Coordinator of GreenHyScale (EUR 5.02M) deploying 100 MW green hydrogen production in a replicable industrial hosting environment.
GREENLAB SKIVE AS
Danish green industrial park coordinating 100 MW green hydrogen demonstrations and hosting biofuel and Power-to-X projects on a real operating site.
Their core work
GreenLab Skive operates a green industrial symbiosis park in western Denmark where renewable electricity, green hydrogen, and bio-based fuels are produced at demonstration scale. Their core contribution is providing a real industrial hosting site — with grid infrastructure, co-located offtakers, and permitting pathways — for large energy demonstrators that need a working environment rather than a laboratory. They coordinate major hydrogen demonstration projects and participate in biofuel value-chain consortia that feed their park's renewable ecosystem.
What they specialise in
Their coordinator role in GreenHyScale is explicitly framed around a 'replicable and scalable industrial hosting environment' — their park functioning as the testbed.
Participant in FLEXI-GREEN FUELS, working on jet-like aviation bio-fuels and bunker-like shipping bio-fuel from lignocellulosic residue and municipal solid waste.
The 100 MW hydrogen scale in GreenHyScale implies coupling of renewable electricity to hydrogen offtake, consistent with their park's multi-vector energy model.
How they've shifted over time
Both H2020 projects started in 2021, so there is no long historical arc to trace. Within that narrow window, their work splits between advanced biofuels from waste (FLEXI-GREEN FUELS) and green hydrogen at industrial scale (GreenHyScale). The clear signal is a step up from minor participant (EUR 64k) to coordinator of a EUR 5M hydrogen demonstrator — a move toward leading flagship Power-to-X deployments rather than contributing to biofuel research.
They are positioning as a lead site and coordinator for large green hydrogen demonstrators, making them a strong fit for future Power-to-X, e-fuel, and industrial decarbonisation consortia.
How they like to work
They take both seats comfortably: minor participant in a biofuels research consortium and coordinator of a much larger hydrogen demonstration. Spanning 22 unique partners across 7 countries from only two projects points to broad, mid-to-large consortia rather than tight bilateral teams. Expect an industrial-site-driven collaboration style rather than an academic one.
22 distinct consortium partners across 7 countries from only two projects indicates broad, Europe-spanning connections concentrated around North Sea energy actors. The geographic pattern fits Denmark's role as a green hydrogen and wind hub.
What sets them apart
Few H2020 actors combine a physical green industrial park with the ability to coordinate a EUR 5M+ hydrogen project — GreenLab Skive does both. Partners do not just get a research collaborator; they get a permitted, grid-connected Danish site where demonstrators can actually be built and operated. That site-plus-coordination profile is rare among OTH-type organisations in the energy pillar.
Highlights from their portfolio
- GreenHyScaleTheir flagship project — coordinator role, EUR 5.02M, deploying 100 MW green hydrogen in a replicable industrial setting running through 2026.
- FLEXI-GREEN FUELSLinks their hydrogen focus to the advanced biofuels value chain, producing aviation and shipping fuels from lignocellulosic and municipal waste streams.