2.5 GW ‘gas-plus-nuclear’ plant in Texas aims to fast-track power for AI demand
Blue Energy and GE Vernova have unveiled plans for a combined nuclear and natural gas power plant designed to deliver electricity faster than conventional nuclear projects. The proposed 2.5 gigawatt system aims to meet rising demand driven by artificial intelligence and advanced manufacturing.
The companies say the model will pair small modular nuclear reactors with high-efficiency gas turbines to supply early power before transitioning fully to nuclear energy. The first project is planned in Texas, with construction milestones stretching into the next decade.
At the core of the plan is GE Vernova Hitachi Nuclear Energy’s BWRX-300 small modular reactor. Blue Energy will lead project development, financing, and construction, while GE Vernova provides reactor technology and gas turbine systems.
The companies expect to begin early site work by 2026, followed by a final investment decision in 2027. Initial power could come online using gas turbines as early as 2030, with nuclear capacity ramping up by 2032.
Gas first, nuclear next
The approach uses natural gas as a bridge to accelerate power delivery. Two GE Vernova 7HA.02 gas turbines are expected to provide about 1 gigawatt of electricity before nuclear systems are operational.
By sequencing construction in this way, the companies aim to reduce the long timelines typically associated with nuclear plants. Blue Energy says it could cut years off development schedules and deliver electricity in as little as 48 months from project start.
“By collaborating with GE Vernova, we’re bringing together critical infrastructure, safe reactor technology, and a financeable delivery model,” said Blue Energy CEO Jake Jurewicz.
“Blue Energy is focused on building safe, nuclear power you can plan around – with plants planned to be built on time, on budget, and at scale.”
The project is also designed with modular construction in mind. Large components could be built offsite and assembled at the plant, reducing costs and speeding up deployment.
Powering data-driven demand
The companies say the hybrid system could help address surging electricity demand from data centers and industrial facilities. The initial Texas site is expected to supply power to a nearby data center campus.
“Innovative projects like this one will help advance the future of nuclear power and meet the surging demand for electricity,” said GE Vernova CEO Scott Strazik.
“Together with our customers, GE Vernova currently generates nearly 50 percent of electricity produced in the U.S. today.”
Regulatory progress is also shaping the project timeline. The U.S. Nuclear Regulatory Commission has approved Blue Energy’s approach to resequencing construction phases, allowing gas systems to come online before nuclear components are completed.
The companies say this structure could reduce financial risk and improve project viability by delivering earlier returns. Further agreements are expected to support site safety analysis and regulatory approvals ahead of construction.
While the project remains subject to investment and regulatory decisions, it outlines a potential pathway for combining existing gas infrastructure with next-generation nuclear systems to deliver power more quickly and at scale.