New Technology– category –
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PEM Electrolyzers: Degradation Model for Long-Term Failure Analysis
Bioengineer.org (Scienmag) Overview A new mechanistic model simulates the full degradation history of PEM water electrolyzers, identifying the specific drivers of failure across thousands of hours. The research quantifies how temperature... -
Daihatsu Ammonia/Hydrogen Engine: Onboard Generation Prototype
Hydrogen Fuel News USA Overview Daihatsu has showcased a development-stage internal-combustion engine capable of ammonia/hydrogen co-firing. The prototype utilizes onboard hydrogen generation to stabilize combustion, addressing the inher... -
Aftissat Wind-to-Hydrogen: Model for 510 Tonnes Green H2 at €2.87/kg
Hydrogen Fuel News USA Overview A techno-economic model indicates that repurposing curtailed wind electricity from Morocco's Aftissat I wind farm can produce approximately 510 tonnes of green hydrogen annually. The projected levelized co... -
Pt Single-Atom Catalyst on MXene: Alkaline HER Performance Specs
Hydrogen Fuel News USA Overview A strain-engineered platinum single-atom catalyst supported on crumpled Mo2TiC2Tx MXene achieves a mass activity of 11 859 mA mgPt−1 for alkaline hydrogen evolution. This performance is approximately 178-f... -
IRMOF-20: Extending Liquid Hydrogen Storage to 221 Days
Hydrogen Fuel News USA Overview A UNIST-led research team has modeled a method to extend liquid hydrogen storage duration from 64 to 221 days using IRMOF-20. By integrating porous metal-organic frameworks into cryogenic tanks, the system... -
KIER NiO-NiCo Electrode: Voltage Reduction in Alkaline Electrolysis
Hydrogen Fuel News South Korea Overview Researchers at the Korea Institute of Energy Research (KIER) have developed a NiO-NiCo heterostructure cathode that reduces cell voltage to 2.014 V at 1 A/cm². This development targets slow chemist... -
Ni-based MOFs: Acid-doped proton conductivity and specs for fuel cells
Research Matters India Overview Researchers have developed phosphoric acid-doped nickel-based metal-organic frameworks (MOFs) that achieve record-breaking proton conductivity. The 3D framework demonstrates a low activation energy of 0.16... -
Iridium Anodes: Low-Loading ALD for Zero-gap Electrolyzers
arXiv USA Overview Researchers have developed ionomer-free iridium anodes using direct Atomic Layer Deposition (ALD) to significantly reduce catalyst loading. Thermal ALD achieved a loading of 0.21 mg·cm-2 with performance comparable to ... -
Platinum Fuel-Cell Catalyst: Nitrogen-Graphene Wrapper Specs
Nagoya University Japan Overview Researchers at Nagoya University have developed a fuel-cell catalyst using platinum nanoparticles encapsulated in nitrogen-doped graphene shells on single-walled carbon nanotubes. The material retained 96... -
Electrolyzer Durability Data: Interpreting Hours and Degradation
HydroXpand USA Overview Operating hours in durability reports often reflect test duration rather than actual stack lifetime. To accurately assess performance, engineers must evaluate degradation rates (µV/h) alongside specific operating ...
