Suitable Catalysts for Electrosynthesis of Ammonia as Green Hydrogen Storage Volume 6 - Issue 5

Mohammed M Al Hinaai1*, Rayya Al Balushi, Mohammed Al Bahri and Thuraya Al Harthy

Department of Basic Science, A’Sharqiyah University, College of Applied and Health Sciences, Oman

Received:July 07, 2023;   Published:July 19, 2023

Corresponding author:Mohammad M Al Hinaai, A’Sharqiyah University, College of Applied and Health Sciences, Department of Basic Science, Ibra, Oman, Mohammed M Al Hinaai

DOI: 10.32474/OAJESS.2023.06.000246

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Abstract

Designing, synthesizing, and applying electrochemical catalysts for the generation of ammonia (NH₃) from electro-reduction nitrogen gas (N₂) in the presence of water (H₂O) is a very attractive research topic due to the extremal trend for green hydrogen utilization in the energy production sector. It became vital to be energy-free of CO₂ in order to avoid elevating the earth’s temperature and the subsequent impacts. Therefore, generating ammonia via a direct electrochemical process under ambient conditions is the most promising and scalable green hydrogen storage technique. In this review, the challenges that face commercializing experimental results are reported, and the performance of new electrochemical catalysts is described. The conclusion discusses the most important technical issues which must be considered in future research.

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