TES Green Hydrogen Project in Germany: Revolutionizing Energy with e-NG
Key Ideas
- TES in Germany plans to import, store, and export captured CO2 to produce green hydrogen-based electric natural gas (e-NG), supporting the energy transition.
- The company aims to handle up to 40 million tonnes of CO2 per year, connecting CO2 emitters in Germany and Europe for industrial decarbonization.
- e-NG, a circular and sustainable alternative to natural gas, is chemically identical and can be used in existing gas infrastructure for various applications.
- The project aligns with global goals, with Japan targeting 90% e-NG in its gas supply by 2050, showcasing the potential role of this fuel in the energy transition.
TES is advancing plans in Wilhelmshaven, Germany, to import, store, and export captured CO2 for green hydrogen-based electric natural gas (e-NG) production. The project involves the creation of the Carbon Management Alliance (CM Alliance) to focus on carbon capture, utilisation, and storage (CCUS) technologies. The company aims to handle up to 40 million tonnes of CO2 per year, facilitating industrial decarbonization by connecting CO2 emitters across Germany and Europe. By combining green hydrogen and captured CO2, e-NG can be used as a sustainable alternative in existing gas infrastructure. The project aligns with global energy transition goals, with Japan aiming for 90% e-NG in its gas supply by 2050. TES envisions e-NG as a practical bridging solution to maintain grid stability while transitioning to cleaner energy sources.
Topics
Green Hydrogen
Infrastructure
Energy Transition
Green Energy
International Collaboration
Decarbonization
Carbon Capture
CCUS
Sustainable Fuel
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