Bio-Organic Fraction Processing TRIZ Cases

Optoelectronic sensors count migrating larvae to resolve the contradiction between measurement precision and device complexity in organic waste processing.

A multi-planar bioreactor uses porous materials and sloped designs to manage liquid drainage while collecting landfill gas.

An integrated bio-methanol production process uses battery-stored electricity to power water electrolysis for syngas synthesis.

Clay, zeolite, and diatomaceous earth trap ammoniacal nitrogen in liquid digestate, preventing eutrophication while retaining potassium ions.

An ORC condenser transfers waste heat to anaerobic digestion tanks.

Relocating the motor and transfer case to the side of the bucket container expands internal volume while maintaining a compact countertop footprint.

Hydrocyclones and filter presses remove floatables and inerts from digestate, enabling regulatory compliance for land application.

An agricultural adjuvant neutralizes hard water cations to prevent pesticide deactivation while providing visual pH indicators for simplified field application.

Substituted 2-thiazoline compounds reduce nitrification rates to minimize nitrogen leakage and pollution from fertilizer use.

Segmented plow blades create turbulence to overcome poor dewatering efficiency while managing structural complexity.

Biorecovery converts wastewater nitrogen into arginine-enriched polypeptides, reducing fertilizer energy costs and nitrogen loss.

Co-fermenting Bacillus subtilis and silicate bacteria with cow dung and straw creates an organic whole that resolves unstable fertilizer effects.

Portable modular renewable energy microgeneration apparatus removes salt from liquid digestate to prevent anaerobic digestion inhibition.

Condensing hydropyrolysis vapors captures hydrogen sulfide in aqueous phase for catalytic oxidation into ammonium sulfate fertilizer.

Thermal dehydration reduces biomass moisture to 8-12 percent, preserving methanogenic potential during extended storage periods.

Vertical tray stacking and localized air flow prevent substrate drying while removing decomposition gases to boost productivity.

A thermophilic digester concurrently pasteurizes and digests organic waste at 70°C or higher.

A biodegradable waste processing system combines crushing, hygienisation, and drying to produce soil substrates and bio-coal.

Hydrothermal carbonization transforms sewage sludge into hydrochar, enabling acid-based phosphate extraction to alleviate global phosphate scarcity.

Chitosan oligosaccharide and earthworm dung form an organic complex microelement fertilizer with enhanced trace element stability.

A microbial inoculant comprising Lactobacillus parafarraginis and Candida ethanolica enhances plant growth.

Heterotrophic microorganism consortium extracts metals from mineral heaps, eliminating mechanical aeration requirements.

Modular holding tanks automate thermophilic and mesophilic digestion stages to produce biogas onsite, reducing transport costs and carbon emissions.

Aerobic bacteria decompose organic waste in a single tank using sequential batch operations to produce dry composted material.

A heat coupling subsystem transfers thermal energy from an organic Rankine cycle condenser to maintain anaerobic digestion temperatures.

A portable shredding device reduces carcasses to smaller pieces, increasing surface area for faster breakdown.

A biological fermentation process solubilizes phosphorus from apatite minerals using specific microorganisms and degradable raw materials.

Optimized oxidant dosage prevents degradation while increasing particle size to enhance mineral absorption and plant growth.

Ammonia cracking supplies hydrogen to bio converters with activated carbon, eliminating gas scrubbers while achieving high methane purity.

Iodide salts liberate iodine to oxidize ammonia and kill pathogens in livestock waste, converting harmful emissions into safe fertilizer.

Substituted thiazolidine compounds inhibit ammonia-oxidizing bacteria, reducing nitrogen leakage from fertilizer applications.

A bioactivated fertilizer composition combines phosphorus sources with microbial fermentation products to enhance nutrient solubility in soil.

Countercurrent stripping and acid absorption recover ammonium salts from liquid waste streams while preventing rapid crystal formation.

Segmented shovel rotation prevents conglomerate formation and ensures uniform drying of moist material.

Alkaline treatment converts organic sludge into high-nutrient fertilizer via ammonia fixation, resolving low nutrient levels and pathogen safety concerns.

Stations signal FBMS element usage status to access points, preventing resource wastage from unnecessary service continuation.

Anaerobic fermentation of ground food waste with lactic acid bacteria inoculants produces organic acids and energy within seven days.

Segmented polymer modules handle large waste streams while maintaining operational convenience and structural stability.

A two-stage composting process separates dried waste into light and heavy fractions to refine biodegradable material.