A novel iron-based catalyst with an inverse structure significantly outperforms traditional catalysts in ammonia production, enhancing industrial efficiency.

Instead of using high-energy, high-pressure reactors, MIT found that ammonia can be created deep underground by mixing nitrogen-rich water ... to find it leaking pure hydrogen gas. Experts later ...

More information: Xiaojing Lv et al, Highly efficient operation of an innovative SOFC powered all-electric ship system using quick approach for ammonia to hydrogen, Frontiers in Energy (2025). DOI: 10 ...

A recent proof-of-concept study, published on January 21 in the journal Joule, demonstrated that ammonia can be generated by combining nitrogen ... emitting hydrogen gas, which scientists later ...

Chinese renewable tech firm Sungrow Hydrogen will supply water electrolysis hydrogen production equipment for ACME Group’s 320 MW green ammonia project in Oman. “According to the agreement, Sungrow ...

Ammonia, used in fertilizer, is essential to our lives. Addis Energy is trying to make the chemical underground. Forget massive steel tanks—some scientists want to make chemicals with the help ...

Heterogeneous catalysts speed up chemical reactions by being in a different ... allowing them to activate stable molecules like hydrogen, carbon dioxide, or ammonia, which are normally quite ...

Why ammonia? Green ammonia, produced by combining green hydrogen and nitrogen, is gaining traction as a sustainable fuel and fertilizer. It is easy to store and transport, making it a critical energy ...

Using blue hydrogen in new forms of lower-emissions steelmaking instead of green will not have the same level of environmental benefits and will ultimately cost more money, according to a report ...