Designing the Future: Powering Datacenters via CCGT + CCS Projects

January 22, 2026
301B
Carbon Capture and Emission Controls

With AI and data center growth pushing electricity demand to new heights, the challenge for power producers is delivering reliable, low-carbon power at scale. Combined Cycle Gas Turbine (CCGT) plants with integrated Carbon Capture and Storage (CCS) are a possible pathway, but the economics only work when OEMs and EPCs collaborate from the start.

This session brings together GE Vernova and Kiewit to share lessons learned from early CCS+CCGT projects, highlighting how tighter design integration can improve capital utilization and reduce operating costs. Speakers will share strategies for CAPEX reduction, OPEX optimization and project delivery frameworks that make decarbonized gas generation more viable. 

 

Carbon Capture and Emissions Track Sponsored by: Fluor

Chairperson
Dipankar Sahoo
Dipankar Sahoo, VP, Technology and Energy Transition - Competitive Power Ventures
Speakers
Matthew Davidsaver
Matthew Davidsaver, CCS Product Champion - GE Vernova
Bryan Lofgreen
Bryan Lofgreen, Principal Engineer, Carbon Capture - Kiewit