Located in Galicia, Spain, Forestal del Atlántico is developing the most advanced e-methanol project in Europe – the Triskelion project. Combining CO2 capture electrolysis and methanol production, the Triskelion project is set to produce 40,000 tons of e- methanol annually and consequently absorb 56.000tn of CO2 a year. This will allow the direct replacement of grey methanol in Forestal del Atlántico’s productions of sustainable glue and resin manufacturing – an exemplary case a company working in heavy industry taking groundbreaking measures to decarbonize its own operations.
The production of methanol will be ready by 2027 and once in full operation, it will expectedly enable an annual emission avoidance of app. 860,000 tons of CO2e – the equivalent of avoiding the emissions of approximately 200.000 gasoline-powered passenger vehicles driven for a year. The CO2 for this project is captured by using amines, while the H2 is obtained by splitting water with renewable electricity. These inputs are combined in a reactor to produce methanol, which is then extracted and can be used as a sustainable fuel or chemical feedstock. The e-methanol produced from the Triskelion project is expected to be crucial for bunkering, transportation, and the wider chemical industry.
Facts about the Triskelion e-Methanol plant
- The plant has received a EUR 49m grant from the European Union Emissions Trading System’s Innovation Fund in 2023.
- The plant is designed to produce 40,000 tons of e-Methanol and will capture and use c. 56,000 tons of CO2 each year to produce the e-Methanol.
- The project is powered by renewable sources through Power Purchased Agreements (PPAs), ensuring renewable and continuous power supply during the 8,000 hours/year of operation.
- Anticipated entry into operation: January 2028.


