Top 10 Green Hydrogen Projects: RWE’s 1 GW plan & Aslan’s 600 MW project nearing FID (2024-2026)

The global green hydrogen sector is navigating a critical filtering phase where a large pipeline of announced projects is being narrowed to a select group of ventures advancing toward a Final Investment Decision (FID). While over 1, 500 clean hydrogen projects have been announced, fewer than 10% have successfully secured the committed capital needed to proceed. This is evidenced by major ventures like Aslan Energy’s 600 MW project in Indonesia and Edify Energy’s up to 1 GW plan in Australia moving through late-stage development such as front-end engineering and design (FEED) studies. The dominant market theme for the 2024-2026 period is the “Great FID Bottleneck, ” a market-wide process where only the most economically viable and strategically sound projects are securing financing and moving forward.

1. Aslan Energy Project (Indonesia)

Company: Aslan Energy Capital
Installation Capacity: 600 MW
Applications: Renewable hydrogen project
Source: Aslan Energy targets 2026 FID for 600 MW hydrogen project in …

Gap Widens Between Hydrogen Ambition and Reality

Placing a chart that highlights the general challenges and the ‘ambition vs. reality’ gap in the hydrogen sector at the beginning of a list of specific projects provides crucial context. It frames the Aslan project, and all subsequent projects, within the broader industry landscape of high hopes tempered by significant hurdles.

(Source: Nature)

2. Unnamed Northwest England Project (UK)

Company: Not specified
Installation Capacity: 350 MW
Applications: Low-carbon hydrogen plant
Source: 350 MW Hydrogen Plant Edges Closer to Investment Decision

3. Clean Hydrogen Coastline (Germany)

Company: Consortium project
Installation Capacity: Over 320 MW
Applications: Electrolyzer capacity for hydrogen production
Source: Germany’s seven largest hydrogen projects in the area of production …

Hydrogen Sector Shows Diverse Commercial Interest

The ‘Clean Hydrogen Coastline’ project suggests an ecosystem of different industries and applications for hydrogen. This chart, showing diverse commercial interest, directly supports this theme by visualizing the various sectors (e.g., transport, industry) that could be part of such a coastal hydrogen hub.

(Source: Wood Mackenzie)

4. Edify Green Hydrogen (EGH 2) Project (Australia)

Company: Edify Energy
Installation Capacity: Up to 1 GW
Applications: Large-scale electrolysis
Source: FEED Final Report – Public – Edify Green Hydrogen Project

5. Synergen Green Energy Project (USA)

Company: Synergen Green Energy
Installation Capacity: 240 MW
Applications: Green ammonia project
Source: High-power electrolyzers for the lowest cost clean hydrogen

Analysis Reveals Trillion-Dollar Subsidy Gap for Green Hydrogen

The US has implemented significant hydrogen subsidies via the Inflation Reduction Act (IRA). Placing a chart about the global subsidy gap next to a US-based project highlights the importance of such government support and contrasts the favorable US policy environment with the global financial challenge.

(Source: Nature)

6. Toqlukuti’k Wind and Hydrogen Project (Canada)

Company: ABO Energy
Installation Capacity: Not specified
Applications: Large-scale wind and hydrogen production
Source: Toqlukuti’k Wind and Hydrogen Project – ABO Energy

Renewable Project Pipeline Shows Strong Growth

The project title explicitly links ‘Wind and Hydrogen.’ The chart showing strong growth in the renewable project pipeline is therefore highly relevant, as it illustrates the growth of the essential upstream component—renewable energy—needed to power green hydrogen projects like this one.

(Source: Deloitte)

7. Tra Vinh Expansion Project (Vietnam)

Company: Not specified
Installation Capacity: Not specified
Applications: Green hydrogen facility expansion
Source: APERC HYDROGEN REPORT 2024

8. RWE Lubmin Project (Germany)

Company: RWE
Installation Capacity: Scalable up to 1 GW
Applications: Green hydrogen production
Source: Hydrogen Compass – September 2024 – Westwood

9. St. Gabriel Green Hydrogen Plant (USA)

Company: Not specified
Installation Capacity: Part of a plan for nearly 500 tons of hydrogen
Applications: Green hydrogen production
Source: Top 5 Upcoming U.S. Green Hydrogen Projects to Watch

Blue Hydrogen Production Costs and Pathways Analyzed

The St. Gabriel plant is in Louisiana, part of the US Gulf Coast, a major hub for the natural gas industry. In this region, ‘blue’ hydrogen is a direct competitor to ‘green’ hydrogen. This chart provides essential context by analyzing the costs of the main alternative technology in the project’s specific industrial and geographical setting.

(Source: Nature)

10. Tees Green Hydrogen Project (Phase 1) (UK)

Company: EDF and Hynamics
Installation Capacity: 7.5 MW
Applications: Green hydrogen production (first phase)
Source: French Hydrogen Companies International Business Development

Electrolyzer Market Shows Strong Growth Through 2027

Electrolyzers are the core technology for green hydrogen. For a ‘Phase 1’ project, the future market development of this key technology is critical. This chart, showing strong growth in the electrolyzer market, provides a forward-looking technological context relevant to the project’s planning and future phases.

(Source: IDTechEx)

Table: Top Green Hydrogen Projects Nearing FID (2024-2026)

Global Hydrogen Project Pipeline Shows Massive Growth

The table in this section provides a detailed, project-level view. The chart complements this perfectly by offering a macro-level, global perspective on the entire hydrogen project pipeline, showing that the projects listed are part of a much larger, massively growing global trend.

