HYLENR Unveils Cold Fusion Tech in Hyderabad, Eyes Global Markets

01 Jul 2024

HYLENR, a startup from Hyderabad, has introduced a groundbreaking cold fusion technology poised to revolutionise clean energy production. This technology, a decade in the making, is capable of transforming electricity into significantly greater heat, presenting a sustainable alternative to conventional power generation methods.

At a product launch event in Hyderabad, attended by CEO Siddhartha Durairajan and other key personnel, HYLENR demonstrated its Low Energy Nuclear Reactor (LENR). This reactor employs a small amount of hydrogen and electricity to produce excess heat through a fusion process, known as "cold fusion." The demonstration showcased the reactor's ability to generate 1.5 times the heat output from the electrical input.

Durairajan remarked that the patent for the product confirmed the innovation of the technology and its potential for integration with existing power generation systems to enhance efficiency and reduce dependency on traditional energy sources.

The applications of this technology are vast, ranging from space missions, where it can lower risk profiles, to domestic and industrial heating, indicating a wide market potential. Dr Prahlada Ramarao, a former DRDO scientist and the current Chief Innovation Officer at HYLENR, emphasised the reactor's capability to produce more heat than the input energy, labelling it a potential "game-changer."

HYLENR has secured a patent from the Government of India for its technology and is actively pursuing strategic investments to scale production and commercialisation. The company has also announced plans for global expansion and partnerships to deploy this innovative technology across various sectors, including space, clean mobility, and renewable energy.

Durairajan added that their mission is to offer innovative energy enhancement solutions that save money for clients and protect the environment. He highlighted that the LENR device neither uses nor emits any nuclear waste and does not involve radioactive materials.

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