H2 HUB —
Green Hydrogen Joint Venture
A fully-permitted, shovel-ready 50 MW green hydrogen production platform at a major European deep-sea port. Capitalising on binding EU regulatory mandates, captive industrial demand, and first-mover infrastructure positioning across the European maritime and logistics corridor.
Europe's Green Hydrogen Transition Has Passed the Point of Speculation
Green hydrogen is no longer a technology on the horizon. It is now an industrial necessity — codified in European law and enforced through a sequence of binding regulatory deadlines that create contractual, not aspirational, demand for zero-emission fuel infrastructure. The question for institutional and industrial investors is no longer whether this infrastructure will exist — but who will own it when demand becomes inescapable.
The European Union has committed significant regional hydrogen investment and projects a demand surge of +800% by 2030. Against this backdrop, H2 HUB offers a rare combination of regulatory alignment, proven technology, and a strategic European port location that no competing project in the region can currently match.
H2 HUB is currently the only shovel-ready hydrogen facility at this strategic European port. The second entrant will face a market already shaped by H2 HUB's infrastructure, offtake contracts, and regulatory positioning. The window for founding-partner entry is defined and closing.
Location, Technology and Permits: A Shovel-Ready Platform
The H2 HUB facility combines a proprietary 50 MW KPP (Kinetic Power Plant) with a 37.5 MW PEM electrolyzer and is sited within a European Free Zone port — conferring significant regulatory and fiscal advantages unavailable at standard locations. Permitting pathway fully defined. Engineering is complete. The only remaining variable is execution.
Production technology is based on industrial-grade PEM (Proton Exchange Membrane) electrolysis, the leading commercially deployed technology for green hydrogen production from renewable electricity. The installation operates at a demonstrated 99.9% uptime on an island microgrid fully independent of the public grid, delivering 6.57 million kg H2/year in both LH2 and CGH2 form to serve different end-user segments simultaneously.
| Parameter | Specification | Notes |
|---|---|---|
| KPP Generation — Phase 1 | 50 MW continuous | 8,760 h/year · 99.9% uptime · island microgrid |
| Annual H2 output | 6.57 million kg/year | 96% capacity utilisation — verified offtake |
| H2 reference market price | €9.00/kg | Benchmark for EHB subsidy calculation |
| Operational uptime | 99.9% | Island microgrid — grid-independent |
| CGH2 700 bar — pricing structure | Pre-EHB: €7.33/kg → EHB −€4.50/kg → €2.83/kg | Reference: €9.00/kg · diesel cost parity achieved |
| LH2 liquid — pricing structure | Pre-EHB: €9.13/kg → EHB −€4.50/kg → €4.63/kg | Reference: €9.00/kg · premium heavy transport segment |
| Phase 2 expansion | Up to 150 MW | No additional permitting required |
| Replication sites identified | 5+ European ports | Major maritime hubs across the EU corridor |
| Source: H2 HUB Detailed Business Plan · Project Integrator Technical Team. Full technical specifications available to approved partners post-NDA. | ||
The project enters the market not as a pilot but as a proven industrial process integrated with grid infrastructure and renewable energy offtake. Investors are acquiring exposure to an operating model — not a development thesis.
Revenue, Pricing and Investor Returns at 50 MW Scale
At its Phase 1 scale of 50 MW KPP + 37.5 MW PEM, the H2 HUB generates €62.65M annual cashflow across six verified revenue streams — truck TCO savings, bus savings, port equipment savings, port power margin, B2B offtake, and ESG/H2 certificates. The blended pricing model — serving both compressed and liquid hydrogen segments — optimises revenue per kilogram while maintaining competitive positioning against fossil fuel alternatives.
The EU grant stack — IPCEI Hy2Infra €100M, Innovation Fund €90M and CEF Transport €10M — reduces gross CAPEX of €535M to a net €330M. The European Hydrogen Bank (EHB) production subsidy of €4.50/kg and REPowerEU instruments bring H2 end-user pricing well below diesel cost-per-kilometre — fundamentally altering procurement decisions by large fleet operators and port authorities.
| H2 Type | Reference Price | Pre-EHB Price | EHB Subsidy | Final End-User Price |
|---|---|---|---|---|
| CGH2 — Compressed gas 700 bar | €9.00/kg | €7.33/kg | −€4.50/kg | €2.83/kg |
| LH2 — Liquid hydrogen | €9.00/kg | €9.13/kg | −€4.50/kg | €4.63/kg |
| EHB = European Hydrogen Bank production subsidy. Pre-EHB prices reflect H2 HUB operator pricing structure. Reference price: EU market benchmark Q1 2026. Full pricing model available post-NDA. | ||||
The full financial model — including CAPEX/OPEX breakdown, IRR sensitivity analysis, subsidy model, and revenue projections by output segment — is available to approved partners upon execution of an NDA.
The current IPCEI Hydrogen funding allocation window has a defined closing deadline. Projects outside the existing pipeline face a minimum 2–3 year wait for the next funding tranche. H2 HUB is inside the current window with €205M in grants secured. This structural funding advantage cannot be replicated by a later entrant.
