Blue Energy Advances NRC Application for Port of Victoria Power Campus
A gas-plus-nuclear development planned at up to 2.5GW would support Crusoe’s nearby 1,600-acre data center campus. An investment decision and further licensing steps remain ahead.
Blue Energy has submitted the first part of its construction-permit application to the Nuclear Regulatory Commission for its Port of Victoria project. Announced September 16, the submission seeks permission for limited work associated with the first nuclear unit.
The broader concept combines approximately 1GW of gas generation with up to 1.5GW of nuclear capacity. It is linked to Crusoe’s planned 1,600-acre campus in Calhoun County. The power plant and computing campus are related developments, not interchangeable acreage or capacity figures.
Project at a Glance
- Power developer:
- Blue Energy
- Data center developer:
- Crusoe
- Planned generation:
- Up to 2.5GW: approximately 1GW gas plus 1.5GW nuclear
- Computing campus site:
- Approximately 1,600 acres
- Investment:
- Total capital cost not disclosed in the reviewed announcements
- Targets:
- Investment decision in 2027; August 2026 plan targets gas generation in 2030 and nuclear additions from 2032
A Staged Licensing and Construction Path
Crusoe announced the partnership in October 2025. Blue Energy’s September 2026 filing requests limited foundation and shaft work and outlines a sequence in which gas generation and shared balance-of-plant infrastructure come first. The remaining application is expected in the second half of 2027.
Filing an application does not authorize the requested work. Delivery targets also need to be read against their announcement dates: the partnership initially discussed power in 2028 and nuclear generation in 2031, while the August 2026 technology agreement sets out later dates.
Technology Partners and Trade Scope
GE Vernova’s 7HA.02 gas turbines and GE Vernova Hitachi’s BWRX-300 reactors are the identified technologies. Those supplier relationships do not establish an overall EPC or civil-construction award.
TCH scope assessment: foundations, gas supply, turbine installation, cooling, switchyards and controls could span the early power phase, while nuclear work would require its own qualified supply chain and releases. Contractors should separate the gas, reactor and data-center packages when assessing the opportunity. Major trade awards are not established by the announcements reviewed.
The Latest Power-Delivery Sequence
Blue Energy’s August 13 agreement with GE Vernova Hitachi advances engineering, licensing and safety analysis. That announcement describes approximately 1GW from two gas turbines in 2030, followed by up to 1.5GW from as many as five small modular reactors beginning in 2032.
These are the later published targets used in this profile. They are conditional development dates, not evidence that the generation assets have already been financed, permitted or commissioned. The final investment decision remains targeted for 2027.
One Development, Several Construction Interfaces
The power plant and Crusoe’s computing campus will require coordinated delivery even though they represent different facilities. The original campus announcement highlights proximity to transmission, fiber and gas infrastructure. Proximity does not itself establish completed connections or a delivery commitment.
TCH scope assessment: the generation program involves fuel supply, turbine equipment, shared plant systems, electrical export and later reactor installation. The computing campus involves separate data halls, internal distribution, cooling and network infrastructure. Contractors need a clear package boundary where one facility’s equipment connects to the other’s.
How the Modular Approach Affects Procurement
Blue Energy proposes standardized fabrication, transport and assembly methods for its nuclear development model. Its stated aim is to move more production away from the final construction site and make installation repeatable. These are the developer’s intended delivery methods, rather than demonstrated cost or schedule outcomes for Victoria.
For suppliers, that approach places importance on fabrication tolerances, transport dimensions, lifting plans and installation sequencing. For site trades, it changes the interface between civil works and arriving assemblies. The timing of design release and confirmed orders will determine whether those potential workstreams become awarded packages.
The Next Documented Milestones
The second part of the NRC application is expected in the second half of 2027 after site-specific data collection. Licensing decisions and financing commitments remain separate steps from the announced equipment collaboration.
TCH will track the investment decision, the outcome of the limited-work request, package awards and revised delivery dates. The project’s scale makes it significant for Gulf Coast contractors, but capacity alone does not establish an open tender or a construction start for the full nuclear scope.