Products TRIZ Cases

Clostridium autoethanogenum strain DSM19630 converts carbon monoxide into ethanol via anaerobic fermentation.

A jet vibrator with a micropore plate generates uniform oil droplets to resolve wide particle size distribution in polymer sphere synthesis.

High pressure and gas hourly space velocity in aromatization reactors increase aromatics productivity while hydrogen co-feed prevents catalyst deactivation.

A hindered amine absorbing liquid enables efficient carbon dioxide separation from gas streams.

Adding an epoxy chain extender to moist recycled PET flakes eliminates residual acetaldehyde and boosts molecular weight without complete drying.

Steam activation of hydropyrolysis char yields high-surface-area activated carbon.

An agricultural additive composition releases calcium ions to replace sodium on soil particle exchange sites.

Alkali metal ion sources adjust aqueous solution pH to regenerate acid-deactivated superabsorbent polymers into wet-state recycled products.

Potassium salt solutions absorb CO2 rapidly without solid blockage, enabling easy desorption and reuse.

Aluminum pyrazoledicarboxylate frameworks achieve high water uptake at low humidity while maintaining stability against traditional zeolites.

Two-phase evacuation removes nitrogen before collecting enriched xenon, achieving high purity and recovery rates while minimizing gas volume losses.

Recirculating heated inert gas through carbonaceous feed material enables continuous biomass gasification.

Alkoxycarbonylation of CO2-derived lactones yields unsaturated diesters and diols for renewable polymer synthesis.

Calcium magnesium or aluminum acetate catalysts depolymerize polyethylene terephthalate into bis hydroxyethyl terephthalate monomers and oligomers.

Operating the regenerator at 3 to 25 bar reduces electrical duty while a wash station captures ammonia emissions for recovery.

Hydrolyzed divinylbenzene maleic anhydride polymeric sorbents achieve high carbon dioxide solubility and selectivity without expensive thermal regeneration.

A gas production system adjusts voltage frequency to optimize plasma electronic energy and enhance catalyst synergy.

Consolidating regeneration towers reduces installation costs while maintaining carbon dioxide recovery effectiveness across multiple combustion equipment.

Shear alignment and thermal reduction of graphene oxide create a binder-bonded film that resolves orientation defects to boost conductivity.

A vessel with charged plates and liquid medium converts flue gases into semi-solid chemicals via electrolysis.

A catalytic method converts carbon dioxide and ammonia into urea using formamide as an intermediate.

A continuous eco-friendly process extracts bioactive compounds from olive pomace using supercritical carbon dioxide.

An aqueous absorption medium removes acid gases and ammonia from fluid streams through a single contact step.

Integrating a redox system with Fischer-Tropsch synthesis reduces process irreversibility and exothermic energy losses while capturing carbon dioxide in situ.

Torrefaction of secondary recovered fuel blends biomass and plastics to produce solid fuels with reduced fine dust and stable supply chains.

Nitric acid oxidation of biomass replaces hazardous reagents to yield graphene oxide with 5000 S/m conductivity.

Oil-dispersed biomass coating prevents caking while eliminating persistent soil residues from conventional synthetic agents.

Vaporizing and condensing biomass pyrolysis oil with petroleum feedstock yields a miscible fuel composition without upgrading.

Sulfur-substituted pyrimidine and triazine derivatives protect amine absorbents from oxygen-induced degradation.

Constant system pressure control extends pyrolysis gas residence time, reducing energy consumption while improving carbon quality from waste tires.

A self-recycling loop feeds permeate gas back into a separation membrane to concentrate carbon dioxide in the feed stream.

Hollow impeller disperses oxygen gas from the reactor headspace into the reaction mixture for efficient nitric acid regeneration.

Amine solution chemosorption separates carbon dioxide from biogas at atmospheric pressure, eliminating high-pressure compression energy costs.

A calcination reactor integrates membrane separation to purify carbon dioxide streams from cement production.

A process converts carbohydrate feedstocks into hydrogen gas using metal-containing catalysts in a thermochemical steam reforming reaction.

Heated amorphous silicate micro-particles with irregular shapes and low settling velocity prop open microfractures in hydraulic fracturing fluids.

A carbon dioxide capture system uses membrane separation and direct air capture to treat emissions.

Zirconium terephthalate metal organic framework features open metal sites for selective guest molecule interaction.

Nitrogen compounds plasticize peptide biopolymers, lowering melting points while avoiding urea toxicity and ammonia release.

Purification absorbent extracts iodide impurities from recycle gas to protect the epoxidation catalyst from poisoning and maintain selectivity.

Periodic liquid CO2 supply creates concentrated cleaning impulses that reduce consumption while improving surface purity.

Heated chemically active char thermally cracks long-chained carbon molecules into lighter hydrocarbons, maintaining calorific value while removing tar deposits.

An electrodialysis unit regenerates ammonia and sulfuric acid from ammonium sulfate byproducts for reuse in gas purification systems.

Direct tire heating with steam-enriched flue gases reduces energy losses and prevents hydrocarbon cracking.

Weak acids and physical activation dissolve magnesium from minerals, reducing energy consumption for carbon dioxide sequestration.