"Green hydrogen is no longer a question of whether — only of who will control the infrastructure when demand becomes inescapable."H2 HUB Strategic Advisory Board · 2025
Binding EU Mandates Transform Demand from Aspirational to Contractual
The critical distinction between H2 HUB and earlier hydrogen infrastructure projects is the nature of demand. The EU regulatory environment has created legal obligations for ports, shipping operators, and heavy transport fleets to adopt zero-emission fuels — obligations that take effect on a defined, legally enforceable timeline. Demand is not a function of subsidy incentives or technology adoption curves. It is a compliance requirement.
Shipping GHG Reduction
EU mandates binding GHG intensity reduction in shipping fuels. Ports must offer zero-emission fuel alternatives. Contractual demand from shipping operators — not aspirational targets.
Effective 2025Carbon Pricing — Heavy Transport
Full EU Emissions Trading Scheme carbon pricing applied to heavy truck fleets. At €100+/t CO2, green hydrogen achieves cost parity with diesel without production subsidies.
€100+ /t CO2Mandatory Green H2 Offtake
Creates binding renewable energy obligations in transport. Establishes mandatory H2 offtake requirements for large industrial consumers and logistics operators across the EU.
Binding obligationsReal-Time Compliance Intelligence
H2 HUB's proprietary CO2 Emissions Dashboard monitors EU ETS and EU ETS 2 compliance obligations across the host port's industrial base — identifying captive demand and quantifying abatement value in real time.
↓ See CO2 DashboardThe convergence of these four regulatory instruments creates a self-reinforcing demand environment. The host port's logistics base — heavy trucks, ferries, port operations, container handling — all fall within the mandate perimeter. The demand footprint within the H2 HUB's immediate catchment area is not speculative. It is today's contractable industrial demand, made legally mandatory by 2027.
A Structure Built for Execution, Not Just Capital
The H2 HUB Joint Venture Company operates as a single-purpose vehicle with a transparent capitalisation table, defined partner roles, and shared economic upside — governed by a formal consortium agreement. The structure is designed to accommodate different partner profiles with different strategic motivations: capital return, offtake security, technology deployment, or market entry.
- Technology integration and PEM engineering team
- All construction and operational permits
- Site rights within the European Free Zone port
- Regulatory relationships and EU funding access
- Full operational model and deployment roadmap
- Capital co-investment or project finance
- Industrial offtake commitments
- Port or infrastructure expertise
- Access to grid
- All partner profiles considered
- Equity stake in JV Co.
- Offtake agreement
- Technology licensing
- Project finance
- Full terms in the Information Memorandum
The current host port is Phase 1. The same operational and financial model is designed for replication — with identified sites at 5+ major European ports across the EU maritime corridor. Partners entering the founding consortium acquire exposure to a platform strategy, not a single-asset position. The infrastructure built in Phase 1 becomes the template for a pan-European hydrogen network.
We Work with Partners Who Bring More Than Capital
The strongest outcomes in infrastructure joint ventures come from aligned expertise and shared industrial conviction. H2 HUB is structured to accommodate four partner profiles — each bringing a different form of strategic value, and each receiving a structurally distinct form of return.
Institutional Investors
Infrastructure funds, climate-focused PE, sovereign wealth funds seeking long-term infrastructure returns — 31.2% IRR, 4.79-year payback on €330M net CAPEX, NPV +€360M.
Renewable Energy Companies
Wind and solar operators with excess generation capacity seeking a premium off-take route for electrons via electrolysis — converting curtailed energy into bankable hydrogen revenue.
Port & Logistics Operators
Companies operating heavy transport fleets, container terminals, or ferry services with binding decarbonisation obligations who require long-term fuel supply security and pricing certainty.
Innovation & R&D Partners
Electrolyzer manufacturers, hydrogen storage innovators, grid specialists, and research institutions seeking commercial-scale deployment and validation at an operating industrial facility.
From Partner Selection to First Hydrogen Delivery: 12 Months
The project's execution timeline reflects the fact that planning, permitting and engineering work is already complete. The path from partner selection to first commercial hydrogen delivery spans four defined milestones over twelve months.
Four Steps from Inquiry to Term Sheet
The partnership process is designed to be efficient and transparent. All profiles are reviewed personally. From first conversation to signed term sheet, the target turnaround is two weeks.
Submit Your Partner Profile
Complete the contact form below with your organisation details, investment mandate and area of interest. All profiles are reviewed personally and receive a response within 48 hours.
Introductory Video Call
A 30-minute call with our project team — a genuine conversation about your strategic mandate and how H2 HUB fits your objectives. Book directly via Setmore or respond to our email. No presentations. Just substance.
Access the Information Memorandum
Approved partners receive the full IM: complete financial model, engineering specifications, legal structure, site documentation, and subsidy analysis. Access credentials are delivered by email following profile approval.
Mutual NDA and Term Sheet
Mutual NDA executed, followed by a term sheet tailored to your specific partnership model. Target turnaround: two weeks from introductory call to signed term sheet.
Apply for Partnership
Partner selection commences Q3 2026 — the window is closing. Complete the Partner & Investor Application Form to register your interest. All applications are reviewed personally within 48 hours. Approved partners receive full access to the Information Memorandum, financial model, and engineering documentation.
Investor – IP Owner · Producer – Project Integrator
Partner & Investor
Application Form
Complete this form to register your interest in the H2 HUB Joint Venture. All applications are reviewed personally within 48 hours. Approved partners receive access to the full Information Memorandum.
Submit Partner Application
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