# Is the Port of Long Beach the First U.S. Port to Pursue SMR-Powered Shipping?

Yes — and as of July 23, 2026, it has the paperwork to prove it. The Port of Long Beach signed a Memorandum of Cooperation with the U.S. Department of Transportation's Maritime Administration (MARAD), making it the first U.S. seaport to formalize a federal partnership aimed at deploying [small modular reactor](https://smrintel.com/glossary/foak) technology aboard commercial vessels and port infrastructure. The port handles $300 billion in cargo annually and supports 2.7 million American jobs, according to CEO Dr. Noel Hacegaba — figures that underscore why a reliable, high-density energy source for the trans-Pacific trade gateway carries strategic weight beyond the maritime sector.

The agreement arrives roughly ten weeks after MARAD's May 7, 2026 Request for Information, published in the Federal Register, sought industry input on a U.S.-built, scalable, commercially viable SMR for the nation's marine transportation system. Crucially, the Port has already moved beyond paper: a concurrent lease agreement with BlueCore Energy Inc. permits the company to assemble, test, and store maritime power modules at Long Beach — the first private-sector SMR presence at a major U.S. commercial port.

The agreement is nonbinding and commits neither party to funding, procurement, or a specific technology. That caveat matters: this is framework-setting, not contract-signing.

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## What the MARAD Agreement Actually Covers

The Memorandum of Cooperation establishes a collaborative structure between the Port of Long Beach, MARAD, the U.S. Coast Guard, the Department of Energy, and the Nuclear Regulatory Commission. The explicit mandate is to define:

- **Operational protocols** for SMR-powered vessels entering U.S. ports
- **Safety standards** for servicing nuclear-propelled commercial ships
- **Inspection processes** the USCG and NRC would apply at portside

Maritime Administrator Stephen M. Carmel framed it as supporting U.S. shipbuilding revitalization and supply-chain resilience "under any contingency" — language that maps directly onto national security concerns about fuel supply vulnerability for diesel-powered commercial fleets.

The scope is deliberately broad. SMR technology in this context could apply to vessel propulsion, onshore port power generation, or both. The Port's stated goal of doubling container volume by 2050 creates a long-horizon electricity demand growth story that makes nuclear [baseload power](https://smrintel.com/glossary/baseload) an operationally logical fit — particularly as electrification of port equipment accelerates and grid reliability concerns intensify in Southern California.

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## BlueCore Energy: The Private-Sector Piece

The lease agreement with BlueCore Energy Inc. is arguably the more operationally significant development. While the MARAD MOU creates regulatory and policy scaffolding, BlueCore's physical presence at Long Beach — assembling and testing maritime power modules on port property — represents the [first-of-a-kind (FOAK)](https://smrintel.com/glossary/foak) deployment footprint that turns a policy agreement into testable hardware.

The source material does not specify BlueCore's reactor design, MWe rating, fuel type, or funding status. Analysts should treat the company as an early-stage technology vendor until independent verification of technical specifications is available. What the agreement confirms is that the Port is providing real estate and operational access — a non-trivial commitment even in the absence of capital expenditure.

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## Regulatory Pathway: The Hard Part Begins Here

The multi-agency structure — MARAD, USCG, DOE, NRC — signals that the regulatory challenge is understood, if not yet solved. Commercial maritime nuclear propulsion in the United States has no modern precedent. The NRC's existing frameworks govern land-based reactors; the USCG holds jurisdiction over vessel safety; and MARAD sits at the intersection of both as the DOT's maritime arm.

Key unresolved questions this agreement is designed to address:

1. **NRC jurisdiction vs. USCG jurisdiction** for an SMR operating at pierside versus underway
2. **Inspection cadence and access protocols** for naval-adjacent nuclear vessels at commercial facilities
3. **Emergency response planning** for a nuclear-powered vessel in a densely trafficked commercial port
4. **Fuel handling and [decay heat](https://smrintel.com/glossary/decay-heat) management** during port calls

None of these are trivial. The NS *Savannah*, the United States' last nuclear merchant vessel, operated in the 1960s under a regulatory environment that no longer exists. Building a 2020s-era framework from scratch — across four federal agencies — is the actual work this agreement initiates.

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## Industry Trajectory: Ports as Nuclear Anchors

The Long Beach agreement fits a pattern emerging globally: ports and industrial hubs are positioning themselves as anchor customers and test beds for maritime SMR deployment, with European and Asian competitors already further along in regulatory engagement.

For the U.S. SMR industry, a major commercial port providing physical test space and federal multi-agency coordination is meaningful market signal. Data center operators and industrial energy buyers have driven most SMR offtake interest to date; the maritime sector — with its combination of energy intensity, fuel-supply vulnerability, and decarbonization pressure — represents a distinct demand vertical that has been slower to organize.

The Port's 2050 volume-doubling target, combined with Southern California grid constraints, creates a plausible long-term case for onshore SMR generation at the port complex independent of vessel propulsion. That dual-use possibility — powering cranes, terminals, and cold-chain infrastructure while also servicing nuclear-propelled vessels — may be where the commercial logic is strongest in the near term.

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## Key Takeaways

- The Port of Long Beach is the **first U.S. seaport** to sign a MARAD SMR cooperation agreement, formalized July 23, 2026
- The partnership covers **commercial vessel propulsion, port power, and maritime infrastructure** — not a single defined application
- **BlueCore Energy Inc.** holds a concurrent lease to assemble, test, and store maritime SMR power modules at Long Beach — the operational counterpart to the policy agreement
- The agreement is **nonbinding** with no committed funding, procurement obligations, or technology mandates
- Four federal agencies — MARAD, USCG, DOE, and NRC — are tasked with building safety standards and inspection protocols for a commercial maritime nuclear framework that does not yet exist
- The Port cites **$300 billion in annual cargo throughput** and a goal to **double container volume by 2050** as the demand drivers
- MARAD issued a Federal Register RFI on May 7, 2026, which this agreement directly builds upon

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## Frequently Asked Questions

**What did the Port of Long Beach and MARAD agree to on July 23, 2026?**
They signed a Memorandum of Cooperation to advance SMR technology for commercial vessels, ports, and maritime assets. The agreement is nonbinding and establishes a framework for collaboration with the USCG, DOE, and NRC on safety standards and operational protocols for nuclear-powered maritime operations.

**Who is BlueCore Energy Inc. and what is its role?**
BlueCore Energy Inc. is an American energy and technology company that has signed a lease with the Port of Long Beach to assemble, test, and store maritime SMR power modules on port property. It represents the private-sector component of the partnership, though its specific reactor design and technical specifications are not detailed in available source material.

**What regulatory agencies are involved in maritime SMR deployment?**
The agreement involves MARAD, the U.S. Coast Guard, the Department of Energy, and the Nuclear Regulatory Commission. Each holds distinct jurisdiction over aspects of commercial maritime nuclear operations, and no unified U.S. regulatory framework for this application currently exists.

**Is this agreement funded?**
No. The Memorandum of Cooperation is explicitly nonbinding and does not commit either party to funding, procurement decisions, or adoption of any specific technology.

**Why is the Port of Long Beach specifically interested in SMR technology?**
The Port processes $300 billion in cargo annually and has set a goal to double container volume by 2050. Growing electricity demand from port electrification, combined with Southern California grid constraints, makes high-density nuclear power generation an operationally attractive option for long-term energy planning.