LIVERMORE, CALIFORNIA – Livermore just took a big step toward landing a new nuclear fusion research facility — a roughly $1 billion project proposed by Fremont-based Pacific Fusion.
On Sept. 8, the City Council voted unanimously to approve the project’s land-use entitlements and to authorize an incentives framework designed to make Livermore the company’s preferred site. Pacific Fusion is also weighing locations in Alameda and Albuquerque, so Livermore’s action moves the city to the front of the line.
If Pacific Fusion chooses Livermore, the company would build a 225,500-square-foot research and development building on a 14-acre parcel along West Jack London Boulevard, just west of the Oaks Business Park and south of the municipal airport.
The plan allows a maximum building height of 110 feet to accommodate specialized fusion equipment, plus road widening, a new signalized entrance, and a Class I multiuse trail along the site’s frontage.
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City staff project that the facility would bring about 250 high-quality jobs — technicians, engineers, and scientists — and generate roughly $600,000 a year in city revenue under the approved package. The Council’s vote also green-lights a negotiated economic-incentive agreement that includes items like an unsecured-property-tax rebate period, adjustments to certain construction taxes, and use of a community facilities district for long-term infrastructure costs.
What this is — and isn’t. This is a fusion research and demonstration facility, not a power plant. Fusion joins light atoms to release energy; it’s different from fission, which splits atoms and produces long-lived radioactive waste. So this isn’t a traditional nuclear power plant or the like.
Livermore is already on the world map for fusion thanks to LLNL’s National Ignition Facility achieving repeated ignition shots — proof that the physics can work at small scales — and Pacific Fusion’s approach draws on related science while pursuing a pulsed-magnetic path rather than giant lasers.
Safety and regulation. Project materials say the facility would use established safety practices and coordinate with state regulators. If tritium is used as part of the fuel cycle, licensing and oversight would run through the California Department of Public Health’s Radiologic Health Branch. The company and city emphasized that the proposed Livermore site is industrial, away from dense housing, and that the design is being engineered with safety as a first principle.
Why Livermore wants it. Beyond the jobs and annual revenue, the city sees the project as a cornerstone for its innovation economy, with potential partnerships at Las Positas College and the nearby national labs. The plan fits the SMP 39 annexation the Council adopted last year to create a campus-style district for R&D and advanced manufacturing. Improvements tied to the project — road widening, trail connections, and a new signal — would add local mobility benefits.
What’s next. Pacific Fusion says it will choose a site after weighing cost, schedule, and community reception. If Livermore is selected, the company has previously outlined a goal of breaking ground as early as 2026 and targeting a major research milestone called “net facility gain” by around 2030 — essentially proving the overall facility can produce more energy than it consumes. The city would then finalize the detailed incentive agreement for a future up-or-down Council vote.
Bottom line for Livermore residents: the Council approvals don’t guarantee the project — but they put Livermore in a strong position to land a billion-dollar fusion research hub, with jobs, infrastructure improvements, and global visibility in clean-energy R&D if the company picks this site.
