Other Chemical Processes TRIZ Cases

A 3D porous aluminum MOF boosts moisture uptake and enables low-temperature desorption, helping shrink cooling systems and use low-grade heat.

Zirconia abrasives paired with metal-containing oxidizers raise CMP removal rates for amorphous carbon, SoC, and DLC films in chip fabrication.

Aligned carbon molecular sieve monoliths cut pressure drop and mass transfer limits in gas separation while enabling compact adsorbent beds.

A reducing agent lets polysaccharide-containing absorbent resin stay color-stable during 100°C+ surface crosslinking without sacrificing productivity.

A hydrophobic carboxylic acid additive and encapsulated foaming agent cut tackiness and extractables while preserving absorbency under pressure.

A superabsorbent and flocculant polymer blend dries salty sludge with less SAP, making it easier to transport and store.

Tuned hydrophilic polymer coatings improve native ADC DAR resolution in chromatography while preserving direct mass spectrometry compatibility.

A crystalline polymer-TPU film swells to close apertures after fluid intake, limiting flowback and helping keep skin drier.

Controlled polymerization limits transition metals to cut discoloration and residual monomer while preserving water absorbency in cross-linked acrylamide polymers.

A bottom-plus-vertical filter vessel improves packed bed cleaning, liquid exchange, and reuse by removing contamination more thoroughly.

Low-temperature pyrolysis turns waste gypsum into a phosphorus adsorbent that cuts energy use while preserving structure and boosting uptake.

A cyclic carbonate and SDS surface crosslink layer helps superabsorbent polymer balance retention, pressure absorption, speed, and low fines.

A pH-controlled dehydration, acid wash, neutralization, and drying sequence restores recycled water-absorbent resin closer to pre-use absorbency.

UV irradiation breaks rare earth chelates during chromatography, enabling cleaner recovery and purification without added acids, bases, or solvents.

A porous Ca-MOF selectively captures sulfur-based fishy odor compounds with fast adsorption, improving aquatic product quality.

Azeotropic HFO-1336mzz blends with butane or isobutane balance zero ozone depletion, low GWP, and stable use in heat transfer and foaming.

Calcined bentonite and hBN are consolidated, crushed, and sized into a free-flowing low-dust powder for repeatable abradable coating manufacture.

A core-shell granulated lithium adsorbent uses PVC and polyacrylic acid to improve hydrophilicity, resist pore blockage, and sustain brine cycling.

A thin inkjet-applied encapsulating layer blocks moisture and oxygen in OLEDs while preserving low dielectric constant and adhesion.

A silica-polyether anti-fog film prevents surfactant transfer in vehicle lamps while improving water and moisture resistance.

Low-tortuosity zeolite agglomerates improve xylene mass transfer and selectivity while preserving adsorption capacity and strength.

Electrosprayed ceramic droplets are solidified in a non-solvent bath to form porous particles that absorb water and oil while remaining easier to handle.

Crosslinked chitosan-titanium beads improve Ge-68 adsorption and stable Ga-68 elution under acidic conditions with high purity and lower pressure.

Multiphase aluminosilicate particles in a bonded abrasive matrix raise non-ferrous grinding efficiency by improving fracture behavior and MRR.

A charcoal and ion-exchange resin blend removes antibiotics, pathogens, and heavy metals from wastewater across varying pH and temperatures.

A mixed titanate or zirconate and metal carboxylate catalyst speeds SMP sealant cure in thick layers while preserving heat stability.

Controlling gel water content during sulfite, chelator, and antioxidant addition preserves absorption while reducing yellowing and stabilizing gels.

A peptide-modified hydrophilic ligand balances hydrophobic and polar interactions to improve protein separation while minimizing ionic disruption.

Porous vitrified CBN agglomerates improve grinding of titanium and nickel alloys by raising removal rates while limiting heat and burn risk.

Nitrate calcination and alkaline chitosan treatment widen aluminosilicate pores and boost ammonia nitrogen and phosphorus removal above 90%.

By shifting urine pH inside absorbent granules, this case broadens pH indicator choice while enabling clear visual urine status detection.

Halogen-substituted aromatic groups add a new chromatographic interaction for separating Lewis base, halogen-containing, and protein targets.

A crosslinked polymer and deliquescent blend absorbs moisture quickly while limiting swelling, liquefaction, and leakage in humid spaces.

Acrylic-modified tungsten oxide powder prevents agglomeration and solvent transport issues while enabling transparent, weather-resistant heat-ray shielding.

Hypercrosslinked magnetic particles balance high surface area and magnetization for automated analyte capture with lower LC/MS matrix effects.

A 520-600°C sintering step converts manganese to a less soluble state, cutting elution during lithium recovery and supporting adsorbent reuse.

A mixed elongated and spheroidal silica coating film suppresses blushing and water trickling while preserving long-term antifogging transparency.

A plasticizer-free silicone sealant composition maintains low modulus, reduces bleeding stains on porous substrates, and preserves adhesion over time.

Ionic liquid in the aqueous phase gives silicone release coatings anti-static behavior without separate primers, extra coating steps, or weaker anchorage.

A soyhull-based porous carbon improves MIB and geosmin removal in water, maintaining fast adsorption even when natural organic matter is present.

Oxidation, nitrogen precursor addition, and inert calcining preserve catalytic nitrogen sites while improving chlorine and chloramine removal in water.

A high gel-expansion resin helps thin low-pulp absorbent bodies retain more liquid under load on second and later urinations.

Particle shape factors F1 and F2 improve liquid uptake speed and absorption while limiting fine powder and preserving polymer properties.

A calcium carbonate and magnesium oxide granulate blend enables tunable deacidification with stable pH control and lower manufacturing energy.

Pressurized CO2 displaces and removes water from viscous liquids faster and with less energy than thermal or vacuum drying.

Layered polymer and TiO2 cross-linking turn melamine resin foam hydrophobic, enabling selective oil uptake from wastewater with simple scale-up.

Shaped abrasive particles improve cutting and orientation control, while lower-height wear particles reveal abrasive wear conditions.

A polymer-core, hybrid-shell particle resists high-pH column failure while preserving peak shape and small-molecule separation efficiency.

Carbonate-assisted pyrolysis turns Chlorella biomass into porous biochar that raises yield and improves heavy metal removal from wastewater.

Controlled surface crosslinking forms a uniform shell on polyacrylate resin powder to improve uptake speed, retention under load, permeability, and salt tolerance.