Congratulations for this paper.

Title: Waste-to-Ammonia: A Sustainable Pathway for Energy Transition   ===> CCU research (Blue Ammonia Production)

Keywords: Keywords: Ammonia production; Carbon footprint; Supercritical water oxidation desalination; Sustainable development; Techno-economic and environmental study.

연구실 박사과정 Mohammad 학생논문이 Renewable & Sustainable Energy Reviews (IF 16/JCR Top 3% journal)​에 게재 승인되었습니다.  JCR TOP 3%내 매우 좋은 저널..

연구주제 : Oil & Gas공정 배가스 Waste 배출수로부터 암모니아 생산 통합공정 기술경제성평가:​ 통합 멀티제너레이션 공정의 기술경제성평가 : TEA/LCA 연구

 Mohammad Moosazadeh, Asal Mansourimarand​, Shahram Ajori​, Vahid Taghikhani, ChangKyoo Yoo^*, Waste-to-Ammonia: A Sustainable Pathway for Energy Transition​, 1.       Renewable & Sustainable Energy Reviews (RSER)(​​ISSN: 1364-0321, SCI, JCR TOP 5%, Top 2 journal-green&sustainable science & technology​), Elsevier,  208(2), pp.115012 (2025.02) (Ack: NRF2021R1A2C2007838)

Highlights

·            Comprehensive feasibility study of converting waste produced water into ammonia <o:p></o:p>

·            Three novel systems of converting produced water into ammonia are investigated<o:p></o:p>

·            Blue ammonia showed a moderate cost and emission of $478.84, 605 kgCO₂/tNH₃<o:p></o:p>

·            Gray system deployment results the lowest cost of ammonia in the Eagle Ford region<o:p></o:p>

·            Fossil-fueled based systems yield 63% higher ammonia than renewable based system

-----------------------------------------------------------------------------------

​​​​