Deep Sky has partnered with ENGIE, spanning carbon credit procurement, joint technical research, and market development. As part of the agreement, ENGIE will procure up to 15,000 carbon removal credits from Deep Sky’s direct air capture (DAC) facilities.
The collaboration represents a significant step in bridging the gap between carbon removal innovation and industrial-scale deployment. By securing these credits, ENGIE reinforces its commitment to achieving net-zero emissions by 2045, aligning with the urgent climate timelines established by the IPCC.
“ENGIE reflects the kind of leadership needed to scale the carbon removal market,” said Charlie Renzoni, Vice President of Carbon Markets at Deep Sky. “Partnerships like this help ensure direct air capture can meet growing market demand.”
Beyond credit procurement, the two companies will collaborate on research to improve the efficiency of DAC technology. A primary focus will be assessing how DAC systems respond to dynamic energy loads and integrating these high-demand facilities into broader energy grids.
This research aims to support Deep Sky’s efforts to optimise power integration, reduce operational costs, and improve the overall efficiency of carbon capture deployments. The findings are expected to inform the design and operation of future commercial-scale DAC projects on a global level.
Deep Sky operates as a technology-agnostic project developer, focusing on the infrastructure required for both capture and geological storage. Rather than relying on a single proprietary solution, the firm partners with various capture technology providers to identify and scale the most efficient methods.
This approach allows Deep Sky to use real-world operational data to deliver carbon credits that meet rigorous standards for permanence, additionality, and transparency.
The partnership not only supports ENGIE’s internal decarbonisation and innovation priorities but also contributes to the broader maturation of the durable carbon removal market, which is increasingly seen as an essential pillar of the global energy transition.
