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For decades, fusion has been pursued as a problem of scale with larger reactors, higher temperatures, bigger infrastructure. HYLENR takes a different approach. We treat fusion as a problem of materials, precision, and control and not magnitude.
Lattice Confinement Fusion (LCF) enables nuclear reactions within solid-state metal lattices and without extreme plasma systems.
A single reactor architecture that is adaptable across critical energy demands.
Industrial systems demand consistent, high-efficiency thermal energy. HYLENR enables compact reactor systems capable of delivering reliable heat and power for manufacturing, processing and large-scale operations. We eliminate dependence on centralized grids or volatile energy supply chains.
Defence operations require energy systems that are stable, portable, and independent of infrastructure and environmental vulnerabilities. HYLENR enables compact, high-density energy systems designed for mission-critical applications. From remote deployments to high-altitude and constrained environments.
AI and data infrastructure demand continuous, high-density power with minimal interruption and increasing scalability. HYLENR enables localized, stable energy generation for data centers and compute environments. Thus, reducing dependency on large grid expansions and enabling distributed compute growth.
Large parts of the world still operate beyond reliable grid infrastructure. HYLENR enables distributed, modular energy systems that can operate independently to support remote communities, critical infrastructure, and decentralized operations.
Space environments demand compact, high-efficiency energy systems that can operate under extreme constraints. HYLENR’s modular architecture enables power solutions for satellites, deep-space missions, and off-world systems; where energy reliability defines mission success.
The same LCF technology scales from army bunkers at 18,000 ft to satellites in orbit.
Generation of CoP of 1.3 to 1.6 for more than 2 years without refueling with key components like 4 mg of Hydrogen, 15 gm of Nickel, and 15 milligram of Palladium.
Hylenr reactors have been running for 3 + years seamlessly showing presence of He3 and He4, clearly indicating fusion
Found traces of Platinum, Silver, Cadmium, Uranium, Yttrium & other elements.
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Office Address
100 Engelwood Dr Su F, Orion Twp,
MI 48359
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