Yara’s 800,000 t/yr CCS project at Sluiskil sets a commercial benchmark for industrial CO₂ capture — and frames a strategic question for natural geological hydrogen: when subsurface CO₂ storage scales up, does it crowd out or complement the geological hydrogen value chain?
Renault-Geely’s Horse D20 Methanol REEV powertrain reframes the 2035 ICE deadline debate — and geological hydrogen could be the feedstock that makes its carbon arithmetic work.
Lemissoler Navigation’s four dual-fuel methanol bulkers illustrate exactly why geological hydrogen matters: it could slash the carbon cost of producing the methanol those ships will burn.
The first ISO-compliant lifecycle assessment of methanol as a marine fuel, published by SGMF in September 2026, opens a precise data corridor for ranking green and e-methanol pathways — and positions geological hydrogen as a potentially disruptive feedstock.
SGMF’s first ISO-compliant lifecycle assessment of methanol as a marine fuel arrives at a moment when geological hydrogen could reshape the feedstock economics of e-methanol production.
WinGD’s first methanol-ethanol dual-fuel marine engine enters commercial service, sharpening scrutiny of whether green methanol produced via electrolysis can compete with pathways anchored in geological hydrogen.
WinGD’s X72DF-M1.0 engine has received certification for both methanol and ethanol operation, giving Polaris Shipping unprecedented fuel flexibility as maritime decarbonisation compliance tightens.
A University of Oregon study pinpoints iron-ion contamination as a primary degradation driver in alkaline electrolysers operating under intermittent solar and wind power — a finding that sharpens the cost case for geological hydrogen, which requires no electrolysis at all.
As green hydrogen via electrolysis remains constrained by well-to-wheel efficiency losses of roughly five times that of battery-electric drivetrains, natural geological hydrogen is gaining attention as a pathway that bypasses the electrolysis bottleneck entirely.