Amogy
Amogy builds ammonia-to-power technology that converts energy-dense ammonia into dispatchable electricity for data centers, distributed power generation, maritime, and heavy industry.
Last updated September 16, 2026
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Overview
Amogy is a company founded in 2020 by four MIT PhD alumni, headquartered in Brooklyn, New York, with additional locations in Houston, Texas, and Seoul, South Korea. Its proprietary ammonia-to-power technology cracks ammonia into hydrogen and nitrogen and then converts the hydrogen into electricity through an integrated fuel cell or hydrogen engine, forming a modular power platform for stationary and distributed generation. The company also supplies ammonia cracking catalysts. Its technology has been demonstrated in a drone, tractor, semi-truck, and the world's first carbon-free ammonia-powered tugboat, the NH3 Kraken. In 2025, Amogy completed commissioning of ATHENA, an ammonia testing and manufacturing facility in Houston, Texas.
History
Amogy was founded in 2020 by four MIT PhD alumni committed to realizing the energy potential of ammonia. The company's patented ammonia cracking technology converts ammonia into electricity with zero carbon emissions at the point of use. To date, its technology has been successfully deployed in a drone, tractor, and semi-truck, and it most recently retrofitted and demonstrated the world's first carbon-free ammonia-powered tugboat, the NH3 Kraken. In 2025, Amogy completed the commissioning of ATHENA, an ammonia testing and manufacturing facility in Houston, Texas, purpose-built to support next-generation R&D and accelerate commercialization.
Products and positioning
Modular ammonia-to-power platform for stationary and distributed generation applications where reliability, scalability, and fuel logistics are critical.
Ammonia-to-power systems
Systems that deliver reliable, scalable power by cracking ammonia into hydrogen and nitrogen and converting the hydrogen into electricity through an integrated fuel cell or hydrogen engine.
Ammonia cracking catalysts
Catalysts that provide leading reforming activity.
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