Amogy, GreenHarvest Introducing Ammonia-to-Hydrogen Application in Taiwan's Digital Infrastructure Region
A project to convert ammonia to hydrogen for decarboizing power in Taiwan's industrial sector is underway with a new collaboration between Amogy and GreenHarvest.
Amogy brings its ammonia cracking technology into the digital infrastructure and semiconductor hubs of Taiwan. Greenharvest will lead the local integration into the power generation and distribution systems.
Ammonia and hydrogen are carbon-free energy carriers with the power density capable of decarbonizing transportation, industrial and utility-scale generation. Ammonia can be thermally decomposed to "crack" the H2 from it.
The pilot system is scheduled for installation between late 2026 and early 2027 at a selected large industrial electricity consumer facility in Taiwan, having the potential to scale across the island’s high-tech and manufacturing sectors.
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GreenHarvest has worked with previous partners in the region to develop green hydrogen applications. Green hydrogen is only produced by electrolyzers which are powered by carbon-free resources such as solar, wind, hydro and nuclear.
“We are actively deploying next-generation green electricity technologies,” said KH Chen, Chairman of GreenHarvest. “Through our 2024 collaboration with H2U in Australia on a green hydrogen project and this deployment of Amogy’s ammonia-to-power energy solution at customer sites, it further reinforces our confidence and momentum in ammonia-based energy applications.”
Amogy is growing its footprint in Asia, following the company’s expansion into South Korea in early 2025 to support regional commercialization and collaboration. The project also builds on GreenHarvest’s renewable energy experience, including large-scale rooftop solar installations and international green hydrogen ventures.
Additionally, the partnership offers an innovative pathway for reducing Scope 1 and Scope 2 emissions in eco-conscious manufacturing sectors, as Taiwan seeks to meet decarbonization goals under its Nationally Determined Contributions (NDCs). The collaboration also backs Taiwan’s developing carbon trading framework, providing industrial electricity users with a future-proof energy solution, which is expected to reduce operational carbon footprints while supporting compliance with evolving regulatory policies.
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