Electrolysis Components TRIZ Cases

A planning apparatus generates operating plans for hydrogen generators by predicting electricity rate transitions.

A multi-layer polishing pad compensates for thickness variations via a compressible backing layer, ensuring uniform contact at pressures below 0.5 psi.

Direct current electro-polishing removes residual material layers from medical device electrodes, eliminating separate bath electrodes and industrial equipment.

Electrolytic aluminium chloride production recycles carbon monoxide to eliminate fossil carbon use and near-zero net CO2 emissions.

Sub-stoichiometric oxygen combustion reduces hydrogen consumption while maintaining reaction temperature in the reverse water-gas shift process.

A variable current source modulates etching current to prevent edge inhomogeneities and ensure homogeneous layer removal.

Activates titanium cathodes with chromium and molybdenum to reduce oxygen evolution and cell voltage.

Universal process reduces manufacturing expenses by controlling particle size through temperature and pH adjustments instead of specialized precursors.

A hydrogen recycling flight system uses buoyant gas and fuel cells to power unmanned aerial vehicles.

An electrochemical cell separates oxygen from air using a proton exchange membrane to generate nitrogen-enriched gas.

Dual-scale microstructures on metallic surfaces eliminate organic coating degradation while maintaining wear resistance.

A rotating carousel feeds coated cathode plates to a stripping unit, resolving equipment complexity and fatigue issues inherent in reciprocating mechanisms.

Cooling circulating fluoroboric acid solution precipitates alkali salts, preventing electrolytic cell plugging and maintaining continuous lead recovery.

Light attracts salmon lice into a submerged cavity where electrolysis produces chlorine gas that kills parasites without harming fish.

Segment anodes and adjust deposition parameters to coat complex heat exchanger interiors uniformly while minimizing thermal insulation losses.

Alternative halide ions strengthen suppressor adsorption to prevent sidewall voids in high aspect ratio features.

Radical gas treatment converts metal oxides to pure metal seed layers, preventing void formation and adhesion issues in damascene copper structures.

Potential-controlled electrorefining prevents dendritic growth and boosts current efficiency by regulating cathode voltage.

Two movable channel sections bridge a capillary stop to enable precise liquid flow control.

A steam stripper separates dissolved gases from electrolyzer liquid streams using inert gas bubbles.

Liquefying oxygen at cryogenic temperatures enables compact energy storage within decentralized power systems.

A dual closed loop system merges gas and steam turbine cycles to transfer heat energy between working fluids.

A simulation method uses diffusivity ratios to model electrolyzer operation across current densities at varying temperatures.

A protease analysis method uses pH treatment to deactivate enzymes before electrophoresis.

Elevated pressure from a fluid ram reduces particle spacing and heat accumulation, resolving slow analysis times.

Nanocrystalline cobalt oxide nanoparticles decompose water under visible light without co-catalysts, achieving high solar-to-hydrogen efficiency.

A Pt60Ru15Pd25 ternary catalyst on carbon oxidizes dimethyl ether electrochemically.

Formic acid solvent enables selective mono-hydroxylation of benzene to phenol by forming formate esters, avoiding immiscibility issues.

An ejector arrangement recirculates anode exhaust gas using a convergent-divergent nozzle to regulate motive flow and pressure.

Sulfuric acid leaching of secondary aluminum slags yields aluminum sulfate and refractory materials, resolving adaptability and water consumption trade-offs.

Ion injection creates amorphous porous Co3O4 nanoparticles that mitigate lattice expansion during battery charging cycles.

An offshore platform generates ferrous iron and hydrogen gas via submerged electrodes powered by renewable energy sources.

A facility system converts renewable electricity into storable methanol using carbon dioxide as a carbon supplier.

Electrodeposited H-Birnessite sheets on conductive support particles overcome the low removal capability of natural amorphous manganese oxides.

A molten salt electrolysis system produces titanium metal powder using a carbonaceous reducing agent mixed with titanium-containing material.

Electrochemical exfoliation of pitch-based precursors yields thin graphene nanoplatelets, resolving mass production bottlenecks.

Buoyancy-driven detection means capture rising hydrogen leaks at subsea manifolds, preventing surface accumulation and mitigating explosion risks.

Electrolyzes the hydrobromic acid byproduct to regenerate bromine and recover hydrogen, eliminating energy-intensive Claus process steps.

An electro-composite coating deposits a cobalt alloy base with ceramic particles directly onto flexible seals.

A contoured ceiling electrode varies plasma density across the substrate support to achieve uniform etch cleaning.

Sulphur dioxide gas leaches manganese from dioxide feedstock in acidic solution.

Segmented plating layers with sequential baking reduce stress and prevent peeling during Cu diffusion barrier formation.

A third balancing conductor in an aluminium cell shorting assembly creates equal current paths between wedges.

Ball-type abrasive grinding wheels minimize surface damage and enable thinner wafers by replacing diamond grits that cause edge cracks.

Metal fluoroacid modifies silsesquioxane films to prevent electrocoat bath contamination during rinsing.

Atmospheric pressure non-equilibrium plasma converts exhaust carbon dioxide into solid carbon, eliminating complex sequestration infrastructure.

An electrochemical cleaning system uses controlled voltage potentials to remove heat-induced discoloration from metal surfaces.

Pulsing current creates predictable superphobic surfaces on metal alloys, reducing fouling and thermal loading in fuel systems.