ADNOC Gas Partners with Baker Hughes to Deploy Groundbreaking Carbon Capture Technology at Habshan Gas Processing Plant
Key Ideas
- ADNOC Gas and Baker Hughes collaborate to implement Levidian's LOOP technology for carbon capture and transformation into graphene and clean hydrogen.
- The LOOP unit at Habshan Gas Processing Plant can annually produce over 1 ton of graphene and 1 ton of hydrogen, contributing to decarbonization and industrial growth in the UAE.
- Future installations are expected to increase graphene production to 15 tons per annum, showcasing a commitment to sustainability and innovation in energy.
- Data from the pilot project will enhance AI modeling to optimize energy efficiency and graphene output, highlighting the focus on continuous improvement and reducing environmental impact.
ADNOC Gas has partnered with Baker Hughes to introduce Levidian's LOOP technology at the Habshan Gas Processing Plant, a significant advancement in carbon capture. This collaboration aims to convert methane into valuable graphene and clean hydrogen, aligning with global energy transition objectives. The deployment of the LOOP unit, capable of producing graphene and hydrogen, represents a milestone for ADNOC Gas and supports the UAE's industrial and climate goals. The Habshan complex's large-scale gas processing capacity provides a strategic location for implementing this innovative solution. Additionally, the project focuses on AI modeling and digital twins to enhance efficiency and graphene yield, demonstrating a forward-looking approach to sustainable practices. The initiative also highlights the potential of graphene across various industries, offering opportunities to improve products like electric vehicle batteries, solar panels, and construction materials. Levidian's commitment to producing high-quality graphene in an environmentally friendly manner underscores the importance of technological partnerships in driving industrial innovation and environmental stewardship.
Topics
Middle East
Energy Transition
Industrial Applications
Carbon Capture
Industrial Innovation
Technology Collaboration
Sustainable Energy Future
Graphene Production
AI Modeling
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