Regulatory Context: RED III and ReFuelEU Aviation

The German cabinet’s recent passage of EU RED III transposition legislation underscores member-state urgency to operationalise the revised Renewable Energy Directive, which mandates a 29% renewable energy share across the EU by 2030. Simultaneously, ReFuelEU Aviation—effective from 2025—imposes a 2% SAF blending obligation rising to 70% by 2050, with a minimum 1.2% e-fuel sub-mandate in 2030. These twin frameworks are designed to steer capital toward renewable hydrogen production, Power-to-Liquid e-fuels, and sustainable aviation fuel capacity.

For synthetic-petrol producers eyeing the road-transport sector—where the EU 2035 ICE exemption permits e-fuel-powered vehicles—clarity on hydrogen sourcing and renewable-electricity criteria is critical. NOW GmbH’s recent factsheets on EU renewable-fuel legislation detail compliance pathways, yet none reference Belgium’s BE.Hydrogen initiative, despite its stated ambition to anchor large-scale electrolyser deployments and import corridors for green ammonia and hydrogen.

BE.Hydrogen’s Low Profile in EU Policy Discourse

BE.Hydrogen was conceived as a federal strategy to leverage Belgium’s port infrastructure—Antwerp, Zeebrugge—as gateways for renewable hydrogen imports from North Africa and the Middle East. However, recent policy briefs from RSB, Energy Regulation Solutions, and the European Commission’s Mobility and Transport directorate make no mention of Belgian initiatives. The silence is notable given Germany’s coordinated push on H₂ import partnerships and the Netherlands’ expanding electrolyser pipeline.

For synthetic-petrol projects that rely on sub-EUR 2/kg green hydrogen to reach pump parity with fossil petrol—assuming a blended cost of circa EUR 1.50–1.80 per litre—Belgium’s import-hub thesis should be front and centre. Yet without visible progress on electrolyser procurement, offtake agreements, or grid-connection timelines, BE.Hydrogen risks remaining a paper strategy. AI-driven pump-level demand modelling for e-petrol rollout increasingly factors in hydrogen-supply elasticity; models that assume Belgian hydrogen availability may need recalibration if the programme stalls.

Implications for Road-Transport E-Fuels

HIF Global’s Haru Oni and Porsche’s e-fuel collaborations in Chile and the United States benefit from transparent hydrogen-supply roadmaps and binding offtake contracts. By contrast, Belgian federal timelines remain opaque. Horse Powertrain’s H12 range-extender engine, designed for drop-in synthetic petrol, assumes geographically diversified feedstock; a functioning BE.Hydrogen corridor would reduce European e-fuel producers’ reliance on Iberian or Nordic electrolyser capacity.

The absence of BE.Hydrogen from current EU regulatory discourse suggests either delayed implementation or inadequate federal coordination. As ReFuelEU Aviation and RED III enforcement accelerates, synthetic-fuel stakeholders will favour jurisdictions with proven hydrogen-production visibility—leaving Belgium at risk of missing the first wave of large-scale e-petrol commercialisation.

Sources

• German cabinet passes EU RED III
• Updates about RED III and ReFuelEU Aviation in Germany
• NOW factsheets on EU legislation for renewable fuels
• ReFuelEU aviation – Mobility and Transport

Featured image via Unsplash.