The present study presents an empirical screening study of the catalytic performance of a variety of supported materials for ammonia synthesis at 400 and 500 °C. Amongst the materials tested, those derived from Ru/Al2O3 exhibited the best performance. Supported Os and CoRe catalysts also demonstrated comparatively high activities indicating them to be potentially worthy of further investigation
Due to its essential use as a fertilizer, ammonia synthesis from nitrogen and hydrogen is considered...
Carbon-supported, promoted Ru-based catalysts for ammonia synthesis proved to be interesting substit...
The objective of this thesis study is to demonstrate a solution for a sustainable ammonia production...
The present study presents an empirical screening study of the catalytic performance of a variety of...
The Haber–Bosch Process which was developed in the early 1900’s, was a landmark achievement of the 2...
Ammonia is one of the promising carriers for hydrogen and a critical ingredient in many industries i...
Even after a century, ammonia (NH3) synthesis from nitrogen and hydrogen through Haber‐Bosch process...
KMcA and JSJH would like to thank the EPSRC and the School of Chemistry, University of Glasgow for t...
One of the key points in the study of Ru/C catalysts for ammonia synthesis is the structure sensitiv...
Chemical vapour impregnation was investigated as a novel preparation method for Ru/Al2O3 catalysts f...
This review article deals with the challenge to identify catalyst materials from literature studies ...
AbstractCoRe4 catalysts highly active for ammonia synthesis at ambient pressure and 400°C can be pre...
High throughput experimentation has the capability to generate massive, multidimensional datasets, a...
Driven by the desire to develop novel catalyst formulations which are applicable for localised, more...
In this review, we present the recent progress in ammonia synthesis research using density functiona...
Due to its essential use as a fertilizer, ammonia synthesis from nitrogen and hydrogen is considered...
Carbon-supported, promoted Ru-based catalysts for ammonia synthesis proved to be interesting substit...
The objective of this thesis study is to demonstrate a solution for a sustainable ammonia production...
The present study presents an empirical screening study of the catalytic performance of a variety of...
The Haber–Bosch Process which was developed in the early 1900’s, was a landmark achievement of the 2...
Ammonia is one of the promising carriers for hydrogen and a critical ingredient in many industries i...
Even after a century, ammonia (NH3) synthesis from nitrogen and hydrogen through Haber‐Bosch process...
KMcA and JSJH would like to thank the EPSRC and the School of Chemistry, University of Glasgow for t...
One of the key points in the study of Ru/C catalysts for ammonia synthesis is the structure sensitiv...
Chemical vapour impregnation was investigated as a novel preparation method for Ru/Al2O3 catalysts f...
This review article deals with the challenge to identify catalyst materials from literature studies ...
AbstractCoRe4 catalysts highly active for ammonia synthesis at ambient pressure and 400°C can be pre...
High throughput experimentation has the capability to generate massive, multidimensional datasets, a...
Driven by the desire to develop novel catalyst formulations which are applicable for localised, more...
In this review, we present the recent progress in ammonia synthesis research using density functiona...
Due to its essential use as a fertilizer, ammonia synthesis from nitrogen and hydrogen is considered...
Carbon-supported, promoted Ru-based catalysts for ammonia synthesis proved to be interesting substit...
The objective of this thesis study is to demonstrate a solution for a sustainable ammonia production...