Germany's hydrogen backbone reaches industry. The economics remain unresolved. Illustration: TFIE Strategy Briefing.
Germany’s hydrogen backbone achieved a genuine milestone on August 4, 2026. RWE and its partners announced that renewable hydrogen produced during commissioning at Lingen had reached Marl Chemical Park, roughly 120 kilometres away. Electrolysers, converted natural gas pipelines and industrial receiving infrastructure were working together. The GET H2 consortium deserves … [continued]
Illustrative coastal bulk carrier at a Norwegian-style industrial quay. Illustration: TFIE Strategy Briefing; not a GMI vessel or terminal.
Norwegian shipping company GMI Group is moving ahead with four hydrogen-electric bulk carriers for coastal freight. In October 2026, PowerCell confirmed a follow-up order that brings the program to 24 marine fuel-cell units with 5.4 MW of combined installed capacity. The first two ships, rated at 4,000 deadweight tonnes, are … [continued]
Some DOE cuts hit technologies that deserved scrutiny. The wider retreat undermines capabilities needed for an actual energy transition.
Some DOE programs deserve to end. The problem is a budget request that cuts weak hydrogen bets while stripping support from technologies already delivering electrification.
Europe is building a hydrogen-refuelling network before there is a large hydrogen-truck market to support it. Under the Alternative Fuels Infrastructure Regulation, hydrogen stations are supposed to be available along major motorway corridors at intervals of no more than 200 kilometres by 2030, with additional coverage at designated urban nodes. … [continued]
Across hundreds of procurement records and very different transit markets, battery-electric has become the reference technology for zero-emission bus fleets.
Zero-emission bus procurement has moved beyond the stage where battery-electric and hydrogen fuel-cell buses should be treated as two parallel technologies waiting for the market to decide between them. Transit agencies have now spent years operating both, rebuilding depots, installing charging and refuelling infrastructure, training technicians and discovering which assumptions … [continued]
HyFlux’s superconducting motor could substantially improve propulsion power density, but its commercial value still depends on the aircraft, cryogenic fuel system and airport infrastructure around it.
HyFlux has an unusually interesting hydrogen-aviation proposition because the technology at its centre appears somewhat credible, if incredibly difficult to engineer and maintain. The UK company wants to exploit the extreme cold of liquid hydrogen already carried aboard a future hydrogen aircraft to cool a fully superconducting electric motor. Superconductivity … [continued]
Leipzig’s 16 hydrogen refuse trucks were reportedly available for deployment only 45.6% of the time after two years in service.
Garbage collection is not a technology demonstration. Municipalities need trucks that leave the depot every working morning, finish predictable routes, operate compactors through hundreds of stops and come back ready to do it again. That is why refuse collection has become such a useful test of competing zero-emission drivetrains. Battery-electric … [continued]
The Netherlands cut its 2040 hydrogen forecast by more than half as electrification displaced hydrogen across power, heat, buildings and transport—but the remaining forecast still assumes substantial demand growth.
Three years is a long time in hydrogen strategy. The Netherlands’ 2023 National Energy System Plan projected roughly 460 petajoules of gaseous hydrogen demand in 2040. Its 2026 National Energy System Plan update cuts that central estimate to about 200 PJ, a reduction of roughly 57%. This is especially interesting … [continued]
The fashionable technology changes from blockchain to hydrogen to AI, but the commercialization tactic persists: attach a new narrative to an unresolved proposition before the complete system has proved its economics.
Panthalassa raised $140 million this year to build autonomous ocean platforms that would generate electricity from waves and use it directly for AI inference computing at sea. The proposition removes one genuine problem for wave energy: instead of transmitting electricity back to shore through subsea cables and grid connections, put … [continued]
Hydrogen passenger aviation only reaches commercial scale if three sequential gates all open: an operator-ready aircraft, a throughput-capable airport fuel network, and a fleet large enough for meaningful scheduled service.
The UK Civil Aviation Authority announced its latest Hydrogen Challenge in the same week as I published my updated assessment of hydrogen passenger aviation. The regulator is examining hydrogen-aircraft turnarounds at London City Airport, cryogenic hydrogen storage and airside supply, while its broader hydrogen aviation roadmap targets scaled operations for … [continued]
