Bio-Organic Fraction Processing TRIZ Cases

An ammonia recovery system captures gas during sludge drying to produce concentrated ammonium salt solution.

Anaerobic sludge reactor removes phosphate compounds from hydrolyzed waste streams using acidogenic bacteria.

Rotating media wheels cultivate algae and bacteria to treat wastewater, eliminating aeration energy by converting bacterial CO2 into algal biomass.

Segmented pipes with angled outlets distribute air through residual biomaterial, eliminating dead zones and reducing energy consumption.

A dual-chamber vehicle transport system disinfects sealed biodegradable waste containers using UV light while simultaneously initiating composting.

A reprocessing system separates soiled animal bedding from manure using shakers and dryers to recover clean material.

Methanation and composting degrade active molecules in treated seeds, reducing treatment costs and CO2 emissions.

Automated mobile probe maps temperature and oxygen distribution in heterogeneous organic waste to optimize sequential aeration.

Flow-through converter separates worms from converted material to eliminate post-processing separation while maintaining high productivity.

A segmented composting process converts grape pomace into a humic acid extract suitable for feed additives.

Bioreactor system couples renewable electricity with nitrogen-fixing microorganisms to produce ammonia-enriched biomass for agricultural use.

Cycling nutrients between microbes and black soldier fly larvae concentrates melanin from low-cost waste, reducing extraction costs.

An auger mechanism separates solids from liquids to reduce sewage strain while automatic reversal prevents jamming.

Porous polyurethane foam flakes modify anaerobic rice cultivation environments by creating oxygen pathways that suppress methane-producing bacteria.

A segmented insect system converts kitchen waste into protein feed and fertilizer through specialized biological decomposition stages.

Fluidizing collector transforms solid waste into flowable particles for pneumatic pipeline transport, eliminating plastic packaging and manual handling.

Vacuum digestion of predigested coal slurry converts waste into fuels while scrubbing gases reduces toxic emissions.

Segmented radial air pipes supply oxygen to specific zones inside a rotating vessel, resolving imbalanced moisture and slow microbial metabolic rates.

Liquid digester effluent inoculates solid-state reactors, eliminating external nitrogen needs and cutting digestate volumes.

Selective microbial strains process slaughterhouse waste into organic fertilizers and biogas while avoiding thermal sedimentation.

A rural waste treatment system uses high-temperature aerobic fermentation to convert organic pollutants into bio-organic fertilizers.

Natural compost production mixes chamber filter cake with biological components to enhance soil fertility and water retention.

Mechanical separation and anaerobic digestion of livestock manure increase methane yield while preventing nutrient leaching into groundwater.

Wax melts at elevated temperatures to disconnect conductive particles, increasing electrical resistance and preventing lithium-ion battery explosions.

Recover high concentration ammonia from organic waste via pH controlled dissociation, providing compliant nitrogen fertilizer.

Algal biomass production cultures livestock liquid fertilizer to generate feed-grade biomass, eliminating temporal pollution from nutrient accumulation.

Vertical processing chambers automate larval growth cycles, reducing manual labor and odor while converting waste into chitosan-rich fertilizer.

Forced aeration in an auger-free composting unit maintains aerobic conditions, eliminating foul odours while processing urban organic waste volumes.

A composting device captures waste reduction data to generate digital currency rewards for users.

Selective oxidation roasting cleans aluminum alloy scrap before pressure-controlled melting refines the melt liquid.

Alternating expanded and constricted sections control liquid velocity to prevent biomass washout during biogas production from biodegradable wastes.

Segmented treatment basins with slanted screw propellers ensure uniform organic mass progression and efficient forced aeration.

A tubular drum with a shaftless screw conveyor and cantilevered blades creates rearing chambers for continuous insect larval development.

A biomass processing system recovers thermal energy from a combined heat and power plant to dry fuel.

Vacuum-infused biochar regulates temperature, moisture, and pH levels while adsorbing odors to resolve raw material inconsistencies.

A composite fertilizer blends composted organic matter with chelated metal sulfates to enhance nutrient bioavailability.

A crusher and conveyor system mixes biomass, biochar, and probiotic solutions to produce a fine-particle growing medium.

Separating incinerated ash and fibrous slurry by particle size and composition recovers nutrients while isolating heavy metals.

Plant-based aqueous compositions extract oil from substrates via solvation, reducing energy consumption while producing environmentally benign residues.

An inert fluid mediates melt slurry solidification at 80-120°C, resolving undersized granule instability and low crush strength.

Segmented containers with self-contained turning mechanisms resolve the contradiction between high composting capacity and complex infrastructure requirements.

Grinds dry organic waste into a homogeneous puree to resolve jamming from inert materials and increase methane production efficiency.

Loading microbes on porous media reduces sludge quantity by forty percent while improving biosolids quality and effluent purity.

Ion exchange resins remove sodium from fish excrement skimmate, creating an organic fertilizer that promotes healthier plant growth and yield.

Modular aeration distributors and external blowers inject oxygen into unmodified containers, reducing labor costs while preserving container integrity.

Enzymatic hydrolysis of fresh seaweed pulp retains active ingredients while avoiding thermal degradation.

A facility separates organic waste into liquid and solid fractions for anaerobic fermentation and subsequent processing.

Acetic acid extraction removes soluble ash from cellulosic biomass, reducing inorganic emissions and boiler fouling during combustion.

A fermentation apparatus discharges microorganism-rich product onto target plants to naturally dry organic waste.