bioREFINE
bioREFINE
Biochemical Varisation of Agricultural Biomass
Biochemical Varisation of Agricultural Biomass
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Agricultural residues such as rice straw contain valuable organic compounds that can be extracted and processed through biorefinery technologies. These compounds can serve as feedstocks for bio-based chemicals, industrial ingredients and emerging circular bioeconomy products.
Agricultural residues such as rice straw contain valuable organic compounds that can be extracted and processed through biorefinery technologies. These compounds can serve as feedstocks for bio-based chemicals, industrial ingredients and emerging circular bioeconomy products.
The bioREFINE module explores how biomass processing systems can extract higher-value biochemical components from agricultural residues.
The bioREFINE module explores how biomass processing systems can extract higher-value biochemical components from agricultural residues.
Biomass Composition
Biomass Composition
Rice straw contains cellulose, hemicellulose and lignin which can serve as feedstocks for biochemical processing pathways.
These components can be separated and processed through a range of biorefinery technologies to produce industrial feedstocks and bio-based materials.
Biorefinery Pathways
Biorefinery Pathways
Biomass biorefinery systems may involve processes such as biomass pretreatment, enzymatic conversion, fermentation and downstream processing.
Through these pathways agricultural biomass can be transformed into biochemical compounds used across industrial sectors.
Bio-based Product Potential
Bio-based Product Potential
Biochemical compounds derived from agricultural residues can contribute to the development of sustainable materials, industrial chemicals and bio-based ingredients.
These value streams support the broader transition toward renewable and circular industrial supply chains.
Research and Technology Collaboration
Research and Technology Collaboration
The bioREFINE module welcomes collaboration with research institutions, biotechnology companies and technology developers working on biomass conversion and biorefinery systems.
International partnerships can support technology development and feasibility exploration.
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