ADNOC Gas & Partners Transform Methane into Graphene and Hydrogen in UAE
Key Ideas
- ADNOC Gas, Baker Hughes, and Levidian collaborate to deploy groundbreaking carbon capture technology at Habshan site.
- The technology can produce 1 tonne per annum of Graphene and Hydrogen, with plans to scale up to 15 tonnes in the future.
- AI and digital twins are utilized to enhance graphene quality, performance, and applications, driving decarbonization and supporting industrial growth in the UAE.
- The project aims to unlock new value from natural gas, contribute to the UAE's climate goals, and explore various industrial applications of graphene.
ADNOC Gas, in partnership with Baker Hughes and Levidian, has successfully deployed innovative carbon capture technology at the Habshan Gas Processing Plant in Abu Dhabi, UAE. The technology, known as LOOP, converts methane into graphene and hydrogen, offering dual purposes aligned with global energy transition objectives. The pilot project aims to produce 1 tonne per annum of graphene and hydrogen, with future plans to scale up production to 15 tonnes. By harnessing AI and digital twins, the collaboration seeks to optimize energy consumption while maximizing graphene output.
Mohamed Al Hashemi, COO of ADNOC Gas, highlighted the significance of this technology in unlocking new value from natural gas and supporting decarbonization efforts in the UAE. The partnership between the companies aims to drive sustainable energy practices and facilitate industrial growth. Alessandro Bresciani from Baker Hughes emphasized the importance of collaboration in implementing decarbonization technologies effectively. Levidian's CEO, John Hartley, expressed excitement about the market demand for their graphene and the potential applications in various industries.
The produced graphene will be evaluated for applications such as improving electric vehicle batteries, enhancing solar panels, and creating stronger materials like concrete and tires. This innovative project reflects a positive sentiment towards hydrogen, as it aims to contribute to a more sustainable energy future and address climate challenges through technological advancements.
Topics
Aviation
Technology
Innovation
Sustainability
Energy Transition
Industrial Applications
Collaboration
Carbon Capture
Graphene Production
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