Biofuels TRIZ Cases
- Recombinant Microorganism Glycerol Recycling for Ethanol Yield
Recombinant microorganisms import extracellular glycerol via STL1 to boost intracellular levels and enhance ethanol production.
- Mixotrophic Fermentation for High Carbon Yield
Supplemented mixotrophic fermentation metabolizes non-sugar reductants alongside carbon sources to produce bioproducts.
- Solidified Biomass Fuel via Semi-Carbonization and Pressure-Forming
Pressure-forming semi-carbonized biomass resolves low calorific value and hardness issues, yielding a dense solid fuel suitable for iron casting.
- Biogenic Carbon Dioxide Recovery for Fuel Yield
Recovering biogenic carbon dioxide from fermentation increases fuel yield by 10-30% while cutting greenhouse gas emissions.
- Parallel Biomass Reactor Segmentation for Syngas Purity
Segmented parallel reactors heat compacted biomass anaerobically to generate synthesis gas, preventing nitrogen dilution and tar formation.
- Maize Hybrid X95H667 Segmentation and Extraction for Trait Uniformity
X95H667 maize hybrid combines specific inbred lines to deliver enhanced disease resistance, drought tolerance, and improved yield.
- Sulfur Additives for Ethanol Fermentation from Carbon Monoxide
High oxidation state sulfur compounds replace toxic hydrogen sulfide in anaerobic fermentation, enabling stable ethanol production from carbon monoxide.
- Biochar Adsorption for Process Water Purification
Biochar adsorbs organics from process water, eliminating dedicated wastewater systems and reducing capital costs.
- Hydrotreating Process for Low Hydrogen Diesel Desulfurization
Dissolving hydrogen in a diluent solvent enables low consumption desulfurization without excess gas recycling.
- Carbonized Material Kiln With Heat Storage and Modular Walls
Segmented chambers with iron-free concrete blocks and exhaust space heat storage maintain high temperatures for efficient carbonization.