TotalEnergies and RWE Partner to Supply Green Hydrogen to Leuna Refinery in Germany
Key Ideas
- TotalEnergies signs a 15-year agreement with RWE to supply 30,000 tons of green hydrogen annually to the Leuna refinery in Germany starting in 2030.
- The green hydrogen, produced by a 300 MW electrolyzer in Lingen, will prevent 300,000 tons of CO2 emissions at the refinery each year.
- This partnership marks the largest green hydrogen contract with an electrolyzer in Germany, showcasing a significant step towards decarbonization.
- TotalEnergies' commitment to decarbonizing its European refineries includes reducing its annual CO2 emissions by around three million tons by 2030 using low-carbon hydrogen.
TotalEnergies has entered into an agreement with the German developer RWE to supply 30,000 tons of green hydrogen annually to the Leuna refinery in Germany for fifteen years, starting in 2030. The green hydrogen will be generated by a 300 MW electrolyzer in Lingen, operated by RWE, and will be transported via a 600 km pipeline to the refinery. This initiative is projected to prevent around 300,000 tons of CO2 emissions at the refinery each year, representing a substantial environmental impact. TotalEnergies' Chairman and CEO, Patrick Pouyanné, emphasized the significance of this agreement in reducing CO2 emissions at the Leuna refinery. RWE's CEO, Markus Krebber, expressed pride in securing such a significant contract, highlighting the effectiveness of hydrogen with proper incentives.
TotalEnergies' commitment to decarbonize its European refineries includes utilizing low-carbon hydrogen to reduce annual CO2 emissions by approximately three million tons by 2030. The company has already procured over 200,000 tons of green and renewable hydrogen annually for various refineries in France, Germany, Belgium, and the Netherlands. This partnership between TotalEnergies and RWE signifies a major advancement in the transition towards sustainable energy sources and decarbonization efforts in the refinery sector. The collaboration demonstrates the potential of hydrogen as a key component in reducing carbon footprints and achieving environmental sustainability in energy production and consumption.