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Ammonia Storage and Transport at Ambient Condition
Unlocking the full potential of ammonia requires starts with solving its biggest challenges:
Ammonia plays a vital role in industries from agriculture to chemicals. It also holds promise as a future fuel for maritime shipping. However, its full potential remains untapped due to major safety concerns related to its toxic nature and the outdated methods of storage and transport. These systems—based on pressurized or cryogenic technology—are over a century old, expensive, and inefficient.
At AmHyTech, we are building the next generation of ammonia technology. Our focus is on safe handling, low-cost storage, and efficient hydrogen delivery.
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At AmHyTech, we are building the next generation of ammonia technology. Our focus is on safe handling, low-cost storage, and efficient hydrogen delivery.
At AmHyTech, we are redefining ammonia technology.
Our breakthrough ambient-condition liquefaction method enables safer, cheaper, and more accessible ammonia storage and transport, making it viable for public and decentralized applications — from open farms to shipping cargo
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But safety is only part of the challenge. As demand for clean hydrogen grows, ammonia is emerging as a powerful hydrogen carrier — yet current ammonia cracking technologies are expensive, centralized, and based on thermal processes that generate harmful NOx and CO₂ emissions.
AmHyTech introduces the world’s first ammonia electrolyzer, built on our proprietary liquefaction platform.
This novel approach allows zero-emission hydrogen delivery at the point of use, with lower energy demand and operational cost compared to thermal crackers. Our solution enables decentralized hydrogen production — ideal for applications like remote EV charging stations or modular power systems
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