Redefining Ammonia
Storage and Transportation

AmHyTech is building the future of clean, accessible,
and sustainable ammonia infrastructure.

Why Ammonia?

Ammonia is the foundation of our industry - and our future!

Ammonia is one of the world’s most-produced chemicals, vital for agriculture and increasingly key to clean energy. As a carbon-free hydrogen carrier, it’s gaining traction in sectors like shipping and heavy industry, with global demand expected to triple by 2050. At AmHyTech, we’re redefining how ammonia is stored, transported, and utilized—addressing critical challenges to unlock its full potential in both agriculture and the energy transition.

Our Technology

From Fertilizer to Fuel

Essential. Versatile. Sustainable.

Ammonia Powers Global Fertilizers

Ammonia is the foundation of all mineral nitrogen fertilizers, supporting nearly half of the global food production.

Ammonia Ships Set to Lead by 2044

Ammonia-fueled ships are projected to dominate new vessel orders from 2044 onwards.

Ammonia Fuels Nitrogen Products

Almost all synthetic products containing nitrogen originate from ammonia!

Challenges!

Using and Handling Ammonia Comes with Significant Challenges

Ammonia is highly toxic

(IDLH limit at 300 ppm)

Required especial handling

(8-10 bar or -33 ºC)

Mineral usage

(1 ton steel/3-ton-NH3)

Required costly & complex Infrastructure

Protective gear — Challenges of High-N Ammonia

Most farmers avoid high-N ammonia (82%) due to toxicity and handling challenges, preferring for low-N fertilizers

Transport limitations — Rail Transport Challenges

Rail companies are hesitant to transport ammonia due to safety and regulatory concerns

Infrastructure cost — Regulatory Hurdles

Regulatory challenges limit ammonia's adoption as an energy carrier

AmHyTech’s innovation to overcome ammonia’s challenges

At AmHyTech, we’re solving the challenges of ammonia storage and handling by redefining how it’s managed. Our safe, low-cost technology enables ammonia to be stored and transferred in liquid form at ambient temperature and pressure—without compromising its chemical integrity at the point of use.