Bio-Organic Fraction Processing TRIZ Cases

Continuous plug flow process recovers nutrients from anaerobic digester effluent, reducing operating costs and environmental concerns.

Reduced-pressure fermentation drying equipment heats and stirs livestock excrement to decompose organic matter and reduce volume.

Direct leachate injection into anaerobic digesters reduces mechanical preparation complexity while aerobic maturation stabilizes compost quality.

Polycarboxylated copolymers with maleic and itaconic moieties enable rapid drying of fertilizer coatings, preventing agglomeration during field handling.

A membrane filter unit uses an air diffuser to generate a vertically swirling gas-liquid mixed flow between parallel hollow fiber membranes.

Microbial conditioner neutralizes alkalinity and reduces sodium in cremated ash, resolving plant toxicity while preserving memorial significance.

Forced oxygen supply initiates microbial degradation in high-moisture organic waste, generating internal heat for composting.

Wet milling reduces organic matter to micron-sized particles, creating stable granules that support controlled nutrient release and microbial viability.

Enzymatic and bacterial complexing agent breaks down refractory loquat leaf litter to resolve slow decomposition rates and soil pollution issues.

Flue gas curing transforms coal gangue into porous material that sustains fungal growth and plant development on degraded hills.

Mixing ground solid fuel ash with shells and yellow earth produces high-quality castings, solving disposal issues.