AmHyTech: Ammonia Storage and Transport at Ambient Condition

Revolutionizing Ammonia Storage & Transportation

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.

100+ Years with No Progress in Ammonia Storage and Transport

Trillion dollars market 100+ years of scaled industrial use No advancement in storage and transportation!

Problem

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

Barriers to Ammonia Adoption

Challenges of High-N Ammonia

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

Rail Transport Challenges

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

Regulatory Hurdles

Regulatory challenges limit ammonia's adoption as an energy carrier

Solution

AmHyTech offers a Safe, Simple, Low Cost technology for ammonia storage and transport at ambient temperature and ambient pressure!

We can stabilize ammonia in liquid form at ambient temperature and pressure — without altering its properties at the point of delivery

Why Choose Us

Safety

99% Less Release Rate in Incident

Simplicity

Minimum Infrastructure Requirement

Cost

3X Cheaper at Scale

Environmental

90% Less Steel, Re-usable chemistry

Final output

Pure Anhydrous Ammonia (>99%)

Application

We offer a platform for ammonia— unlocking seamless integration across agriculture, transport, shipping, and industry. The technology utilizes proprietary recyclable system to store ammonia safely at ambient conditions and releases it on demand as pure anhydrous NH₃. Farmers can access a high-purity nitrogen source without the hazards typically associated with ammonia handling. In logistics, our safe and stable liquid form allows ammonia to be transported via rail—a mode currently avoided due to safety concerns—enabling more efficient ground distribution. For energy applications, including maritime shipping, our system allows ammonia to be stored onboard in a manner comparable to diesel, maintaining energy density while eliminating the safety and infrastructure burdens of current ammonia practices.

Ammonia Storage and Transport at Ambient Condition