Collaboration for Green Transition: Liquid Wind and TSE to Establish eFuel Facility in Finland
Key Ideas
- Liquid Wind and TSE sign MoU for the development of a significant eFuel facility in Naantali, Finland, supporting clean energy transition and domestic competitiveness.
- The facility will produce 100,000 tons/a eMethanol from green hydrogen and biogenic CO2, contributing to reducing CO2 emissions in hard-to-abate sectors like shipping and aviation.
- Liquid Wind acts as the main project developer, focusing on Carbon Capture and Utilization (CCU), with plans for FID in 2026 and operation in 2029.
- The collaboration aims to strengthen the circular energy economy, promote resource efficiency, and secure renewable district heating for the Turku region, aligning with climate goals.
Liquid Wind and Turun Seudun Energiantuotanto Oy (TSE) have announced a partnership to establish an eFuel facility in Naantali, Finland. The Memorandum of Understanding (MoU) signifies a significant step towards supporting the clean energy transition and enhancing domestic competitiveness. The planned eFuel facility, adjacent to TSE's power plant Naantali 4, will produce 100,000 tons/a of eMethanol from green hydrogen and biogenic CO2, with operations expected to begin by 2029. This innovative project aims to reduce CO2 emissions in sectors like shipping and aviation by providing a low-carbon alternative to fossil fuels.
The collaboration between Liquid Wind and TSE focuses on utilizing existing infrastructure, with TSE providing biogenic CO2 and steam for eMethanol production, while Liquid Wind's waste heat will be used for district heating. Liquid Wind, as the main project developer, will also explore renewable electricity sourcing options to ensure sustainable production. The partnership not only promotes local initiatives in Naantali but also aims to contribute globally to the clean energy transition.
The CEOs and key representatives of both companies express enthusiasm for the project, highlighting its importance in achieving climate goals, promoting renewable energy systems, and fostering a circular energy economy. The collaboration is seen as a valuable opportunity to integrate industrial processes, strengthen energy production capabilities, and support the creation of future energy systems. The project's alignment with resource efficiency principles and the commitment to renewable district heating further underline the positive impact of this venture on the environment and sustainable development.
Topics
Projects
Renewable Energy
Sustainability
Energy Transition
Partnership
Project Development
Climate Goals
Clean Transportation
Renewable Fuel
Latest News