Other Chemical Processes TRIZ Cases

A CMP polishing solution uses triazolo[4,5-b]pyridine inhibitors and positive zeta potential abrasives to remove material from semiconductor substrates.

A hybrid coating composition integrates metal flakes, sol-gel resin, and polyurethane prepolymer to protect metal components.

Vertical plasma reactor uses gravity feeding and magnetic fields to process biochar, reducing floor space occupation while increasing processing efficiency.

Immobilized separation ligands bind carbohydrate domains on viral vectors, maintaining stability while achieving high recovery rates.

High-density sorbent pellets increase material loading in rotor devices, resolving low unit cell density limits.

One-pot post-crosslinking creates adsorbents with high surface area and low micropore volume to resolve slow desorption rates in recovery processes.

A magnetic magnesium-iron layered double hydroxide biochar composite adsorbs phosphate from water.

Membrane filtration recovers PVPP particles from fermented beverage retentate, reducing waste and equipment costs.

A super absorbent polymer incorporates (meth)acrylated polyalkylene glycol into a surface modified layer.

Exogenous carbon dioxide creates a continuous gas phase in lime-stabilized soil to precipitate carbonate minerals and accelerate strength gains.

A thermo-responsive desiccant uses lower critical solution temperature transitions to control water adsorption and release.

Cationic resin systems with diamond particles cure via UV light, eliminating oxygen inhibition while delivering abrasion resistance.

Agglomerated zeolite X adsorbents balance high adsorption capacity with mechanical strength by segmenting small crystals within a binder matrix.

Component A plasticizes the thermoplastic resin shell, reducing expansion temperature without altering monomer ratios.

Dual filler capillary tubes enable rapid online lipid extraction, preventing sample modification during mass spectrometry.

Aqueous polysaccharide suspension stabilizes cementitious compositions through ionic strength control and mineral filler integration.

Multistage aqueous emulsion copolymers with segmented hard and soft stages control tackiness through chemical composition.

Boiling assisted channel templating creates continuous vapor channels in adsorbent coatings, doubling cooling power per unit mass.

A layered double hydroxide anion exchange method uses polyoxometalate intermediaries to replace interlayer species under alkaline conditions.

A synergistic blend of amine-based compounds and benzotriazoles forms a protective barrier on galvanized metal surfaces.

Functionalized polysaccharide biopolymers reduce water consumption while maintaining long-lasting dust suppression in cold climates.

Granulated ferrocyanide adsorbent reduces pressure drop and secondary waste while maintaining high selectivity for 137Cs radionuclides.

A fluorinated bis(pyrazolyl)borate copper(I) complex selectively binds ethylene molecules through coordination chemistry.

A cerium abrasive polishing liquid with polymer compounds and controlled pH.

Segmented iron particles maintain permeability while removing arsenic, selenium, and nitro organic compounds.

A novel airfoil profile defined by Cartesian coordinate values minimizes flow separation and maximizes work output for a single-stage high-pressure turbine.

Radiation curing eliminates thermal degradation of organic EL elements while maintaining moisture barrier integrity.

Electrospun polymeric fibrous mats provide high surface area structures for efficient volatile organic compound adsorption.

Spraying a zwitterionic polymer composition agglomerates airborne particulates, preventing sticky residue accumulation that attracts additional dust.

Surface crosslinking with diol agents improves moisture retention under load, resolving the trade-off between initial absorbency and manufacturing complexity.

A halohydrin compound crosslinks water-absorbing resins at low temperatures to produce high-capacity agents without skin-irritating epoxy groups.

A ball-type desulfurizer preparation process coats initial spheres with non-crystalline iron oxide hydroxide using an aqueous binder solution.

Segmented filter media merges depth filtration and adsorption in one housing, eliminating multiple housings while maintaining high flow rates.

A chemical-mechanical polishing composition uses calcium ions and organic carboxylic acids to planarize substrates.

Aqueous compositions suppress fugitive dust emissions from particulate substrates using calcium salts and lignosulfonates without water contamination.

Acetone precipitation extracts bacterial alginate from sludge into fibrous superabsorbing polymers, replacing petroleum sources to improve sustainability.

Sintered abrasive grains combine corundum with mullite and baddeleyite phases to achieve high hardness and fracture toughness ratios.

Dissimilar twist gradients on coaxial rotor blades minimize profile drag, resolving retreating blade stall limits while maintaining forward flight stability.

A controlled hydrolysis method produces irregular silica particles with high concentration and minimal oligomers.

A polishing composition uses a scratch-reducing agent to dissolve copper oxides and hydroxides during semiconductor device manufacturing.

Silicone elastomer coated glass powders extract organics from water without liquid liquid extraction, eliminating emulsion formation and reducing solvent use.

A high crosslinking packing material eliminates unreacted oligomers to resolve baseline instability from spike noise in size exclusion liquid chromatography.

Hydrophobic magnetic particles isolate analytes from plasma or serum, reducing ion suppression and enabling automated LC-MS/MS workflows.

A weather-resistant polishing pad uses a benzene-free polyurethane prepolymer upper layer bonded to a transparent base via pressure-sensitive adhesive.

A polyurea-based intumescent composition forms insulating layers through rapid chemical curing without solvents or water.

Spray drying synthesizes core-shell particles by evaporating solvent to form a stable coating, eliminating lengthy wet chemical reactions and washing steps.

Native protein and molasses additives improve adhesion of deicing agents on roads, reducing application frequency and asphalt damage from freeze-thaw cycles.