CatAmmon – Landingpage Quiet Corner

The COOLEST Ammonia Cracking to Unlock Hydrogen

We crack ammonia at low temperatures

using a powerful, rare-metal-free ceramic catalyst.

Hydrogen is essential for a net-zero future – but storing and moving it is challenging

Converting hydrogen into ammonia offers a practical solution — it's stable, widely traded, and backed by global infrastructure.

The problem?
Cracking ammonia back into hydrogen is costly, demanding rare materials and extreme heat.

CatAmmon’s ceramic based catalyst
solves this

Cracks ammonia at low temperatures

Without rare metals

Making clean hydrogen truly scalable and cost effective

This is how WE do it

Hydrogen

Converted to

Amonia

Easier to ship and store

Cracked Back to

Hydrogen

We crack ammonia at low temperatures using a powerful, rare-metal-free ceramic catalyst

Clean, Scalable, and Rare-Metal-Free Catalyst

Our ceramic-based catalyst eliminates rare metals and is built for scalable, cost-effective hydrogen deployment.

Slashing Costs

Cut ammonia cracking CapEx and OpEx by up to 50% — driving hydrogen costs down by 15% and making clean fuel truly competitive.

Ultra-Low Operating Temperatures

Unlock hydrogen from ammonia at just 350–400ºC — cutting energy use, simplifying infrastructure, and reducing CO₂ emissions

Markets we Power

The hydrogen produced via CatAmmon’s ammonia cracking catalyst is suitable for a wide range of applications:

Hydrogen production for fuel cells

One of the uses of ammonia cracking is to generate high purity hydrogen for fuel cells, which are used in electric vehicles and other applications requiring clean energy

Ammonia Power Plants in Ports

Low-carbon hydrogen produced through ammonia cracking can be utilized as a raw material for basic chemicals, steel production, and refinery operations. Additionally, it is energetically used to produce process heat in a variety of industrial applications, including the paper and glass industry, allowing for carbon-neutral production