Tree Energy Solutions
Tree Energy Solutions (TES) is a European energy company developing infrastructure and synthetic fuels based on green hydrogen and captured carbon dioxide, with a focus on producing synthetic methane, also referred to as electric natural gas (e-NG).[1]
The company has been profiled in international media for its strategy of using existing natural-gas infrastructure to distribute hydrogen-derived fuels, positioning itself at the intersection of energy security and decarbonisationin Europe and North America.[1]
TES has drawn attention for large-scale projects in Germany and Canada, as well as for its leadership by former gas-infrastructure executives seeking to adapt liquefied natural gas (LNG) supply chains to low-carbon fuels.[2]
History
[edit]Tree Energy Solutions was founded in 2019 by a group of energy-sector executives including Marcel van Poecke, Chairman of Energy at the Carlyle Group and chairman of AtlasInvest, Paul van Poecke who held senior executive positions at Petroplus Logistics, Petroplus , 4 Gas and HES International and Marco Alverà, former chief executive of Italy’s gas transmission operator Snam.[1] The company emerged amid growing concern in Europe over dependence on imported fossil gas and the need to reconcile energy security with climate targets.[1]
Following Russia’s invasion of Ukraine in 2022, TES became associated with Germany’s rapid expansion of LNG import capacity, particularly in the port city of Wilhelmshaven.[2]
Early plans focused on temporary floating LNG terminals, with longer-term ambitions to convert the infrastructure to handle hydrogen-derived fuels.[2]
Business model and strategy
[edit]TES’s core strategy is based on producing synthetic methane by combining green hydrogen with captured carbon dioxide, creating a fuel that is chemically identical to fossil natural gas and can be transported through existing pipelines, LNG terminals, and storage facilities.[3]
The company has argued that this approach allows hydrogen to be deployed at scale without requiring end-users to replace industrial equipment or heating systems.[3]
In interviews and profiles, TES executives have described the company’s approach as a way to “ship sunlight” from regions with abundant renewable power to energy-importing markets, particularly Europe.[3]
At the same time, the company’s strategy has been framed as a response to political pressure in Europe to diversify gas supply away from Russia while maintaining system reliability.
Projects
[edit]Germany
[edit]TES has been closely associated with the development of LNG infrastructure at Wilhelmshaven, Germany’s only deep-water port.[2] The site initially hosted floating LNG terminals commissioned after 2022 to address short-term supply risks.[2]
TES has stated that these facilities are intended to be replaced over time by a permanent onshore terminal capable of handling both fossil LNG and hydrogen-derived synthetic gas.[2]
The Wilhelmshaven project has been described in the New York Times as part of Germany’s broader effort to secure non-Russian gas supplies, with TES positioned as a developer seeking to integrate low-carbon fuels into the existing LNG value chain.[2]
Canada
[edit]In 2023, TES announced plans to develop a multi-billion-dollar green hydrogen project in Québec, one of the largest such proposals in Canada at the time.[4]
Reporting in the Financial Times and Reuters described the project as a response to generous North American tax incentives and abundant low-carbon electricity, with most of the hydrogen intended to be converted into synthetic natural gas.[4]
The Québec project has been cited as an example of how industrial policy and subsidies are shaping the global hydrogen market, with TES comparing Canadian incentives favourably to European frameworks.[4]
United States and other regions
[edit]TES has also been linked to proposed hydrogen-based fuel projects in the United States and the Middle East, often in collaboration with established energy companies.[5]
These initiatives have been discussed in the context of global competition for clean-energy investment and the role of synthetic fuels in heavy industry and shipping.[5]
Reception and analysis
[edit]TES's strategy has received mixed reactions from policymakers, analysts, and environmental groups.[6][7]
Supporters argue that synthetic natural gas offers a pragmatic pathway to decarbonise existing gas systems, particularly for industries that are difficult to electrify, while enhancing energy security.[6] Critics, however, have questioned whether synthetic methane can be produced at scale without significant efficiency losses or unintended climate impacts.[7]
An FT Moral Money analysis highlighted concerns that methane-based alternatives could delay electrification and lock in gas infrastructure, even if emissions are lower than those of fossil fuels.[6] Environmental organisations have also warned that methane leakage and the high cost of green hydrogen may undermine claims of climate neutrality.[7]
References
[edit]- 1 2 3 4 "Can This Man Solve Europe's Energy Conundrum? (Published 2022)". 2022-10-11. Archived from the original on 2025-08-20. Retrieved 2026-01-14.
- 1 2 3 4 5 6 7 Stanley Reed and Melissa Eddy. "To Shake Russian Gas, Germany Pushes to Ship It From Anywhere Else". The New York Times.
- 1 2 3 Petroni, Giulia (2022-12-22). "Startup Plans to Make Synthetic Natural Gas With Green Hydrogen". Wall Street Journal. ISSN 0099-9660. Retrieved 2026-01-14.
- 1 2 3 Chu, Amanda (2023-11-10). "Canada lines up $4bn green hydrogen project in cleantech push". Financial Times. Retrieved 2026-01-14.
- 1 2 Ramkumar, Amrith (2023-04-15). "Fossil-Fuel Veterans Find Next Act With Green Hydrogen". The Wall Street Journal. Retrieved 2026-01-14.
- 1 2 3 "Hydrogen industry calls for more support to accelerate low-carbon projects". Financial Times. Retrieved 2026-01-14.
- 1 2 3 Harris, Lee (2024-04-03). "Is synthetic natural gas any better than the real thing?". Financial Times. Retrieved 2026-01-14.