US EditionFrom 8,000 Experiments to 28: AI Does the Dirty Work for Clean Ammonia
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7 Articles
From 8,000 experiments to 28: AI does the dirty work for clean ammonia
To find the right mix of metals for their green ammonia catalyst, scientists turned to AI. The result was a breakthrough that makes their technique of producing ammonia from air and water more efficient and much more accessible.Continue ReadingCategory: Energy, TechnologyTags: Ammonia, Green+Energy, University of New South Wales, Agriculture, Alternative Energy
Researchers use AI to make green ammonia even greener
To find the best catalyst for green ammonia, researchers were staring down 8000 lab experiments. With AI, they only needed 28. Scientists and engineers at UNSW Sydney, who previously developed a method for making green ammonia, have now turned to artificial intelligence and machine learning to make the process even more efficient. Ammonia, a nitrogen-rich substance found in fertiliser, is often credited with saving much of the world from famine …
Scientists and engineers at UNSW Sydney, who have previously developed a method for making green ammonia, have now turned to artificial intelligence and machine learning to make the process even more efficient. Ammonia, a nitrogen-rich substance found in fertilizers, is often credited with saving much of the [...]
Researchers Harness AI to Boost Sustainability of Green Ammonia Production
In a groundbreaking advance that could revolutionize the way humanity produces one of its most essential agricultural chemicals, researchers at the University of New South Wales (UNSW) Sydney have harnessed artificial intelligence (AI) and machine learning to dramatically enhance the production of green ammonia. Ammonia, a nitrogen-rich compound critical for fertiliser production, underpins the global agricultural industry and has been credited …
UNSW scientists use AI to boost green ammonia efficiency - Australian Manufacturing
Scientists at UNSW Sydney have used artificial intelligence to improve a method for producing green ammonia, achieving higher efficiency while reducing the need for extensive lab experiments. Ammonia, a key ingredient in fertilisers, is traditionally produced using the Haber–Bosch process, which operates at temperatures above 400°C and high pressure. This energy-intensive method accounts for about 2% of global greenhouse gas emissions. In 2021, …
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