Tyczka Hydrogen acquired a 5 MW RFNBO‐certified green hydrogen hub in Hesse to boost heavy‐duty refuelling capacity, cut emissions and create local jobs.This month, Tyczka Hydrogen GmbH has adquired a operational 5 MW green hydrogen hub in the Hessisches Kegelspiel logistics park in Hünfeld-Michelsrombach, Hesse. This exciting move aligns perfectly with Germany’s drive to decarbonize heavy-duty...
Saudi Arabia has finished building a green hydrogen project it says is the largest in the world, using solar and wind power to produce fuel aimed at reducing planet-warming fossil fuel consumption in shipping and other heavy industries. If it delivers on its promises, the facility may help answer the question of whether green hydrogen can graduate from demonstration projects to a real place in...
Thursday 20 Aug 2026 · Nº 232 Signal Germany's dual push to shift offshore wind to CfDs and reform its grids package is drawing coordinated pushback from both industry (offshore wind body) and labor (IG Metall), signaling that policy design risks—not capital—are now the binding constraint on deployment and jobs. Meanwhile, hydrogen bifurcates sharply ahead of RFNBO mandates: Plug...
Friday 21 Aug 2026 · Nº 233 Signal Governments are shifting from hydrogen ambition to concrete regulatory scaffolding—Germany's RFNBO transport mandate, France's eased electrolysis rules, Italy's FerX tariff decree, and China's Five-Year Plan directive all move policy from targets toward enforceable demand and infrastructure. Meanwhile, Europe's battery storage surge (36 GWh, +48% YoY)...
A 750MW green hydrogen-to-fertiliser project in Western Australia shortlisted for federal government subsidies has lined up US PEM electrolyser maker Electric Hydrogen as a key technology provider.Project Helios, being developed by conglomerate Perdaman, aims to produce green hydrogen for urea production in Karratha, Western Australia.Perdaman named Electric Hydrogen as its...
Durable PtNi Hydrogen Catalyst Operates 3000 Hours Fuel Cells Works Source link...
SS-H2 super steel could replace expensive titanium in green hydrogen electrolyzers (Credit: Intelligent Living) Scientists at the University of Hong Kong have developed a corrosion-resistant stainless steel that could replace expensive titanium components in green hydrogen production. The new “super steel” hydrogen material, called SS-H2, could slash structural material costs...
Korean researchers have developed a new platinum-nickel catalyst that can operate continuously for 3,000 hours while maintaining almost all of its performance, potentially addressing one of the biggest challenges facing water electrolysis and green hydrogen production. The catalyst uses an atomic-scale structure that prevents nickel from dissolving during operation, a process that can cause...
Ecobiz.asia – The West Java Provincial Government is exploring a waste-to-hydrogen project at the Sarimukti regional waste facility with planned hydrogen production capacity of around 900 Nm³ per hour, alongside two refuse-derived fuel (RDF) projects, as the province seeks to develop new outlets for its growing municipal waste. The plans were presented by Ai Saadiyah Dwidaningsih, Head of the...
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