Electrolysis Components TRIZ Cases

Impregnating non-conductive plastic with conductive monomer followed by in-situ polymerization to create electrically conductive composite materials.

Electrolysis recycles halide salts to cut equipment costs in silane production.

Segmenting compressor capacity into two units reduces energy waste and mechanical wear during peak casting demands.

Segmented current application prevents iron codeposition and corrosion during trivalent chromium plating of uncoated steel strips.

Electrochemical oxidation of a halogen donor generates a radical that activates a cyclopropanol warhead for biomolecule conjugation.

Replacing nitric acid with a mixed acid formulation eliminates NOx emissions while maintaining high-speed production and superior surface quality.

A turning device for metal sheets uses vertically moving knives to separate deposits from cathodes and a receiver unit to tilt and convey the material.

Using chlorine with less than 2000 ppmv oxygen prevents oxygenated organic impurities that destabilize downstream fluorinated compound synthesis.

Integrated tapered caps and electrodes eliminate bubble formation during sample injection, ensuring accurate zeta potential measurements.

Constrictions accelerate branch flows into common collection ducts, balancing velocities and reducing energy consumption for gas transport.

A reversible motor generator couples a steam turbine to an ammonia compressor for flexible power transfer.

A local indicator device displays real-time electrolytic cell status information directly at the production site.

An electrochemical leaching method removes metallic catalysts from polycrystalline diamond interstitial spaces using an applied voltage and processing solution.

An electrochemical reactor oxidizes hydrogen at the anode to drive carbon dioxide reduction, replacing thermal catalysts with milder electrical conditions.

A wall-mountable electrochemical dispenser uses a segmented gas generator to drive fluid release through an evaporation pad.

Para-cymene undergoes electrochemical anodic methoxylation to form diacetals, followed by hydrolysis and hydrogenation.

A solar-powered fuel synthesis system stores hydrocarbon by-products to generate electricity during low-light periods.

A method adjusts electrical power and gas flow to optimize ozone generator resource consumption.

A cathode stripping machine uses hydraulic water pressure to separate metal sheets from electrodes.

Voltage converts nonvolatile ionic liquids into flammable fuels for on-demand energy release.

Injecting hydrogen or converting methane via steam reformation restores permeability and boosts output while sequestering carbon dioxide as solid minerals.

Carrier medium stores hydrogen while heat storage supplies energy for unloading, reducing renewable power intermittency.

Spatially varying clamping force compensates for local heat production to maintain uniform temperature distribution across the cell.

Transforms harmful carbon dioxide emissions into valuable fuel materials like methanol, reducing disposal costs while conserving fossil resources.

A co-production process uses water electrolysis to supply oxygen for secondary reforming, optimizing synthesis gas composition.

A fuel cleaning system uses emulsification, microcavitation, and electrolysis to separate sulfur from bunker oil before combustion.

Heated pre-wash sprays loosen surface impurities on electrodes, reducing water consumption while maintaining high purity through closed-loop recycling.

Carboxylic acid salt of aminated bisphenol epoxy resin eliminates volatile organic solvents while maintaining corrosion protection.

A plating jig uses a resilient member and polyhedral member in recessed holes to hold lead wires against electrode pads.

A methanesulfonyl halide intermediate enables thermal decomposition into methyl chloride using a metal complex catalyst under mild conditions.

Pulse electrolysis shapes metal mask layers into tapered openings, resolving deposition non-uniformity and color unevenness in display devices.

A parallel regenerative dehumidification system alternates moisture removal and adsorbent regeneration cycles to stabilize hydrogen purity in water electrolysis stacks.

Stable persulfate levels and surface active agents prevent etch resist detachment, reducing capacitance variability.

Planar Electrode ElectroRefiner uses solid cathode arrays to codeposit uranium and transuranic metals from molten salt electrolytes.

Dissolvable binders hold ion exchange resin in flexible spacers, simplifying electrodeionization assembly while maintaining packing density.

Segmented push-in connectors and removable housing covers allow tool-free electrolysis cell removal, preventing damage from over-tightening during maintenance.

A surface coating process places a first material on a substrate and inserts precursor molecules to form strong adhesive bonds.

An electrochemical decomposition process uses applied electric potential across paired electrodes to break down oxidized sulfur compounds in hydrocarbon mixtures.

Composite eutectic materials resolve the contradiction between chemical stability and light absorption efficiency in photoanodes.

Electrolysis produces hydrogen that reduces carbon dioxide into liquid fuels, eliminating sulfur emissions and closing the carbon cycle.

Electrolytic deburring removes burrs from sealed metal laminates without damaging mill coatings, eliminating the need for recoating.

Extracting hydrogen from blast furnace top gas and reinjecting it at a higher level reduces carbon-based reductant needs while lowering CO2 emissions.

A cobalt core-carbon shell nanoparticle catalyst supported on carbon substrate enhances oxygen reduction reaction activity in alkaline fuel cells.

A cathode made of metal M' captures attack metals to prevent surface exchange contamination and artificial CuS formation in steel analysis.

Symmetrical CCC-NHC pincer metal complexes overcome poor selectivity in CO2 reduction by using local quality principles to suppress hydrogen production.

Merging solar and grid power maintains continuous electrolyzer operation, resolving idle time caused by intermittent sunlight.

Electrolyzer provides oxidant for autothermal ammonia cracking, boosting efficiency while managing device complexity.

Melanin catalysts transform dissolved carbon dioxide into organic compounds, raising alkalinity to counteract ocean acidification.

A two-acid process converts calcium-bearing rocks into cement materials through sequential salt formation and thermal treatment.