Home / Technology / Texas A&M Validates Hylenr's Fusion Reactor Tech
Texas A&M Validates Hylenr's Fusion Reactor Tech
22 Sep
Summary
- Hylenr's fusion reactor underwent independent validation at Texas A&M.
- Analysis detected elevated helium and argon signals, suggesting anomalous reactions.
- Phase 2 studies will focus on reproducibility, calorimetry, and commercialization.
Hyderabad-based deeptech startup Hylenr announced on Tuesday the completion of Phase 1 of its lattice confinement fusion (LCF) reactor validation study. This significant milestone was achieved through independent testing at Texas A&M University, advancing the technology towards potential commercialization.
The BRT-NiUCS-2 reactor, a compact modular system utilizing hydrogen-loaded nickel-palladium catalyst materials, was subjected to rigorous testing within Texas A&M's nuclear engineering department. Researchers meticulously examined catalyst samples for thermal performance, radiation emissions, residual gas composition, and post-reaction material changes.
Results from the residual gas analysis indicated elevated helium and argon signals, measuring two to three orders of magnitude above background levels. These findings, alongside thermocouple and infrared measurements showing higher operating temperatures in the active reactor, provided evidence against atmospheric leakage as the sole explanation. SEM/EDX analysis also revealed changes in the catalyst materials.
Co-authored by Hylenr and Texas A&M researchers, a paper detailing these Phase 1 findings was presented at ICCF-27 in Niagara Falls, Canada, from August 31 to September 4. Hylenr plans to advance to Phase 2 studies, which will concentrate on reproducibility, calorimetry, and the path to commercialization.
