Introducing the First
Ammonia Electrolyzer

On-demand hydrogen from ammonia at room temperature — modular, zero-emission conversion.

Ammonia is emerging as the leading hydrogen carrier

Industry forecasts show that more than 87% of all projected clean hydrogen will be transported as ammonia, making it the dominant choice for large-scale energy trade. With 2.7 times the energy density of compressed hydrogen, ammonia can store and deliver far more energy in the same volume, enabling efficient transport over long distances. Also, ammonia’s adoption is further supported by a mature, global infrastructure. Over 200 ports and 500 vessels already equipped to handle ammonia worldwide, along with more than 3,000 miles of dedicated pipelines and 10,000 storage facilities in the United States alone. This unparalleled readiness positions ammonia as the most practical, scalable, and cost-effective solution for a clean hydrogen future.

The Challenge in Using Ammonia as a Hydrogen Carrier

The main bottleneck in using ammonia as a hydrogen carrier lies in the reconversion step — turning ammonia back into hydrogen.

Currently, thermal cracking is the only available technology, but it comes with major drawbacks:

High Temperature (600-900 ºC)
High Pressure (30-50 bar)
High Emission (NOX, CO2)
High CAPEX (Tens of Millions)
Slow Dynamic Response
Multiple Purification Process

AmHyTech Ammonia Electrolysis

At AmHyTech, we’re eliminating these barriers with our next-generation ammonia electrolyzer — the first of its kind based on our proprietary ambient-condition liquefaction process. Our ammonia electrolyzer enables clean, on-demand hydrogen generation— making hydrogen mobile, modular, and truly sustainable.