Scaling Green Ammonia and Methanol 

As the cost of renewable energy continues to fall and clean energy deployment accelerates, green hydrogen, green ammonia, and green methanol are emerging as critical solutions for decarbonizing difficult-to-electrify sectors. Their dual role as both industrial feedstocks and low-carbon fuels positions them to support emissions reductions across chemicals, steel, shipping, aviation, and power generation. China’s development progress in renewable energy, electrolyzer manufacturing, and industrial supply chains provides a strong foundation for scaling these next-generation energy carriers. 

Growing policy support and a rapidly expanding project pipeline have brought China’s green ammonia and green methanol industries to a critical turning point. By the end of 2025, announced production capacity exceeded 20 million tons for green ammonia and 23 million tons for green methanol. However, significant barriers remain. Many technologies remain in the demonstration stage, production costs are still two to three times higher than conventional pathways, and the pace of demand creation has not kept up with supply-side ambitions. Green ammonia, in particular, faces a growing risk of oversupply without stronger downstream market development. 

To capture the full value of green hydrogen-derived fuels, industry development must evolve from a supply-led approach to demand-driven growth. This requires coordinated action across the value chain: accelerating technology deployment in resource-rich regions, reducing feedstock and production costs, creating robust certification and market mechanisms, and cultivating demand in sectors such as shipping, chemicals, and heavy industry. Drawing on industry data, project analysis, and market modeling, this report examines the opportunities and challenges facing China’s green ammonia and green methanol industries and outlines practical pathways to support large-scale, long-term development. 

Additional Contributors

Bei Guo