Segregated ionic flows in a spiral electrodeionization device prevent scaling and fouling during high-concentration fluid treatment.
An isotope transfer electrochemical cell separates hydrogen isotopes using a proton-exchange membrane at low electrical potentials.
A hydrolyser uses ion bridges to enable plain water electrolysis without chemical additives.
A sintered bipolar plate integrates channel-forming elements and porous transport layers within a single metallic structure.
A ceria and zirconia composite electrolyte structure maintains ionic conductivity by preventing crystal reduction at high operating temperatures.
A cathode conductive roller device manages electrical current distribution during sheet-type plating processes.
Hydraulic fluid system distributes counter-pressure across a solid-state compressor cell stack to maintain uniform sealing integrity.
An inflatable bladder flexes a sealing ring to form a fluid-tight barrier, preventing air bubble entrapment and ensuring uniform film deposition.
Upstream turbulence bodies prevent contaminant deposition on sacrificial anodes, maintaining metal ion release and device reliability.
A CO2 electrolytic device uses periodic refresh operations to maintain optimal ion flow and prevent electrolyte precipitation.
An electrolytic cell with a dynamic particulate bed concentrates metal ions from liquid streams.
An electrochemical reduction device hydrogenates aromatic hydrocarbons using a controlled potential and selective electrolyte membrane.