Organic Compound Preparation TRIZ Cases

Dialkylaniline compounds protect hydroxyl groups and extract alkoxymethyl alkynyl ether products in a single reaction step.

A Ni/TiO2-SiO2 catalyst enables isomerization and hydrogenation of terpinolene epoxide to terpinen-4-ol.

A reactive distillation column combines transesterification and separation to produce N,N-dialkylaminoalkyl acrylates.

Acid hydrolysis at pH >1.5 removes halogens from tetrahalo-o-xylene, avoiding ester separation issues and decolorization steps.

Adamantane-derived cycloaliphatic esters improve lithographic resolution and line edge roughness while maintaining dry etching resistance.

Hexanol replaces toxic furfural to simplify separation processes and eliminate hazardous chemical reaction control requirements.

Distill fluorinated carboxylic acids below 130°C to remove organic impurities and recover high-purity compounds.

Aqueous phase oxidation of alcohols with oxygen and base metal catalysts achieves high selectivity for unsaturated aldehydes while avoiding toxic reagents.

Oxygen-permeable channel substrate enables controlled gas diffusion, resolving slow heat-up and poor mixing bottlenecks to boost aromatic monomer yields.

An iridium complex with chiral prolinamide ligands reduces ketones to optically active alcohols.

Zirconium addition reduces carbon oxides formation during para-xylene oxidation while maintaining conversion efficiency.

Integrates natural gas purification with olefin production to recover ethane, reducing energy consumption and capital costs.

Merging absorption, carboxylation, and hydrolysis in one column reduces equipment complexity while maintaining high conversion rates.

A two-reactor series converts ethane to ethylene and coproducts while preventing over-oxidation to acetic acid.

Selective hydrodeoxygenation of furan-derived mixtures preserves ester functionality lost in complete deoxygenation, enabling surfactant production.

Biological fermentation replaces petrochemical synthesis to produce beta-hydroxybutyrate with 100 percent biobased carbon content and high optical purity.

Segmented distillation tower paired with vapor permeation film unit concentrates isopropanol in waste solvent liquid.

A gallium metal oxide catalyst with noble metal particles converts lower alcohols into higher alcohols through enhanced condensation pathways.

Plate-shaped barium phosphate catalysts drive selective ester condensation while suppressing dimethyl ether formation.

Au(I)-catalyzed Rupe-Kambli rearrangement suppresses competitive side reactions to improve yield and conversion while eliminating corrosive acid handling.

A radiation-sensitive resin composition uses an acid proliferation agent to enhance sensitivity and resolution.

Iodo-substituted local anesthetic binds to nerves and provides x-ray contrast, solving toxicity issues in existing contrast agents.

Auxiliary alcohol mediates transesterification to form volatile by-products, preventing reagent loss from high vapor pressure.

Vacuum and high-pressure columns separate monoethylene glycol from 1,2-butanediol azeotropes without additional agents.

Surface molecularly imprinted polymers separate oxidized triglycerides from frying oil, resolving incomplete isolation of toxic epoxy and aldehyde compounds.

Melt-processing condensation polymers with an internal catalyst increases amorphous content to enhance depolymerization rates.

Control exo isomer content in norbornene monomer composition to enhance polymerization efficiency, resolving yield losses from endo isomer chelation.

Compressed air sparging replaces mechanical agitation in a bubble column reactor, reducing energy consumption and capital costs during aromatic acid production.

A composite manganese oxide catalyst production process enhances physical strength through specific material mixing and solid-liquid separation.

Refluxing fullerene esters with dibutyltin oxide produces polar derivatives that increase short-circuit current density and fill factor.

Optimized raw material water temperature removes exothermic heat to suppress biocatalyst deactivation and lower production costs.

Thermal cracking unit valorizes bottom residues into recycled feedstock for high-purity acrylic ester production.

A specific ruthenium complex reduces alpha-fluoroesters with hydrogen gas at pressures under 1 MPa.

Sequential scrubbing removes methyl mercaptan and ammonia to recycle high-purity CO2, eliminating toxic waste.

Converts neo-acids to neo-alcohols via hydroformylation and reduction, enabling long-chain structures impossible with Guerbet reactions.

Flexible chain ligands coordinate transition metal particles on a carrier surface to improve dispersion.

Crystallization replaces energy-intensive distillation to purify terpenoid amino alcohol derivatives, boosting yield and efficiency.

Spray drying converts aqueous slurry into uniform catalyst particles, resolving manufacturing precision issues in butynediol production.

Non-aqueous alkoxide solutions enable uniform promoter deposition on catalysts, resolving dispersion limits of volatile gas-phase methods.

A continuous oxo process adjusts oligomerization temperature and hydroformylation pressure to maintain consistent alcohol quality.

Homogenizing terephthalic acid into fine particles overcomes slow heterogeneous reaction rates, reducing synthesis time by at least 37.5%.

A heteropolyacid-catalyzed method produces high-purity crystal polymorph B from fluorenone derivatives via controlled temperature deposition.

Straight-through synthesis of alkoxy substituted benzaldehydes in a single toluene medium eliminates intermediate purification steps.

Concentrated formaldehyde addition reduces residual reactant in polyol synthesis, lowering energy costs for recovery.

Continuous one-pot synthesis of organo-iodine compounds eliminates intermediate isolation steps, reducing waste and improving yield.

A polishing reactor recirculates hydrogen gas to complete aromatic amine synthesis while preventing tar formation from over-hydrogenation.

Reactive distillation removes water to prevent chromium precipitation, solving industrial stability issues.

Nitroxide radical-mediated organocatalyst oxidizes glucose to glucaric acid using controlled reaction conditions.