Blue Energy files NRC application for Texas gas-to-nuclear plant

Blue Energy has filed the first half of its US Nuclear Regulatory Commission construction permit application for a first-of-a-kind gas-to-nuclear plant at the Port of Victoria, Texas. The project leads with roughly 1 GW of GE Vernova gas turbines and follows with up to five GE Vernova Hitachi BWRX-300 small modular reactors, anchored to a Crusoe AI data-center campus.

Key facts

• Part 1 of the construction permit application went to the NRC on September 15, 2026, covering the first nuclear unit at the Port of Victoria site.
• The plant pairs two GE Vernova 7HA.02 gas turbines (about 1 GW) with up to five BWRX-300 SMRs adding 1.5 GW.
• Blue Energy says the filing makes it one of five companies to submit a construction permit application in the current US new-build wave.
• Anchor customer Crusoe is planning a 1,600-acre AI factory campus at the site, with gas power from 2028 and a nuclear transition targeted by 2031.
• The NRC approved Blue Energy's "Blue Bridge" licensing topical report in December 2025, the regulatory basis for the gas-first build sequence.
• Part 2 of the application is due in the second half of 2027, after a mandated year of site-specific data collection; final investment decision is slated for 2027.

What happened

Blue Energy submitted Part 1 of its construction permit application to the NRC late on September 15, the company announced. The filing covers the first nuclear unit at the Port of Victoria, on the Texas Gulf Coast, and it asks the regulator for two things at once: permission to start limited construction activities, including deep foundation and shaft work for the plant's first SMR, and approval of the company's plan to build the natural gas portion and balance-of-plant first so the nuclear units can reuse that infrastructure later.

The submission also includes a nearly 300-page environmental report covering the gas portion of the project, which concluded there are no significant impacts to endangered species, tribal lands or other environmental and historical concerns. On financing, the filing describes a project-finance structure the company says will not be paid for by ratepayers.

The speed of the filing is part of the story. Blue Energy selected the BWRX-300 as its reactor technology only five months ago, in April 2026, and its regulatory team compiled the package in that window. "This is serious work done by serious people for a serious project," co-founder and CEO Jake Jurewicz said in the company's statement.

Why it matters

This is the first time a gas-first, nuclear-follow construction sequence has entered a formal US licensing docket. The model matters because it attacks the two costs that dominate nuclear builds: time and capital. Blue Energy's argument, stated in its filing and prior announcements, is that reactors make up less than 10% of a nuclear plant's cost, with most of the money and risk sitting in the surrounding construction and regulatory work. Build the gas plant and shared balance-of-plant first, the logic goes, and power starts flowing within 36 months instead of the roughly decade-long timeline of a conventional greenfield nuclear project.

The filing also fuses three storylines NNN has been tracking separately. The first is data-center demand: the International Energy Agency has already logged 4.5 GW of data-center SMR deals, and Crusoe's Texas campus is one of the largest single-site bets in that pipeline. The second is the gas-to-nuclear bridge: gas turbines as a stopgap baseload source while SMR fleets scale. The third is BWRX-300 commercialization — the same reactor design that Poland's Orlen Synthos wants to deploy in a 14-unit build. One docket now carries all three.

There is a financing signal here too. Blue Energy has raised more than $400 million, including a strategic investment from Constellation Technology Ventures, the venture arm of the largest US nuclear fleet operator. Earlier this month the company retained Societe Generale to structure project financing for the Victoria pilot. If that structure holds, it would be a rare project-financed nuclear plant in a market where regulated cost-of-service models still dominate.

Background

Blue Energy is a Chevy Chase, Maryland developer founded in 2023 by Jake Jurewicz and Matt Slotkin out of MIT's Nuclear Science and Engineering Department, backed by VXI Capital, Engine Ventures, At One Ventures and Tamarack Global. Its core pitch is a standardized, prefabricated plant architecture, built partly in shipyards, that is reactor-agnostic — the same balance-of-plant can house different SMR designs. The company outlined the approach when it signed its project acceleration agreement with GE Vernova Hitachi in August.

The regulatory groundwork was laid in December 2025, when the NRC approved the company's licensing topical report supporting the resequenced construction approach behind today's filing. That approval is why the company can now ask the NRC to bless building gas first inside a construction permit application, rather than treating the gas plant as a separate project. For context on the reactor technology and the wider SMR field, see NNN's SMRs explained hub and top SMR developers to watch in 2026.

The Port of Victoria site itself came out of a November 2025 agreement with Crusoe, which secured land for an up-to-1.5 GW plant to power the AI infrastructure firm's nearby factory campus. GE Vernova Hitachi has supported the application with technical information, and the two companies advanced engineering, licensing and safety analysis work in August.

What's next

The near-term milestones are procedural but consequential. The NRC must accept the application and docket it, which starts the formal review clock for Part 1. Blue Energy then owes a year of site-specific data collection at Victoria before it can file Part 2, expected in the second half of 2027. The company's final investment decision is targeted for 2027, gas-fired power for the Crusoe campus from 2028, and nuclear generation by 2031.

Watch three things. First, how the NRC staff handles the gas-first construction sequence in review — approval would give other developers a licensing template for hybrid gas-nuclear projects. Second, whether the Societe Generale-arranged project financing closes on terms that hold without ratepayer backing. Third, whether the Crusoe campus itself reaches final investment decision on schedule, since the power contract underpins the entire build. A slip on any one of the three moves the 2031 nuclear date.