• E-methanol produced with captured CO₂
• uhde^® green methanol technology

Koppö Energia Oy has chosen uhde^® green methanol technology and ordered a FEED (Front End Engineering Design) from thyssenkrupp Uhde. The planned e-methanol plant is part of a power-to-x (P2X) project developed by Koppö Energia in Kristinestad, Finland. With a planned capacity of 450 metric tons per day (mtpd) of e-methanol in various grades, the different product grades will support the maritime and e-gasoline fuel markets.

Nadja Håkansson, CEO of thyssenkrupp Uhde: “We are proud that our technology and implementation know-how will contribute to this pioneering project by Koppö Energia Oy. This is an excellent proof point for cross-industrial cooperation in the establishment of green methanol as a fuel.”

While grey methanol is usually produced from natural gas, green methanol – often called e-methanol – is produced via direct hydrogenation of CO₂. Using uhde^® green methanol production technology and green hydrogen produced from green electricity and water, the resulting e-methanol has a much lower carbon footprint. The necessary renewable hydrogen will be produced by a 200MW water electrolysis plant. CO₂ will be captured in the city of Vaasa in Finland from a waste incineration facility. It is then liquified and transported via trucks to the P2X facilities.

Thomas Zirngibl, Director at Koppö Energia: “We are very pleased to cooperate with thyssenkrupp Uhde on this project as they bring the right technologies as well as the integration skills for ensuring a smooth tie-in and project delivery.”

Economic and ecological advantages

uhde^® green methanol technology offers high carbon and hydrogen efficiencies which enhance the project revenues and its feasibility. Thanks to the patented process scheme, thyssenkrupp Uhde methanol plants have a very low amount of purge gas which significantly reduces the carbon intensity of the facility.