Skip to content
windmills over green fields

Together we’re shaping the future of ammonia in the UK.

The UK Ammonia Alliance is a coalition of pioneering companies with a shared mission:
to maximise the strategic role of ammonia for a more secure and sustainable future.

Ammonia is essential for modern agriculture and industry, as a key ingredient in fertilisers, refrigeration and manufacturing. While ammonia is traditionally made using unabated fossil fuels, low-carbon ammonia is emerging as a unique solution to decarbonise our vital industries. It can also accelerate the energy transition, with new innovations using ammonia as a hydrogen carrier, energy store and sustainable fuel.

This a significant opportunity for the UK. The UK Ammonia Alliance wants to ensure we seize this moment.

We are focused on creating a supportive environment for a range of industries to adopt low-carbon ammonia solutions at-scale. We’re working together to ensure the UK is at the forefront of low-carbon ammonia innovation and captures all the benefits of this transition.

Join us in shaping the UK’s secure and sustainable future with ammonia.

Our Members

The UK Ammonia Alliance represents pioneering companies across the ammonia value chain, from innovative British SMEs to major global companies. We are working together to maximise the strategic role of ammonia in the UK’s modern economy and sustainable future.

Members Logos for UK Ammonia Alliance

New business alliance launches to maximise benefits of low-carbon ammonia for UK energy security and growth

A group of leading businesses from across the ammonia value chain have come together to form the UK Ammonia Alliance – a coalition working together to maximise the role of ammonia in delivering a more secure, sustainable future for the
Read More

Want the latest news delivered?

Sign up for the UK Ammonia Alliance Quarterly Newsletter and we’ll keep you up to date.

×

Want the latest news delivered?

Sign up for the UK Ammonia Alliance Quarterly Newsletter
and we’ll keep you up to date.