HYLENR
HYLENR develops compact Lattice Confinement Fusion (LCF) reactors that enable nuclear reactions within solid-state metal lattices, avoiding the massive infrastructure of conventional fusion. The company reports a sustained coefficient of performance of 1.8 for over two years, with reactors running continuously for 3+ years and producing helium isotopes indicative of fusion. Its modular architecture targets industrial heat, defense, AI/data infrastructure, grid/off-grid, and space applications.
- Energy
- Clean Technology
- Hardware
Funding
Founders
Founder details are not available yet.
Product
Problem
Conventional fusion energy has been pursued through increasingly massive reactors, higher temperatures, and larger infrastructure, making deployment slow, costly, and geographically constrained. Industrial, defense, and remote operations remain dependent on centralized grids or volatile energy supply chains, limiting access to reliable, high-density power.
Solution
HYLENR provides compact Lattice Confinement Fusion (LCF) reactors that enable nuclear reactions within solid-state metal lattices without extreme plasma systems. The technology treats fusion as a problem of materials, precision, and control, allowing energy generation at a deployable scale. Reactors deliver consistent heat and power for manufacturing, defense missions, data centers, off-grid communities, and space systems. The company reports a coefficient of performance of 1.8 with reactors running for over three years, using minimal fuel loads and producing helium isotopes indicative of fusion.
Target Audience
Primary customers include industrial manufacturing and processing facilities, defense and strategic systems operators, AI and data center infrastructure providers, remote and off-grid communities, and space systems developers requiring compact, reliable energy generation.
Features
- Lattice Confinement Fusion technology enabling nuclear reactions in solid-state metal lattices without plasma containment systems
- Compact reactor architecture adaptable across industrial heat, defense, AI/data infrastructure, grid/off-grid, and space applications
- Demonstrated coefficient of performance of 1.8 sustained for over two years without refueling, using 4mg hydrogen, 15g nickel, and 15mg palladium
- Reactors operating continuously for 3+ years with helium-3 and helium-4 presence confirming fusion reactions
- Elemental transmutation observed across 32 elements including uranium, yttrium, platinum, silver, and cadmium
- Modular design supporting portable, high-density energy systems for mission-critical and remote deployments