Solid Waste Disposal TRIZ Cases

Spray dries washed filtrate using kiln exhaust gas to stabilize potassium chloride purity while eliminating electrodeposition costs.

A tunnel kiln heats cement-asbestos packs to 1200°C for direct thermal decomposition and recrystallization into harmless silicates.

A solar panel recycling machine uses magnetic separators to sort metal particles from crushed modules.

Moderate temperature enzymatic processing lowers energy consumption while maintaining pathogen reduction.

Bone meal additive maintains pH stability and immobilizes heavy metals while preventing nutrient leaching from rapid urea dissolution.

A photovoltaic module recycling apparatus uses rollers to feed panels into a flattening device before cutting.

A food garbage disposer uses an automatic filter and condenser to process vapor from the reaction vessel.

Microwave cavitation destroys asbestos crystalline structures, avoiding high costs and biological waste from traditional vitrification or biochemical methods.

A tiltable tissue digester uses a perforated basket to hold organic material during alkaline hydrolysis.

Soybean variety A1026708 applies random forest models to predict breeding values, accelerating development of disease-resistant lines.

Load-pin load cells integrated into wheel axles measure total container weight via piezoresistive signals.

An internal steam generator eliminates external piping risks while controlling temperature diffusion for heterogeneous waste loads.

Integrating synthetic turf with an impermeable geomembrane eliminates separate drainage layers and sand infill, reducing installation labor and material costs.

A closed waste processing system circulates ozonated water to sterilize and macerate bulk waste materials.

Carbothermal reduction of rice hull ash yields photovoltaic silicon, eliminating chlorosilane pollution and lowering energy consumption.

Cultivar 7629164 delivers stable yield potential through marker-assisted selection, resolving unpredictable breeding cycles.

Converting elemental mercury to mercuric sulfide and encapsulating it in polymer prevents leaching, eliminating stockpile risks.

Cultivar 7537171 accelerates breeding timelines by combining glyphosate resistance with Phytophthora tolerance via molecular marker feedback.

Dynamic web infrastructure updates disposal protocols automatically to resolve compliance reliability issues caused by static tracking methods.

Isolated enzymes deactivate undetonated charges by converting explosives into safer compounds, avoiding microorganism leakage risks.

Segmenting the breeding process into distinct self-pollination phases resolves the contradiction between genetic uniformity and cross-pollination diversity.

Preliminary action stabilizes hybrid corn CH594494, resolving genetic non-uniformity.

Segmented breeding and parameter changes resolve genetic non-uniformity in hybrid corn CH595207.

Converts medicines into a solid mass using bittering and thickening agents to prevent water contamination.

Acidic electrolyzed water treats used absorbent articles to resolve high pH and safety issues from lime or ozone methods.

Rotating saw-tooth wires separate mixed carpet scraps into fiber and resin, reducing greenhouse gas emissions from incineration.

Induction detection locates metals in slag before crushing, recovering enclosed metals while preserving their integrity.

Real-time feedback control modulates flow valves based on energy content measurements to resolve precision and complexity trade-offs in landfill gas extraction.

Organic chelating agents strip iron from solid phase extractants without concentrated acids, preventing resin poisoning and lowering costs.

Combines recycled silicon wafers, encapsulant, and backsheet into antistatic plastic, diverting landfill waste.

A rejuvenation system transforms waste fabrics into high-quality fibrous materials using controlled chemical treatments.