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26th March 2026 Tree Energy Solutions (TES), a global green energy company developing large-scale e-methane projects, has joined the SEA-LNG coalition. SEA-LNG's membership now includes around 40 organisations spanning the entire methane value chain including biomethane and e-methane producers. TES has set the ambitious target of producing 1 million tonnes of e-methane by 2030. Today, it has several e-methane projects globally, some of them in partnership with SEA-LNG members, including TotalEnergies and Osaka Gas for their project in North America. Globally, TES works with strategic partners who are experts in their respective areas such as OQAE and CPC Finland. TES projects harness renewable electricity to produce green hydrogen, which is then combined with recycled CO₂ (from biogenic sources) to form e-methane.
Image by SEA LNG
Marco Alvera, CEO and Co-Founder of TES, said: "E-methane is a vital tool for decarbonising the maritime transport sector. It is a proven, climate-neutral fuel that is identical to natural gas on a molecular level. It reuses existing infrastructure and can be deployed immediately to existing gas networks and pipelines. Joining SEA-LNG gives us the opportunity to work alongside likeminded first movers across the value chain to make e-methane available as a marine fuel." Steve Esau, COO of SEA-LNG, said: "Industry interest in e-fuels as long-term, scalable decarbonisation solutions is growing. E-methane will be critical to meeting demand for practical and realistic options. TES has been at the forefront of bringing e-methane to scale, offering substantial benefits to ship operators in terms of emissions reductions and commercial viability. E-methane is not only capable of generating FuelEU Maritime overcompliance but also is eligible for the regulation's renewable fuel of non-biological origin (RFNBO) multiplier effect." As part of efforts to scale e-methane supply for the global maritime industry, TES recently announced it is advancing development plans alongside OX2 and Sodra for a facility designed to produce 1.2 TWh of e-methane annually by capturing biogenic CO₂ from Sodra's pulp mill at Varo and combining it with hydrogen produced onsite using renewable electricity. SEA LNG press release
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