(Source: Nature)

Green Hydrogen Adoption, RWE’s 1 GW Project Signals Scale

The projects advancing toward FID reveal a clear strategic focus on integrating green hydrogen production with existing industrial ecosystems. The dominant applications are large-scale hydrogen generation for immediate use in hard-to-abate sectors, such as green ammonia production (Synergen Green Energy Project in the US) and refining operations. This co-location within industrial zones like Teesside in the UK and the Lansdown Eco-Industrial Precinct in Australia is a critical de-risking strategy. It provides projects with built-in demand, which is the single most important factor for achieving bankability and securing financing. The diversity in project scale, from the initial 7.5 MW phase of the Tees Green Hydrogen project to the giga-scale ambitions of Edify Green Hydrogen (up to 1 GW), indicates a dual market approach: using smaller, phased deployments to prove commercial viability while simultaneously planning for massive long-term capacity to meet future mandates.

Global Hydrogen Demand Forecast to Surge by 2050

This section discusses adoption and scale. The chart forecasting a surge in global hydrogen demand provides the fundamental ‘why’ for this trend. It illustrates the massive future market that large-scale projects, like the 1 GW RWE project, are being built to serve.

(Source: Nature)

Germany Leads Europe, 2 Major Green Hydrogen Projects Near FID

Geographically, the pipeline of projects nearing FID is concentrated in regions with strong policy support and abundant renewable resources. Europe is a clear leader, with Germany (Clean Hydrogen Coastline, RWE Lubmin) and the UK (Unnamed Northwest England Project, Tees Green Hydrogen) at the forefront. This activity is largely driven by robust government backing, including the EU Hydrogen Bank auctions, which provide crucial revenue certainty. North America is another key hub, where projects in the United States (St. Gabriel Plant) and Canada (Toqlukuti’k Project) are positioned to capitalize on policy incentives like the US 45 V clean hydrogen production tax credit. Concurrently, the Asia-Pacific region is emerging as a potential production powerhouse, with large-scale projects in Australia (Edify Green Hydrogen), Indonesia (Aslan Energy Project), and Vietnam (Tra Vinh Expansion) designed to serve both domestic industrial needs and future export markets.

European Firms and AWE/PEMEL Tech Dominate Electrolyzer Market

The section headline claims ‘Germany Leads Europe.’ This chart provides strong evidence supporting the continent’s leadership in the hydrogen space by showing that European firms dominate the market for the critical underlying technology (electrolyzers), linking Germany’s project leadership to Europe’s broader technological strength.

(Source: IDTechEx)

10 Projects Nearing FID, Green Hydrogen Enters Commercialization

The advancement of these 10 projects toward FID signals the green hydrogen industry’s shift from demonstration to commercial-scale deployment. The emphasis on completing Front-End Engineering and Design (FEED) studies—a critical milestone for both the Aslan Energy and Edify Energy projects—demonstrates a high degree of technical and economic maturation. These detailed engineering plans are the last major hurdle before developers commit to billions in capital expenditure. Furthermore, the selection of established equipment suppliers, such as Electric Hydrogen (EH 2) for the 240 MW electrolyzer plant at the Synergen project, confirms that the supply chain is capable of delivering at scale. This shows that the primary remaining challenge is economic rather than technical. Projects are successfully moving forward because they have a clear path to bankability, achieved through a combination of government incentives and, most importantly, secured offtake agreements.

Green Hydrogen Project Pipeline Sees Rapid Growth

This is a perfect thematic match. The section heading announces that green hydrogen is entering commercialization, and the chart visually reinforces this exact point by showing the rapid growth specifically in the green hydrogen project pipeline.

(Source: Nature)

Aslan Energy’s 600 MW Project, What to Watch in 2026

The most critical strategic expectation for the green hydrogen sector through 2026 is a significant market bifurcation. This will separate a handful of well-capitalized, strategically integrated projects from a much larger pool of speculative ventures that are likely to be cancelled or indefinitely postponed. The finalization of government policy frameworks, particularly the US Treasury’s guidance on the 45 V tax credit and the results of EU Hydrogen Bank auctions, will be the primary catalyst triggering a wave of FIDs for the projects best positioned to succeed.

• Gaining Traction: Projects with secured offtake agreements, especially those integrated with refineries and ammonia plants like the RWE Lubmin Project and the Synergen Green Energy Project, are demonstrating the most momentum toward FID.
• Gaining Traction: The awarding of public funding and clarification of incentive structures are providing the revenue certainty needed for developers to secure private financing and approve large-scale capital expenditures, a key de-risking event.
• Losing Steam: Market analysis points to a “year of reckoning” in 2026, where a wave of project cancellations is expected for ventures that have failed to secure offtakers or a clear path to profitability.
• Losing Steam: Projects in regions with uncertain policy support or wavering mandates face an elevated risk profile, as investors become more selective and prioritize ventures with the highest degree of commercial and regulatory certainty.

Chart Analyzes Green Hydrogen Production Costs

A key factor ‘to watch’ for any major energy project is its economic viability. This chart, which analyzes green hydrogen production costs, directly addresses this core issue. It provides the economic context needed to evaluate the future prospects of the 600 MW project mentioned in the heading.

(Source: RMI)

The questions your competitors are already asking

This report covers one angle of the green hydrogen market’s ‘Great FID Bottleneck’ and which major projects are advancing toward a final investment decision. The questions that matter most depend on your work.

• What is the outlook for large-scale (>500 MW) green hydrogen projects reaching FID by 2026?
• Aslan Energy’s investments and funding. Is its 600 MW project in Indonesia on track for a 2026 FID?
• RWE’s activities in the green hydrogen market. Is its 1 GW plan progressing from late-stage development to FID?

This report does not answer these. Enki Brief Pro does.

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