Advanced materials
Bioplastics, sustainable polymers, bio-based composites and biodegradable biomedical pulp.
Explore this direction ↗Sustainable biomass conversion
Sustainable Biomass Conversion for Advanced Materials, Biochemicals and Energy
Exploring how renewable biomass can become a resource for functional materials, valuable biochemicals and energy applications.
Renewable resourcesNew possibilities ↗
RESEARCH SCOPEAdvanced materialsBiochemicalsEnergy
Scientific Profile
Prof. Dr.
Widya Fatriasari
Professor · BRIN, Indonesia
Professor at the Research Center for Biomass and Bioproducts, National Research and Innovation Agency (BRIN), Indonesia. Her work focuses on biomass conversion, lignin valorization and sustainable bioproduct development.
Research directions
One resource.
Multiple possibilities.
Three connected areas for exploring the potential of biomass and its components.
Biochemicals
Biomass conversion, lignin and tannin valorization, bio-based chemicals and cosmetics.
Explore this direction ↗Energy
Catalytic pyrolysis, thermochemical conversion, functional carbon materials and energy storage materials.
Explore this direction ↗The approach
Connecting renewable resources with useful applications.
Biomass conversion connects the chemistry of renewable feedstocks with the properties and requirements of their intended applications.
Research spans biomass conversion, lignin and tannin valorization, sustainable polymers, biochemicals, functional carbon materials and energy storage materials.
- 01 / UNDERSTANDFeedstock & composition
- 02 / TRANSFORMProcessing & conversion
- 03 / EVALUATEProperties & application