EU Regulation & Policy LG Chem Electrolysis Breakthrough: What It Means for Green Hydrogen Compliance July 30, 2026 Sequaris LG Chem's new interface stabilization technology doubles PEM electrolyser electrode lifespan and halves iridium use, reshaping the cost calculus for compliance-driven green hydrogen procurement in 2026 and beyond.
Technology & Data How EU E-Fuels Rules Could Accelerate Belgium’s Natural Hydrogen Sector July 26, 2026 Sequaris ReFuelEU Aviation and RED III create a regulatory framework that positions Belgium's geological hydrogen resources as a strategic feedstock for sustainable fuels.
Science · Global Discovery Uncategorized Europe’s First Natural Hydrogen Map: What the EC’s Getech Contract Means for the Sector July 26, 2026 Sequaris Europe’s First Natural Hydrogen Map: What the European Commission’s Getech Contract Means for the Sector | naturalhydrogen.ai naturalhydrogen.ai Science · Global Discovery · European Commission Europe’s First Natural Hydrogen Map:What…
Technology & Data How ReFuelEU Aviation Targets Could Reshape Belgian Hydrogen Geology Economics July 23, 2026 Sequaris New SAF market forecasts and regulatory pressure create unexpected opportunities for Belgium's natural hydrogen exploration in the Hercynian basement.
Industry & Projects HY4Link Pipeline Greater Region: Belgium Eyes Natural Hydrogen Integration July 14, 2026 Sequaris The HY4Link hydrogen pipeline project across the Greater Region offers Belgium a strategic opportunity to integrate natural hydrogen discoveries from its Hercynian basement into cross-border infrastructure.
EU Regulation & Policy Power-to-Liquid E-Fuels and Belgian Natural Hydrogen: Policy Convergence by 2030 July 8, 2026 Sequaris Belgium's BE.Hydrogen programme positions geological H₂ as a feedstock bridge to RED III Power-to-Liquid mandates, with compliance directors eyeing hybrid pathways ahead of the 2035 combustion deadline.
Technology & Data BE.Hydrogen Programme Explores AI for Subsurface Natural Hydrogen Detection July 1, 2026 Sequaris Belgium's BE.Hydrogen initiative examines how machine learning and geospatial analytics can map white hydrogen resources in the Hercynian basement and Belgian coal basins.