Solid Waste Disposal TRIZ Cases

Aqueous extraction of plant waste concentrates cellulose to impart flame retardance, reducing reliance on bromine and antimony compounds.

Plasma treatment decomposes tars in raw syngas, preventing catalyst poisoning during biofuel production.

Terpene and inactivating agents decompose superabsorbent polymers and adhesives, resolving throughput bottlenecks caused by polymer gelation.

An integrated ball mill grinds and thermally decomposes dioxin in fly ash, eliminating separate incineration steps.

Incubating ground asbestos waste with whey seeded with lactic acid bacteria maintains acidic pH to extract iron and magnesium, eliminating strong acid hazards.

A hydrophilic resin composition disperses zeolites to immobilize radioactive cesium and iodine without external energy.

Segmented breeding of hybrid corn CH756491 resolves the contradiction between genetic uniformity and diversity to achieve consistent yield.

Liquid metal sprays purify gases while char combustion provides internal heat, eliminating separate quenching equipment.

Segmented above-ground walls eliminate excavation costs and prevent groundwater contamination by making leaks visible on the surface.

Cooling water reduces odor emissions from hot treated waste material by condensing steam and lowering discharge temperature below sixty degrees Celsius.

Load pin axles measure container weight to eliminate unnecessary emptying trips and reduce disposal fees.

A process recovers aluminum from waste materials by reacting separated non-ferrous metals with caustic soda in a reactor.

A threaded conduit extends through a geomembrane aperture, secured by a compressible gasket and nut to isolate the plenum.