Watching Catalysts Fall Apart in Real Time: Raman Spectroscopy Targets Green Hydrogen’s Durability Problem
A new review argues that operando Raman spectroscopy, which watches catalysts transform in real time inside working electrolyzers, is the ...
A new review argues that operando Raman spectroscopy, which watches catalysts transform in real time inside working electrolyzers, is the ...
Researchers in Graz show that the first 120 seconds of open circuit voltage after conditioning can flag proton exchange membrane ...
Researchers optimized pulsed nickel electrodeposition on titanium to create a durable, noble-metal-free hydrogen evolution catalyst that performs across acidic, alkaline, ...
Researchers recovered nearly all the cobalt from spent phone batteries and pressed it into a low-cost graphite electrode that split ...
A nickel-based catalyst with asymmetric molybdenum–nickel atom pairs achieves over 2,000 hours of stable water oxidation at industrial current densities ...
Researchers have demonstrated a 250-kilowatt system that co-produces hydrogen and fresh water from seawater by using waste heat from alkaline ...
A sequential leaching and reconstruction strategy creates a nickel oxyhydroxide catalyst that sustains lattice-oxygen redox for thousands of hours in ...
A noble-metal-free MnOₓ(OH)ᵧ/GaN nanowire photocatalyst converts natural seawater and sunlight into hydrogen at 6.15 percent efficiency by using chloride ions ...
A coupled alkaline electrolysis and vacuum distillation system demonstrated at 250 kW uses electrolyzer waste heat to convert seawater into ...
A new Nature Energy study argues that Europe's green hydrogen transition depends on demand-side policies tailored to the geography of ...
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© 2025 Scienmag - Science Magazine