Electrolyzer Technology
Gasket and Sealing Technology for High-Pressure Alkaline Stacks
Achieving multi-decade operational reliability in high-pressure alkaline stacks requires moving beyond traditional flat compression gaskets. Engineered ...
Electrolyzer Technology
Materials Engineering for Electrolyzer Degradation Mitigation
Industrial electrolyzer durability at scale requires a multi-tiered materials strategy: mitigating iridium dissolution at the anode via pyrochlore-struc...
Technical Articles
Ultrapure Water Demand and Reverse Osmosis (RO) Optimization in Hydrogen Hubs
While stoichiometric electrolysis requires 9 kg of pure H2O per kg of H2 produced, real-world Green Hydrogen Hub operations demand 18 to 26 kg of raw fe...
Technical Articles
Electrodeionization (EDI) vs Mixed-Bed Polishing for Electrolyzer Feedwater
Continuous Electrodeionization (EDI) eliminates chemical regeneration risks and operational instability inherent to conventional Mixed-Bed deionization,...
Green Hydrogen
LCOH Deep Dive: Sensitivity of Hydrogen Cost to Electricity Price and Capacity Factor
Achieving a levelized cost of hydrogen (LCOH) below $2.00/kg requires balancing electricity input prices against system capacity factors. Because electr...
Electrolyzer Technology
Cooling Systems and Thermal Management in Industrial Electrolyzers
In megawatt-scale industrial electrolyzer architectures, operating above the thermoneutral voltage creates a significant thermal management burden, conv...