Background and Context

Ammonia production is a worldwide primary chemical industry with an annual output of over 150 Mtons, mainly used to produce fertilizers. Ammonia production is a major industrial source of CO2, generating roughly 1.9 to 2.6 metric tons of COper ton of ammonia. This process accounts for approximately 1.8% to 2% of global carbon emissions, with direct emissions reaching 450 million tons annually.

The outlook for ammonia is a fast increase in ammonia demand driven by its role as a hydrogen vector and potential shipping fuel. The global ammonia market was valued at USD 205.34 billion (2022) and is anticipated to grow at a 5.4% CAGR (2023–2030).


The need for green ammonia technologies

This trend requires green ammonia production technologies that bypass fossil fuels and enable distributed ammonia production at small scale, unlike the current model which consists in ammonia production following the economy of scale. In parallel, hydrogen recovery from ammonia via ammonia catalytic cracking is needed to enable the use of ammonia as hydrogen carrier.


Ammonia transport infrastructure is ready

The ammonia transport infrastructure and related technology already exist. What is required is an integrated technology for distributed green ammonia production (using local renewable energy) and on-site ammonia cracking to deliver hydrogen on demand where it is needed (for example, on ships).

Project scope and direction

AMAZE aims to develop an integrated solution for distributed green ammonia production together with ammonia catalytic cracking, offering clients the option to use green ammonia as an energy carrier or hydrogen carrier.

Hydrogen production by electrolysis and ammonia transport/storage are outside the project scope.

Project scope and direction