BridgePower Nuclear — confidential, preliminary, not for public distribution.
Hyperscalers and heavy industry need gigawatts now, and a believable path to zero-carbon baseload before the grid decides for them. BridgePower is built around that single customer promise.
A bankable, OEM-agnostic gas block sized per project from 15 GW of turbine and engine inventory under USP&E control — proven, dispatchable, and data-center ready. Firm pipeline offtake, PPA-ready today.
We don’t strand your capital. Gas assets co-locate with Pearl SMRs and TES loops, dispatching continuously while the nuclear fleet scales — a single site, a continuous curve.
The world’s simplest SMR: 40 MWth / 10 MWe, natural uranium, heavy-water moderated, with a closed Brayton-cycle air turbine that consumes zero water. Truck-able, sealed 10+ year core. No HALEU, no forgings, no EPC. Under $90/MWh.
Over 1,000 GWe of new firm capacity needed across the western world by 2030. AI compute demand is doubling by 2028. Ten-year grid interconnection queues. Renewables are intermittent; diesel is $200/MWh.
Hyperscaler compute and industrial loads are going off-grid at speed. The market for dispatchable, clean, co-located, behind-the-meter power exceeds $100B — and utilities can’t keep pace.
Every modern SMR hits the same three walls: HALEU enrichment bottlenecks, heavy-forging supply chains, and stick-built EPC cost blowouts. Pearl is engineered to avoid all three.
One contract. One site. Continuous dispatch. Gas turbines deploy in year one, Pearl SMRs layer in from year three, and the site never goes dark. The Approach page is the dolly-scroll camera walk through the whole story.
40 MWth / 10 MWe. A spherical reactor built from commercial off-the-shelf parts. Natural uranium, heavy water, plate vessel, lead shielding, Type-B transport cask. Sealed for a decade. Road-legal. Factory-welded and leak-tested before it leaves the building.
Twenty-plus years deploying power assets to data centres, mines, and industrial loads worldwide. Owns the gas turbine fleet and project execution capability.
The team behind the Nuclear Pearl Reactor, with 20 years of pebble-bed SMR experience from the HTTU programme. Reactor design, licensing, fuel.
Bridge power is the dispatchable on-site generation — typically large industrial gas turbines — that powers a hyperscale data centre from year one while a contracted SMR fleet is phased in on the same site. BridgePower Nuclear provides approximately 1 GWe of gas turbines in 12 to 24 months under the same PPA as the Pearl SMRs that succeed them.
Most SMR programmes are five to ten years from commercial deployment because of HALEU enrichment bottlenecks, heavy-forging supply chains, and stick-built EPC. The Pearl SMR is engineered to avoid all three. First Pearl modules go live in 2029.
With a behind-the-meter fleet of OEM-agnostic industrial gas turbines — sized per project from 15 GW of inventory under USP&E control — placed on the same site that will host the SMRs. The gas block delivers approximately 1 GWe, is bankable in 12 to 24 months, and dispatches continuously while Pearl modules are added.
Pearl uses a closed Brayton-cycle power conversion rather than a steam Rankine cycle. Heat from the reactor flows through a heavy-water-to-air intermediate heat exchanger and expands through a Siemens air turbine. There is no condenser water loop, so site water consumption for power conversion is zero.
Pearl uses natural uranium fuel moderated by heavy water (D₂O) in a Calandria-style core derived from the CANDU architecture. Natural-uranium fuel assemblies are commercial off-the-shelf, removing dependency on the HALEU enrichment supply chain that constrains most modern SMR programmes.
Targeted at $90 to $120 per MWh per module on electricity alone. Each reactor also produces $10 to 20 million per year of Mo-99 medical-isotope co-product revenue, taking indicative EBITDA margins to 40 to 50 percent per module.
A joint venture of USP&E Global and BAM Energy. 25 years of frontier dispatchable-power operations combined with 20 years of pebble-bed SMR design experience. 150+ projects delivered across 35+ countries. Headquartered in Washington, D.C.
We're briefing hyperscalers, industrial off-takers, and strategic investors. If you need firm capacity in 2027 and a nuclear story that's credible to your board, we should talk.