Introducing the First
Ammonia Electrolyzer

Ammonia as a Hydrogen Carrier

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.

Problem

The biggest challenge in hydrogen economy is its storage and transportation

Solution

Ammonia (NH3) is the only Hydrogen carrier which is carbon-free
and can be produced by renewable energy

Over 87% of projected clean H2 transport will be in the form of ammonia
Ammonia has, requires only mild storage conditions
200+ ports and 500+ vessels handle ammonia globally; 3,000+ miles of pipelines and 10,000 storage sites exist in the U.S. alone

The Industry Problem

Discover how our ambient-condition storage solution eliminates the need for pressurized or refrigerated systems-enhancing safety by over 90%, reducing costs, and enabling decentralized green ammonia production.

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.

How AmHyTech Stands Out in Cracking Technology

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 
Room Temperature (25 ºC)
Ambient Pressure (1 bar)
Zero Emission
Low CAPEX (< $1.5M for 1 MW)
Fast Dynamic Response
Both Centralized & Decentralized