Animal Corpse Fertilisers TRIZ Cases

See how an agroponic system uses biofiltration and AI monitoring to convert fish waste into cro

Ultra-high-temperature aerobic fermentation decomposes livestock carcasses on-site, kills pathogens, and avoids burial-related pollution.

Fermented crustacean shells with Bacillus create a chitin biostimulant that lifts crop yield while improving soil structure and microbial growth.

Keratin hydrolysis peptide foliar spray helps rice absorb fertilizer under reduced nitrogen input, improving yield and grain quality.

Feather-derived keratin hydrolysate peptides help plants resist acidic soil stress by reducing metal ion toxicity and improving nutrient uptake.

Acidification below pH 4.5, controlled heating, and filtration limit bacterial growth while preserving amino acids in fish soluble matter.

Feather and soy meal blend controls nitrogen release and limits ammonium toxicity.

Defatted milk and coal dust stabilize fertilizer while limiting spoilage and odor.

Galactomannan, biodegradable polymers, and clay form hydrogels that retain water and nutrients while reducing soil impact.

This case uses feather-derived keratin hydrolysis peptides in soil or foliar applications to support corn growth during cold stress.

Replacing inorganic salts with organic potassium sources reduces the salt index below 40, eliminating phytotoxicity during direct seed placement.

Crosslinking keratin derivatives with cellulose nanofibers creates a porous, biodegradable hydroponic medium that retains water and mitigates pathogen issues.

Pre-mixture composition for medicinal plants uses vermiculite, perlite, and guano-based fertilizer to address specific growth requirements.

Processed hair fibers hold infused moisture and nutrients in a mesh receptacle to release resources slowly to plant roots.

Automated modular insect farming systems enable high-density bioprocessing with minimal resource consumption.

Coated wood chips bind fertilizers to prevent runoff pollution while providing slow-release nutrients for plant growth.

A keratin hydrolysis peptide solution infused into soil promotes tomato growth and development.

Feather-derived keratin hydrolysis peptides improve soybean stress resistance and yield by boosting nutrient uptake during adverse weather.

A composting vessel uses aeration to decompose human remains into fertile soil.

Protein ingredients bind with grain processing by-products to form pellets, resolving storage and transportation challenges in organic systems.

Water-dissolvable carrier delivers plant nutrients and odiferous compounds, eliminating undesirable fertilizer odor while sustaining growth.

Heating and separating animal waste supernatant concentrates plant-available nitrogen while removing excess bulk to prevent root burning.

A bio-nitrogen fertilizer formulation combines multiple nitrogen-fixing microorganisms to enhance nutrient use efficiency.