We are developing
e-NG projects around the world

TES Canada is developing a green hydrogen production project in the Mauricie region that will assist in accelerating the decarbonization of Quebec. The region is the birthplace of renewable electricity in Quebec.

The project plans to build a green hydrogen production plant powered exclusively by renewable electricity, and aims for a yearly production volume of 80,000 Mtpa of e-NG. The hydrogen produced is intended for Quebec end-users. It will play a complementary role to direct electrification, and the e-NG volumes are produced in Quebec and will supply both heavy industries and long-haul trucking end-users in Canada.

TES is developing the Jade Energy terminal in Wilhelmshaven, Germany’s only deep-water port, toimport LNG and e-NG (electric natural gas) and feed it directly into the gas grid or in the future convert it to hydrogen, as well as export CO₂ to locations of permanent offshore geological storage (Carbon Capture and Storage) or, in the future, for use cases like e-NG (Carbon Capture and Utilisation).

This strategically located terminal will leverage existing networks, natural gas, hydrogen, and rail, to serve as a major hub for Europe’s decarbonized energy future. The project also includes habitat preservation initiatives in Voslapper Groden, ensuring ecological value is enhanced even as Wilhelmshaven prepares to meet around 10% of Germany’s total annual primary energy demand.

The Luoto Energia project, located at the Port of Rauma in Finland, is being developed by TES and CPC Finland through their joint company Luoto Energia Oy. The project is being designed for up to 500 MW of electrolysis, with green hydrogen and e-NG production targeting European and international markets.

The project combines TES’ expertise in e-NG production and commercialisation with CPC Finland’s experience in renewable energy integration. Permitting is already underway, with pre-FEED targeted in 2026 and FID in 2028.

The project will use biogenic CO₂ sourced from Finnish emitters and support the decarbonisation of maritime and industrial sectors.

The Värö e-NG project, located in Varberg, Sweden, is being developed by OX2, Södra and TES. The project has entered the Pre-FEED phase and is being designed to produce 1.2 TWh of e-NG per year from biogenic CO₂ from Södra’s pulp mill and renewable hydrogen produced onsite.

The project combines Södra’s biogenic CO₂ supply, OX2’s renewable energy expertise and TES’ know-how in e-NG development.

Partly supported by Industriklivet funding, the project is intended to strengthen Sweden’s domestic fossil-free gas supply, with operations targeted for the early 2030s.

Oman has been at the forefront in the development of a green hydrogen economy where the country aims to produce in excess of 1mt annum of green hydrogen by 2030. TES has entered into a Joint Study Agreement with OQ Alternative Energy, the renewable energy arm of OQ. The feasibility study is assessing both the techno-commercial and market aspects of e-NG produced in Oman. TES considers Oman as a highly promising location due to the abundance of renewable power and available gas infrastructure, combined with a very strong green hydrogen & green derivatives (e-fuel) focus.