Products TRIZ Cases

Air nozzle directs flow stream to impinge on screen surface, removing debris that interferes with separation efficiency.

Segmented steam and autothermal reforming generates hydrogen with optimized steam-to-carbon ratios, resolving CO2 capture challenges at unsuitable pressures.

A laminated polyester film structure integrates chemically recycled electrostatic pinning chips with physically recycled layers to enhance material utility.

Chemical bonding of inorganic salts to fertilizer surfaces creates durable barriers that prevent long-term moisture absorption and self-heating degradation.

Isothermal reactor converts synthesis gas to dimethyl ether using a controlled carbon dioxide feed ratio, eliminating intermediate methanol separation steps.

A superabsorbent hydrogel particulate material removes acid gases and mercury from hydrocarbon streams.

Binder mixing and size classification during pelletizing control agglomerate diameter to match virgin carbon black performance.

A composite absorbent solution co-absorbs mercaptans and acid gases using synergistic chemical and physical mechanisms.

Cooling the roller die prevents sugar binder carbonization, enabling continuous production of organic fertilizer.

A fertiliser composition combines anaerobic digestate with ammonia, nitrate ions, and carbon dioxide to form a nutrient-rich solid.

Segments bulk and residual CO2 removal to eliminate high-pressure requirements, reducing energy consumption and secondary pollution.

Reacting carbon dioxide with specific organometallic compounds and alcohols produces carbonic esters efficiently.

Introducing a polar aprotic solvent stream prevents sticky tar deposition on equipment, enabling continuous operation and higher BTX recovery.

Tubular oxygen transport membrane elements combust permeated oxygen with synthesis gas to generate radiant heat for catalytic reactors.

A pyrolyzer kiln processes carbonaceous feedstock through slow pyrolysis to generate a gaseous output fraction.

A white polyester film blends physically and chemically recycled chips with metal salt electrostatic pinning additives.

A modular sorbent bed system captures carbon dioxide from air using blowers and regeneration fluid to create a continuous upgraded gas stream.

Stacked cyclone units in a vertical loop tower enable scalable gas handling and heat recovery, resolving fluidized bed limitations.

Perforated separator belts extract solid food waste from liquid streams, enabling aerobic composting that reduces landfill methane generation.

A hydroxy quaternary phosphonium salt catalyst facilitates cycloaddition reactions between carbon dioxide and epoxy compounds.

Multi-cavity injection molding produces composter parts simultaneously, eliminating intermediate storage and reducing production time.

An acidic treatment composition eliminates pathogens in organic digestate while preserving nitrogen, phosphorus, and potassium nutrients.

Flash evaporation generates steam from rich solvent to heat the stripper, reducing energy loss in carbon dioxide capture.

Ozone water cleans superabsorbent polymers before alkaline reactivation and silica deposition to prevent drying energy waste.

Tangential gas inlets create spiral flow patterns inside the reactor vessel to mix feed gases before they reach the catalyst bed.

Sequential filtration stages eliminate polar and large molecule contaminants to enable effective on-site regeneration of high-purity SF6 gas.

A hydrate formation reactor captures C2 gases into solid structures to separate them from methane streams.

Transforms low-quality PEF regranulates into high-purity polyols through glycolysis, enabling closed-loop production of premium PUR/PIR hard foams.

A catalytic fast pyrolysis process recovers carbon monoxide by mixing vapor effluent with a selective solvent to separate CO2.

Vibratory conveying systems transport sewage sludge through infrared heating panels, eliminating mechanical wear from traditional conveyor belts.

Segmenting the stripping tower into distinct flashing and stripping zones with hydraulic seals prevents hydrogen contamination in the exported CO2 stream.

Recycling byproducts from magnesium chloride hydration reduces energy consumption while converting flue gas emissions into valuable carbonate materials.

Electrostatic carrier particles distribute active agents uniformly on substrates, preventing leaching losses and reducing waste.

An integrated bio-methanol production system converts biomass into fuel using renewable electricity and water electrolysis.

Integrating a methanation reactor converts carbon oxides back into methane for recycling, reducing compression costs and acid gas waste.

Process converts high-temperature emissions into nutrient-enriched gas, reducing greenhouse impact while boosting plant productivity.

Segmented heating zones and rapid quenching prevent fission product recombination in the rotary tube reactor, ensuring stable pyrolysis of waste rubber.

Composite amine liquid absorbs carbon dioxide and hydrogen sulfide from gas streams while lowering regeneration energy requirements.

Segmented backup absorber with lean solvent storage ensures continuous SO2 removal during primary system failures while reducing capital costs.

A screw arrangement heats waste material via mechanical shear to increase pressure before thermal degradation in an oxygen-free reactor.

Epoxidized soya oil replaces conventional plasticizers in vinyl tiles, reducing volatile organic compounds while maintaining durability.

A chemical process recycles ammonia and carbon dioxide from low-pressure recovery stages to higher-pressure sections for efficient reuse.

A freefall pyrolytic oven uses gravity and heat transfer plates to decompose waste material in a vertical chamber.

A solid gasification apparatus uses a heat beam fluid heat exchange apparatus to spray high-temperature gas onto material solids for continuous operation.

Removable side panels on a freestanding frame reduce turning labor while maintaining structural integrity for high-volume aerobic composting.

Surface-functionalized proppants retain high molecular weight polymers within fracture networks, preventing migration into groundwater sources.

Milling colloidal nutrient micelles increases grade values, resolving underutilization and waste from conventional fertilizers.

Microwave plasma generators create high temperature plasma that cracks tar compounds and enables efficient gasification of larger biomass particles.

A chemical reactor uses screw means to heat waste plastic materials through mechanical friction for continuous hydrocarbon production.

A porous matrix infiltrates with greenhouse gas reactants to form a ceramic product through hydrothermal liquid phase sintering.