Low-carbon ammonia is rapidly evolving from a foundational input in agriculture and industry into a critical pillar of global clean energy systems. As the demand for decarbonized fertilizers, fuels, and feedstocks accelerates, ammonia is emerging as a preferred solution across industrial and energy transition strategies. Its ability to function both as a zero-carbon fuel and a cost-effective hydrogen carrier places it at the intersection of industrial decarbonization and energy innovation.

Hard-to-abate sectors such as maritime transport, power generation, and chemical manufacturing are turning to low-carbon ammonia to reduce emissions and meet climate targets. Its dual role – decarbonizing traditional applications like fertilizer production while enabling new uses as a clean energy vector – makes ammonia central to the broader energy transition. Whether fueling ships and turbines or greening global food systems, low-carbon ammonia is playing an increasingly vital role in the path to net zero.

Ammonia’s high energy density and compatibility with existing infrastructure make it one of the most practical and scalable options for decarbonizing heavy transport, industrial heat, and electricity generation. As a hydrogen carrier, ammonia also provides a cost-effective means to store and move clean hydrogen across long distances, unlocking global trade in low-carbon fuels and providing opportunities for companies across the ammonia value chain.