Other Chemical Processes TRIZ Cases

Extending super absorbent polymer into distribution layers creates a back suction effect that prevents back wetting while optimizing absorption power.

An open-pore friction material anchors silica or carbon particles via binder particles to resolve wear resistance and oil flow trade-offs.

Contacting heavy oils with cationic polymers forms low-viscosity emulsions, eliminating the need for heated pipelines and reducing pump energy consumption.

Fluorinated organosilane composition forms durable water repellent films that balance abrasion resistance with weather stability.

Assay polymer coating on thermocouples detects analytes via heat transfer changes, replacing expensive equipment.

Thiol-functionalized hyper-crosslinked polymers capture gold ions via coordination bonding, eliminating toxic cyanide use in extraction.

Functionalized quartz fiber filters retain organic compounds through silanization with specific organic groups.

Alkaline washing converts levulinic acid to a salt form before distillation, retaining up to 99% of the compound while removing acidic impurities.

Adjusting dynamic pressure during monomer transfer induces physical foaming, reducing blowing agent use and preventing fine powder generation.

High performance gel permeation chromatography separates dominant polysaccharides to create a unique chemical fingerprint for species identification.

Convert dissolved boron into solid precipitates via chemical reagents to reduce waste liquid generation.

Arginine and iron ions in polishing slurry protect tungsten features during chemical mechanical processing.

Zinc and aluminum particles act as sacrificial anodes to prevent electrochemical corrosion on steel structures during de-icing operations.

Compatible resin-propellant pairs maintain hard surfaces at high temperatures while reducing volatile organic compounds and extending shelf life.

An ethylene-acrylate-copolymer sorptive layer extracts target molecules from biological samples.

Z-FO-1336mzz blends with halogenated olefins to form stable azeotropes that prevent fractionation during phase changes.

Replacing the ITO layer with a conductive adhesive reduces production costs while maintaining reliability under high temperature and humidity.

Synthetic water-soluble polymers with hydrophobic end groups reduce haze and surface defects caused by uncontrollable natural polymer impurities.

Nitrogen-sulfur doped carbon catalyzes chloramine decomposition, enabling high throughput filtration without increasing pressure drop.

Adding a reusable superabsorbent resin concentrates rubber emulsion without thermal evaporation, reducing energy consumption and wastewater generation.

Cerium IV oxide compositions sorb arsenite and arsenate, achieving 400% higher loading than traditional adsorbents for low-concentration treatment.

Membrane emulsification controls agarose bead size distribution to resolve the trade-off between mechanical strength and process complexity.

Treating colloidal silica with polyethersilane enhances particle dispersion stability through surface chemical modification.

Thermoplastic elastomer blend eliminates curing by-products and reduces extraction time while maintaining seal integrity under elevated temperatures.

Mesoporous alumina traps volatile iodine before vitrification, preventing material loss during processing and lowering production costs.

Cycloaliphatic urethane endpoint detection windows resolve low UV transmittance and degradation issues in CMP polishing pads.

A polishing composition uses silica abrasives with controlled zeta potential to achieve mirror finishing on ceramic surfaces.

Liquid rubber miscible in the melt phase separates upon solidification, resolving flowability trade-offs while boosting impact strength.

Low viscosity polyalphaolefin on textured surfaces lowers ice formation temperature below -85 C, preventing heat exchanger plugging in LNG generation.

A hydrotreating catalyst activation process uses an acid and organic additive to incorporate active species into the support structure.

Segmented colloidal silica particles achieve high selectivity ratios by combining mechanical abrasion with electrostatic interactions.

A curable composition combines silane-terminated polymers with specific silicone compounds to form a crosslinked network.

A water-based ink formulation incorporates a guanidino compound to enhance dye stability and prevent deposit formation on the recording head.

A thermoplastic resin composition blends a specific elastomeric block polymer to enhance vibration attenuation and mechanical rigidity.

A water-insoluble fiber structure with connected low-molecular-weight antibodies enables bioparticle adsorption.

Mutated immunoglobulin-binding protein maintains affinity while resisting alkaline degradation.

Carbon-rich colored layers resolve color stability issues in sanitary equipment by using specific atomic ratios.

Sodium carbonate catalyst accelerates coal gasification while preventing sodium volatilization loss below the melting point.

Isothermal alkali sorbents separate carbon dioxide from flue gas via steam desorption, reducing energy consumption compared to temperature swing methods.

Controlled amine nitrogen content in poly(meth)acrylate esters improves viscosity index and dispersancy while preventing fluoroelastomer seal deterioration.

Reducing peroxide in the hydrogel prevents physical property deterioration during high-temperature drying, maintaining water absorption capacity.

Nano-diamond particles with dispersion stabilizer achieve low surface roughness on multi-component metal alloy thin films.

Chemical-mechanical polishing slurry uses transition metal oxidizers to soften group III-nitride surfaces for removal.

Segmented disk waveguides distribute ultraviolet light uniformly across titanium dioxide surfaces, resolving uneven activation in water treatment cartridges.

A supercritical carbon dioxide process extracts occluded solvents from metal-organic frameworks to restore internal porosity.

A coated abrasive disc arranges triangular platelets in a spiral pattern with controlled Z-axis rotational orientation.

Composite adsorbent flakes combine pyrolyzed bagasse carbon with polyolefin resin to remove organic dyes from wastewater without complex filtration systems.

Flexible acrylic emulsion coatings withstand dynamic traffic and tumbling, extending dust suppression duration without environmental harm.

Mid-span thickening shifts rotor blade resonance frequencies outside operational ranges.