SLB Signs Subsurface Technology Partnership Agreement with INEOS Energy
Digital AI solutions aim to maximize operational and cost efficiencies, minimize risk and secure quality recoverable reserves.

Photo Credit: Thinkstock Photos
SLB has signed a subsurface technology partnership with INEOS Energy, the energy division of INEOS. INEOS Energy is partnering with SLB’s Performance Centre in Aberdeen, to collaborate and innovate subsurface technologies, including AI capabilities, to help it drive operational performance for continued growth, acquisitions and Carbon Capture and Storage (CCS).
“This subsurface technology agreement is an important milestone for INEOS Energy supporting our continued organic growth plans,” says Abhi Kohok, subsurface director at INEOS Energy. “We are excited to work closely with the SLB Performance Centre to build on their extensive subsurface technologies, the Delfi digital platform and advances in domain centric AI. Together, this integration will position INEOS to maximize recoverable reserves and realize its growth ambitions, all with a lower carbon footprint.”
Under the agreement, INEOS Energy integrates the SLB Delfi digital platform into its oil and gas operations, especially subsurface, wells, transport and monitoring. Delfi integrates into current assets and future acquisitions, a important element of the company’s emissions-reducing CCS strategy for a sustainable low carbon future.
RELATED CONTENT
-
Siemens and NVIDIA Expand Partnership to Build Industrial AI OS
Companies to build AI-accelerated portfolio including AI-native electronic design, native simulation and AI-drive adaptive manufacturing and supply chain.
-
Partnership to Scale Advanced Nuclear Energy for AI Infrastructure Announced
The parties aim to mobilize up to $50 billion in public and private investments for Xe-100 projects and the expansion of associated supply chain capacity.
-
NRG, Renew Home and Google Cloud Announce Partnership
Thousands of VPP-enabled smart thermostats will be distributed to consumers by 2035 and create a nearly 1 GW AI-powered VPP will be created to help with grid resiliency.