Hyperscalers, Reliability and the Return of Natural Gas Paired With Carbon Capture

Hyperscale data centers, operated by large tech companies like Google and Amazon, are rapidly growing and demanding massive, steady blocks of electricity, which outpaces the traditional grid expansion pace.
The current clean-energy conversation is shifting towards “clean firm” power—electricity that is reliable, dependable, and consistently available—as companies like Google aim for 24/7 carbon-free energy.
Natural Gas Combined Cycle units with Carbon Capture and Storage (NGCC+CCS) have re-entered the mainstream as potential solutions to provide clean, firm power on a quick timeline, despite controversy and significant challenges.
NGCC+CCS combines natural gas power with technology that captures and stores carbon dioxide, aiming to balance reliability, scalability, and emissions reduction.
Hyperscalers are moving from theoretical discussions to concrete projects with companies such as NextEra, ExxonMobil, Google, Crusoe, and Tallgrass, signaling the practical deployment of NGCC+CCS for large-scale load demands.
While NGCC+CCS shows promise, it faces hurdles including high costs, construction delays, and the need for CCS infrastructure, which inhibit its immediate availability, forcing hyperscalers to find near-term solutions.

Hyperscalers, Reliability and the Return of Natural Gas Paired With Carbon Capture | Bracewell LLP