Bio-Organic Fraction Processing TRIZ Cases

Direct fermentation of low-protein brewer's yeast water with fish waste converts environmental pollution into an effective agricultural fortifier.

Carbonizing straw produces biochar that restores soil humus while generating fuel to cut greenhouse gas emissions.

A self-heating fermentation heap converts organic biomass into nutrient-rich soil substrates using pyrogenic carbon and ceramic powder.

A biomaterial recycling facility uses a downstream hygienization chamber to thermally treat fermentation residue for agricultural reuse.

A thermal wastewater treatment system destroys organic matter and bacteria to lower chemical oxygen demand.

Segmenting organic waste into fine and coarse fractions enables targeted aerobic and dry fermentation processes.

Counter-rotating chamber and stirrer prevent sludge blockage at multiple drainage holes, ensuring continuous leachate discharge.

Enzymatic digestion of food waste produces agricultural admixtures that restore soil fertility and reduce greenhouse gas emissions.

Shaker screening separates manure from used bedding, enabling waste reduction while preserving the substrate structure for reuse.

Segmented modules sort contaminants and grind organics via gravity, reducing environmental pollution.

Co-polymerization creates a three-dimensional mesh structure that synchronizes nutrient release and reduces production costs.

Evapo-concentration removes toxic compounds that inhibit methanization, maximizing biogas recovery and reducing operational costs.

Genetically modified halophiles convert harmful brine waste into valuable chemicals, eliminating costly disposal and environmental degradation.

Sequential storage units displace larvae via environmental triggers, resolving labor bottlenecks and accelerating production cycles.

Waste-derived potassium acetate mixtures eliminate chloride corrosion and toxicity while delivering reliable freeze protection and microbial growth promotion.

Segmented fermentation chambers prevent scale accumulation while membrane separation refines biogas into high-methane content fuel.

Biochar adsorbents clean biogas streams while accumulating minerals from fermentation fluids, replacing costly chemical agents to lower operating expenses.