Hi all,

I’m happy to inform you that EMSEL Ph.D student, JuinYau's paper (w/Adrian Loy: Monash University) has been publisheed at International Journal of Energy Research (SCI, IF>5, JCR TOP 3%:NUCLEAR SCIENCE & TECHNOLOGY​).

Congratulation for this outstanding journal publication. Please show your congratulations to JuinYau.

- Title : Machine Learning assisted CO2 utilization in the catalytic dry reforming of hydrocarbons: Reaction pathways and multi-criteria optimization analyses​

-Determine optimal lHC options for CO2 utilization and H2 generation​​ in catalytic dry reforming of hydrocarbons​

-S/W: RMG-Cat(Reaction mechanism generator-Catalyst)​ : find out reaction pathways of Hydrocarbon reforming (C1 to C4)

- Analysis: Similarity to Ideal Solution (TOPSIS), multi-criteria to identify the optimum operating conditions that yield the highest CO2 conversion and H2 yield at a specific retention time​

Result : The most endothermic reaction of the CH4 reforming process was found to be C3H3* + H2O* ↔ OH* + C3H4 (218.74 kJ/mol)

Juin Yau Lim+, Adrian Chun Minh Loy+, Hatem Alhazmi, Bridgid Chin Lai Fui, Kin Wai Cheah, Martin J. Taylor, Georgios Kyriakou and ChangKyoo Yoo*, Machine Learning assisted CO2 utilization in the catalytic dry reforming of hydrocarbons: Reaction pathways and multi-criteria optimization analyses, International Journal of Energy Research (ISSN:, SCIE JCR TOP 3%:NUCLEAR SCIENCE & TECHNOLOGY ), Elsevier, 46(5), pp.6277–6291, (2022.5) (Ack: NRF- 2021R1A2C2007838 & Australian Government Research Training Program)

[임준요 박사과정, Int. J. Energy Res., IF>5/JCR3%] RMG-CAT 분자반응모사 Hydrocarbon reforming (C1-C4)  pathway 매카니즘 탐색 및 최적운전조건

** EMSEL 임준요 박사과정학생 논문이 International Journal of Energy Research​​ ​저널 (SCI, Top 3% journal​)​에 게재되었습니다 

- 공동 제일저자 : Adrian Chun Minh Loy, 공동연구기관: 호주Monash대학, 말레이지아 UTP, 사우디아라비아 KACST, 말레이지아​ CUM, 영국 University of Hull​, 그리스 University of Patras​ )

- 저널 : International Journal of Energy Research​ 저널 (SCI, Top TOP 2.9%), NUCLEAR SCIENCE & TECHNOLOGY​ 분야에서 Rank 1/34 로 매우 좋은 저널​

- 연구 주제: RMG(Reaction mechanism generator)​-Cat 분자반응매카니즘 모사를 통한 Ni/Pt 촉매내 C1-C4 dry reforming반응 pathway finding과 최적 운전조건 파악(highest CO2 conversion and H2 yield​)​

축하합니다.

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