The atom, twice unlocked.
Zap integrates fission and fusion to accelerate deployment and expand what advanced nuclear technology can be.
One nuclear stack.
Multiple paths to power.
One nuclear stack.
Multiple paths to power.
Multiple paths to power.
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Firm, modular power
Advanced nuclear systems designed to deliver reliable, carbon-free energy in flexible, deployable formats that can scale with demand.
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Common balance of plant
Shared liquid metal cooling, heat transfer, and power conversion systems create efficiencies that compound across the nuclear stack.
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Energy dense fuel
By harnessing the energy stored within the atom, fission and fusion generate millions of times more energy than conventional fuels from a fraction of the amount.
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Advanceable over generations
A shared platform strategy allows us to deploy advanced fission in the near term while accelerating the path to commercial fusion.
The integrated nuclear stack.
An urgent needfor power.
AI infrastructure
Artificial intelligence, edge computing, and cloud infrastructure all require firm, around-the-clock power that existing grids increasingly struggle to provide. Zap's modular reactors can deliver dedicated, grid-connected or behind-the-meter power that scales with computing demand.
Remote installations & mining
Mining, quarrying, remote industrial camps, and off-grid communities run on fuel that has to be trucked, barged, or flown in — at costs and emissions that scale with distance. Zap delivers compact, modular, long-duration energy generation, with flexible transportation and siting.
Industrial power & heat
Steel, chemicals, refining, cement, and advanced manufacturing all depend on enormous amounts of continuous heat. As electrification and automation increase energy demand, facilities need reliable sources of both electricity and process heat. Zap delivers both from a single modular platform, upgradeable over time.
Logistics & fleet electrification
Production, manufacturing, fulfillment and distribution centers, ports, warehouses, airports, and transportation fleets are all progressing toward electrification. Zap enables operators to generate electricity on-site, supporting fleet charging, warehouse operations, and automated logistics.
National security
Military bases, government facilities, and other mission-critical operations require power that remains available regardless of grid conditions. Zap's modular reactors enable secure, distributed energy systems that strengthen national resilience and reduce dependence on vulnerable infrastructure.
Decarbonization & load balancing
Nuclear can remove carbon from the grid directly, by closing wind and solar intermittency gaps, and by powering sequestration technologies. Zap's fission and fusion technologies deliver firm, dispatchable power with zero carbon emissions.
