Other Chemical Processes TRIZ Cases

Moringa oleifera protein coating on hydrophobic fibers binds contaminants via electrostatic interactions, preventing biofouling and reducing energy consumption.

A polysiloxane sealing composition with reactive functional groups provides stable water repellency on substrates.

Eliminating external heating costs by utilizing internal thermal energy from producer gas combustion to activate biomass charcoal.

A three-component composition removes preeclampsia mediators from maternal blood plasma using bimodal carbon particles and affinity resin beads.

An elastic component buffers filler pressure to prevent frame sealant cracks, maintaining airtightness and extending OLED panel lifetime.

Spherical activated carbon beads eliminate sharp edges to prevent particulate leakage during handling.

A composite filter aid combines diatomaceous earth with precipitated silica to adsorb haze-causing proteins.

An insertion element nested between clip wings restricts rotational movement, preventing loosening during adhesive curing.

Optimizing MgO and Cr2O3 content in alumina fused grains improves machining energy efficiency while maintaining high productivity.

Antistatic polyimide film uses modified carbon nanotubes to dissipate static charge and prevent adhesive residue during protective layer removal.

A CMP slurry combines silicone-free and silicone-containing nonionic surfactants to stabilize low-k dielectric removal rates.

Reactive silicone composition with polymerizable diluent resolves viscosity versus heat resistance trade-off while maintaining near-infrared transparency.

Optimized crosslinking density prevents thermal decomposition of the resin at elevated temperatures.

A composite optical filter uses an ytterbium absorber and dielectric multilayer film to transmit visible light while shielding specific near-infrared wavelengths.

Quaternary ammonium salt derived from a Mannich reaction product acts as a detergent in fuel compositions.

A polymerization apparatus manages liquid and gas temperatures to produce polyacrylic acid resin with controlled particle formation.

Isocyanate-terminated prepolymers incorporate high molecular weight polyether diols using low molecular weight polyols as mediators.

Hydrated polymers mechanically block abrasive particle migration in a reservoir, enabling stable high-velocity water jet drilling without tooth damage.

Optimized polyvinyl alcohol ratios improve wafer flatness and reduce haze by preventing abrasive grain attachment during final polishing.

Activated titanyl metal complexes selectively bind sulfur and nitrogen compounds from hydrocarbon feeds at mild temperatures.

A granular stabilizer composition blends co-active agents with polymer additives to form a low-dusting, high-concentration system.

Grafting acrylic acid onto starch yields a superabsorbent polymer that retains 100 to 1500 g/g water absorbance in saline soil.

Aqueous polymer emulsion seals casting metal porosity while resisting electrochemical deposition on substrates.

Alkaline aqueous treatment of crude esters followed by vacuum water removal minimizes sodium content in plasticiser products.

Specific amino acid substitutions in the Fbs1 binding domain eliminate non-specific interactions, resolving precision issues caused by background binding noise.

Core-shell ruthenium alumina catalyst reduces CO below 100 ppm while limiting hydrogen consumption across a broad temperature window.

Felted PTFE fibers on a metallic scrim resolve the contradiction between material rigidity and pleatability for high efficiency filtration.

A fibre binder composition retains airborne particles on demolition sites using a composite liquid formulation with surfactants and stickiness enhancers.

A room-temperature-curable organopolysiloxane composition cures into a high-hardness film without metal catalysts.

A lithium adsorption molded body uses a specific copolymer binder to create a bimodal pore structure for enhanced mechanical strength.

A polishing composition uses silica with specific Raman spectral characteristics to mechanically remove material from semiconductor substrates.

A transparent supersize coat uses metal salt fatty acids and styrene-acrylic binders to maintain high translucency in abrasive articles.

Isotactic propylene crystallinity in the seal material reduces extractables and leachables while maintaining reliable pharmaceutical dispensing performance.

Covalently bonded epoxy groups on silica abrasive grains increase tungsten film polishing selectivity and prevent particle aggregation during storage.

A near-infrared absorbing composition uses a specific dye and resin-based dispersant to form fine patterns.

Heat curable silicone rubber composition uses an ionic liquid antistatic agent to achieve high transparency and electrical conductivity.

Hydrophobic polymeric microparticles expand in situ to modify permeability and divert injected fluids into unswept reservoir zones.

A nanoporous network within superabsorbent particles accelerates initial absorption rates while maintaining total capacity.

A superabsorbent polymer uses a second shell layer of zingiberaceae extracts to provide surface modification for enhanced antimicrobial and deodorizing properties.

A cellulosic fiber matrix coupled with carboxylic acid sequesters trimethylamine in absorbent materials.

Segmenting the polymer into high, medium, and low molecular weight fractions resolves the trade-off between physical strength and roll processability.