The NH 3 production rate/volume of the catalyst ... More information: Masashi Hattori et al, Ammonia Synthesis Over an Iron Catalyst with an Inverse Structure, Advanced Science (2025).

Many modern industrial processes depend on complex chemistry. Take fertilizer production, for example: to make it, companies ...

Imperial College London researchers have presented a hydrogen fuel cell that uses iron ... test the catalyst in appropriate systems and hope to scale up the new tech in commercial production.

The growing demand for fertilizers to enhance agricultural productivity is a key factor driving the need for fertilizer catalysts. As the agricultural sector faces increasing pressure to maximize ...

Stage three The pressurised gases are pumped into a tank containing beds of iron catalyst at about 450°C. In these conditions, some of the hydrogen and nitrogen will react to form ammonia.

JGC will lead the design and development of the large-scale ammonia cracking system as it aims to enable the large-scale ...

Amogy Inc. (Brooklyn, N.Y.) announced the first pilot plant deployment of its advanced ammonia-cracking catalyst with JGC Holdings Corp. (Yokohama, Japan). This agreement is a key component of a pilot ...

First Pilot Plant Deployment of Amogy’s Low Ruthenium Content Catalyst Marks Milestone in Scaling Ammonia Cracking for Clean Hydrogen Production Amogy, a provider of mature, scalable ...

A catalyst alters the rate of a reaction, allowing it to be done at a lower temperature. Catalysts are therefore used in the chemical industry to make manufacturing processes more economical.

First, he identified that iron oxides in conventional catalysts were the main drivers of CO₂ production through the conversion of CO into CO₂. Then, collaborating with researchers from ...