Electrolysis Components TRIZ Cases

Electron attachment creates negatively charged reducing gas to remove metal oxides at low temperatures, avoiding flammability hazards and void formation.

An electrochemically reversible electron mediator overcomes irreversible reactions at electrode catalysts to enable efficient Cr2O7^2- regeneration.

A supercritical drying method uses isopropyl alcohol heated to a supercritical state within an inert gas environment.

A multi-chamber dialysis cell uses ion exchange barriers to convert gas into salt while reducing solution ion concentration.

Insulating side surfaces on the etching electrode restrict current flow to prevent edge widening and ensure uniform groove shapes across the steel strip width.

A dual-mode reciprocating engine converts electrical energy into chemical compounds via pulsed compression for temporary storage.

Infusing structurally altered gas molecules into matter generates hydrated electrons that rapidly degrade per- and polyfluoroalkyl substances.

Stable nanogas dispersions in electrochemically activated solutions reduce interfacial tension between hydrocarbons and rock formations.

Micrometer capillary isolates potentials to prevent interference, enabling stable online coupling of electrocapture separations with ESI-MS.

Segmenting low and high concentration sulfuric acid compartments stabilizes oxidizing agent production while reducing photoresist stripping time.

Recombinant proteins function as molecular weight markers by retaining physical properties while using distinct amino acid sequences.

An electrochemical methoxylation process converts para-cymene into acetal intermediates for 4-isopropylcyclohexylmethanol synthesis.

A green production process for iodate employs lithium iodide electrolysis to prevent electrode precipitation, ensuring high yield without harmful byproducts.

Different plating materials resolve epoxy bleed out and corrosion risks while maintaining adhesive strength.

High-temperature co-electrolysis unit converts water and carbon dioxide into syngas while recycling oxygen to an integrated gasification combined cycle plant.

A solid oxide electrolyser generates hydrogen for metallurgical furnaces while receiving waste heat from combustion vapour to improve efficiency.

A turbine converts makeup water pressure into electrical power to support deep-sea electrolysis.

A surface treating apparatus uses obliquely upward jet ports to release treatment solution onto a held substrate for uniform coverage.

Mixing raw smelting gases stabilizes composition fluctuations to enable economic synthesis gas production.

A power-to-liquid device recycles synthesis gas and organic wastewater hydrocarbons through a steam converter to boost carbon utilization.

A reusable bio-analysis cartridge integrates a non-volatile rewritable memory smart key for automatic data tracking.

Bipolar membrane electrodialysis removes alkali metal ions from amino acid solutions.

Electrolyzing potassium chloride to react with lithium chloride, precipitating pure lithium hydroxide while recycling reagents to eliminate waste streams.

A molten carbonate fuel cell integrates internal reforming to produce syngas while managing heat energy through controlled thermal ratios.

Nested sealing structure with elastic lip prevents liquid ingress into vacuum chambers while enabling efficient discharge under centrifugal force.

UV-induced cross-linking of unsaturated polyester chains prevents molten droplet formation while maintaining structural regularity and flame retardancy.

Continuous acid cleaning and ultrasonic smut removal in a single barrel prevents oxide formation, ensuring plating film adhesiveness without manual transfers.

A metal hydride slurry stores hydrogen generated from renewable electricity for safe transport to remote demand centers.

A method producing ionized calcium oxide powder from shellfish using heat treatment, electrolysis, and ultrasonic processing.

Titanium working electrode reduces disulfide bonds in proteins via electrochemical potential for rapid structural elucidation.

A rotating perforated receptacle enables uniform cataphoretic coating of small metal parts through controlled immersion and gravity unloading.

Replacing latex binders with thermoplastics reduces setting time while carbon additives boost conductivity for efficient biofuel cell operations.

Polymer particle templates guide selective electrochemical etching to expand active surface area while maintaining mechanical integrity.

A reversible solid oxide fuel cell system uses sensor data and conditional logic to switch between generation and electrolysis modes.

A boron carbide working electrode reduces carbon dioxide in an electrochemical cell, overcoming high energy consumption and catalyst durability issues.

Segmentation and ion exchange remove impurities from lithium chloride to enable battery-grade purity.

Carbon quantum dots provide accurate pH measurement in subterranean formations without toxic contamination or sample degradation.

A molten salt electrolysis cell converts gaseous carbon dioxide into elemental carbon and extruded carbon fiber.

Electrophoretic deposition creates sub-10-micrometer dielectric layers, resolving the trade-off between structural integrity and circuit board thickness.

Exterior walls on a hydrogen generation system filter incoming air to prevent hazardous gas buildup while resisting extreme weather damage.

A hybrid energy storage system uses inflatable bladders to displace water for power generation.

A turnably movable stripping element bends the cathode to detach electrolytic deposits via controlled elastic deformation.

Integrates carbon monoxide and chlor-alkali electrolyzers to valorize oxocarbons, reducing separation energy via extraction.

A metal film-coated resin film manufacturing apparatus uses atmospheric-pressure plasma cleaning to remove insertion sheet residues from the metal seed layer surface.

Selective chemical etching dissolves light absorbing and hole transporting layers from waste modules, recovering substrates to reduce material loss.

A temporary restraining device maintains predetermined offset between workpieces using compliant material body with upper and lower gaps.

Segmented microwire arrays with varying band gaps overcome single-junction voltage limits to drive efficient solar-driven water splitting.

A composite mask with a conductive layer and dielectric openings enables electrokinetic deposition of charged particles.