Innovative Carbon Capture: Transforming Methane into Graphene and Hydrogen
Key Ideas
- ADNOC Gas and Baker Hughes have successfully installed Levidian's LOOP technology at Habshan Gas Processing Plant, marking a significant milestone.
- The technology transforms methane into valuable graphene and clean hydrogen, aligning with global energy transition goals.
- The collaboration aims to refine AI modeling for energy efficiency and increase graphene production, supporting industrial growth and decarbonization.
- This project highlights the potential of innovative decarbonization technologies and positions Levidian as a major graphene producer with various industrial applications.
ADNOC Gas, in partnership with Baker Hughes, has installed Levidian's LOOP technology at the Habshan Gas Processing Plant in the UAE, marking the first deployment of the technology at an operational gas processing site. This innovative technology captures carbon from methane and converts it into graphene, a material with vast industrial applications.
The LOOP unit is capable of producing both graphene and hydrogen, showcasing its dual-purpose nature aligned with global energy transition objectives. The deployment of the technology is a significant achievement for ADNOC Gas, as stated by Mohamed Al Hashemi, the COO, emphasizing the value unlocked from natural gas and the support for decarbonization and the UAE's industrial growth.
Data collected from the pilot will aid in developing AI modeling and digital twins to optimize energy consumption and graphene output in future installations. The collaboration between Baker Hughes and ADNOC Gas highlights a joint effort to drive decarbonization through innovative technologies. Alessandro Bresciani from Baker Hughes underlined the importance of collaboration and technical expertise in bringing new decarbonization solutions to industrial sites.
Levidian's CEO, John Hartley, expressed excitement about the partnership and the potential of graphene production. The graphene produced will be evaluated for various applications, such as enhancing electric vehicle batteries, solar panels, and creating stronger materials like concrete and tires. This project signifies a step towards a more sustainable energy future while leveraging innovative solutions for industrial progress.
Topics
Middle East
Technology
Innovation
Sustainability
Industrial Applications
Partnership
Decarbonization
Carbon Capture
Graphene Production
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