top