Producing enough ammonia to feed the world comes with a large carbon footprint; a process described in a new UB-led study ...

"We're able to see important reaction steps in ammonia synthesis." The researchers' successful peek inside that reaction "enables the investigation of complex catalytic chemical reactions ...

The researchers say this is a significant advance toward green ammonia synthesis at an industrially competitive production rate and reaction stability. “Ammonia is often considered the chemical that ...

Taking inspiration from how nature --including lightning -- produces ammonia, a team has developed a reactor that produces the chemical commodity from nitrogen in the air and water, without any carbon ...

Producing sufficient ammonia to sustain global food production carries a significant carbon footprint; a new UB-led study ...

A new method-lithium-mediated ammonia synthesis (LMAS) was devised and developed by the team at the University of Illinois Chicago. The main process involves using the lithium electrode in conducting ...

The researchers say this is a significant advance toward green ammonia synthesis at an industrially competitive production rate and reaction stability. "Ammonia is often considered the chemical ...

e-during reactions and hydrogen poisoning-which reduces catalytic activity through the absorption to the active sites on Ru at elevated hydrogen pressure-does not occur. This delineated a path toward ...

The researchers say this is a significant advance toward green ammonia synthesis at an industrially competitive production rate and reaction stability. “Ammonia is often considered the chemical ...

In contrast, dealloying has been known primarily as a corrosive process that degrades materials over time by selectively ...

Focusing on this nitrogenase, Professor Nishibayashi succeeded in synthesizing ammonia at room temperature and atmospheric pressure at a speed comparable to that by nitrogenase, by using samarium ...