LAB NOTICE
- [강원대 허성구 교수, 김상윤/정찬혁 박사과정][Energy,JCR 5%] 하수처리장 소화조 바이오가스로부터 수소생산 경로 기술경제성 평가 (TEA-LCA of Pathway towards circular hydrogen economy from biogas of wastewater in Korea)
- [강원대 허성구 교수, 김상윤/정찬혁 박사과정][Energy,JCR 5%] 하수처리장 소화조 바이오가스로부터 수소생산 경로 기술경제성 평가 (TEA-LCA of Pathway towards circular hydrogen economy from biogas of wastewater in Korea)연구실 졸업생 강원대 허성구 교수님 논문이 JCR TOP 5% Energy 저널에 게재 승인되었습니다.연구주제 : 폐수처리장 소화조 바이오가스로부터 수소생산 경로 (한국 순환수소경제 경로) : 기술경제성 평가 및 환겨성 평가제1저자 : 허성구 교수, 강원대 환경공학과공저자: Mohammad Moosazadeh (동국대), 김상윤 박사과정(EMSEL) , 정찬혁 박사과정(EMSEL) , 김선우 박사 (University of Southern California), 변재원 교수(전남대)좋은 저널 게재 승인 축하합니다. Prof. Heo (KNU)'s paper has been accepted in Energy (JCR TOP 5%) together with Prof. Moosazadeh (DGU), SK (EMSEL) , CH(EMSEL) , Dr. Sunwoo Kim (University of Southern California), Prof. Jaewon Byun (Chonnam National University) , A great journal.Congratulations Usama.1st author : SungKu Heo (Kangwon National University)Coauthor : Prof. Mohammad Moosazadeh (DGU), SangYoun Kim (EMSEL) , Chanhyeok Jeong(EMSEL) , Dr. Sunwoo Kim (University of Southern California), Prof. Jaewon Byun (Chonnam National University) Keywords; Circular economy; Hydrogen Production; Life-cycle assessment; Techno-economic
analysis; Resource recovery; Wastewater valorisation Implementable wastewater-to-H2 production technologies were examined.
Biogas upgradation, hydrogen production, and carbon capturing systems are modeled.
Korean national-wide supply and demand scenario of H2 through 2050 was analyzed.
MHSP of TRMre with water scrubbing and carbon capturing systems was 4.5$/kgH2.
TRMre with water scrubbing and carbon capturing systems allowed 8.1kgCO2eq/kg
H2. SungKu Heo, Mohammad Moosazade , SangYoun Kim , Chanhyeok Jeong , Sunwoo Kim ,
Jaewon Byun , ChangKyoo Yoo* , Techno-economic and environmental assessments of implementable wastewater-to hydrogen production technologies: Pathway towards circular hydrogen economy in
South Korea,
2026-06-27
- [Youtube] LCA of the green and yellow hydrogen using SimaPro
- Life cycle assessment (LCA) of the green and yellow hydrogen using SimaPro LCA model of a PEM electrolyzer in SimaPro Part II https://youtube.com/playlist?list=PLHDjc5kCS3MUg1bXoidEFnOD5IxjoEXIz&si=b6ALn2lTyWrdGsTf explain how to build a complete Life Cycle Assessment (LCA) model of a PEM electrolyzer in SimaPro, covering all three life cycle phases:
✅ Manufacturing Phase
✅ Use (Hydrogen Production) Phase
✅ End-of-Life (Recycling & Disposal) Phase
The tutorial focuses on the modeling methodology, inventory selection, process definition, and practical implementation in SimaPro. It is designed for researchers, graduate students, and professionals working on hydrogen technologies, sustainability assessment, and environmental analysis.
If you are interested in green hydrogen, yellow hydrogen, electrolysis systems, and LCA modeling, this step-by-step guide will help you develop a reliable and transparent SimaPro model.
2026-06-25
- [축][김영한 논문조, 학술대회 논문상 수상] 대한환경공학회 26년 전문가학술대회 학술대회논문상 수상
- [축][김영한 논문조, 학술대회논문상 수상] 대한환경공학회 26년 전문가학술대회 학술대회 논문상 수상축하할일 있습니다.EMSEL 연구실 학부생 (논문조) 김영한 학생이 대한환경공학회 2026년 전문가학술대회 학부생 포스터 발표 논문이 학부생대상 학술대회 논문상 수상하였습니다.-연구주제 : HTL-CC 통합 지속가능한 바이오오일 생산공정의 kinetic 모델링 및 TEA/RSM 기반 공정 최적화김영한, 김상윤, 전나영, 유창규+ , HTL-CC 통합 지속가능한 바이오오일 생산공정의 kinetic 모델링 및 TEA/RSM 기반 공정 최적화, 2026 제 11회 대한환경공학회 전문가그룹 학술대회, Poster presentation, 수원컨벤션센터, pp 277, (2026. 06. 19) (Ack: 2026년 교육부 대학혁신지원사업) (학술대회 논문상 수상) Good newsMr. Younghan Kim was awarded the Undergraduate Paper Prize for his poster presentation at the 2026 Expert Conference of the Korean Society of Environmental Engineers. Congratulations YH (3rd year undergraduate student).Title : Integrated HTL‑CC Sustainable Bio‑Oil Production: Kinetic Modeling and TEA/RSM‑Based Process Optimization
2026-06-19
PUBLICATIONS
- Sustainable energies and machine learning: an organized review of recent applications and challenges
- Pouya Ifaei, Morteza Nazari-Heris, Amir Saman Tayerani Charmchi, Somayeh Asadi, ChangKyoo Yoo*, Sustainable energies and machine learning: an organized review of recent applications and challenges, Energy (ISSN: 0360-5442, SCI, Top 5% journal – THERMODYNAMICS), 266(1), pp.126432 (2023.3) (Ack 3개: Brain Pool Program2019H1D3A1A02071051 & NRF중견2021R1A2C2007838 & Collabo R&D of SMEs and Startups in 2022.(Project No. S3301144)
- Deep-AI soft sensor for sustainable health risk monitoring and control of fine particulate matter at sensor devoid underground spaces: A zero-shot transfer learning approach
- Shahzeb Tariq+, Jorge Loy-Benitez+, KiJeon Nam, SangYoun Kim, MinJeong Kim*, ChangKyoo Yoo*, Deep-AI soft sensor for sustainable health risk monitoring and control of fine particulate matter at sensor devoid underground spaces: A zero-shot transfer learning approach, Tunnelling and underground space (ISSN: 0886-7798, SCIE, JCR Top 10%-ENGINEERING, CIVIL, DOI), Elsevier, 131(1), pp.104843 (Ack: 2021R1A2C2007838 & Fine Dust Reduction Technology(21QPPW-B152306-03)
- Explainable multisensor fusion-based automatic reconciliation and imputation of faulty and missing data in membrane bioreactor plants for fouling alleviation and energy saving
- Abdulrahman H. Ba-Alawi, KiJeon Nam, SungKu Heo, TaeYong Woo, Hanaa Aamer, and Chang Kyoo Yoo*, Explainable multisensor fusion-based automatic reconciliation and imputation of faulty and missing data in membrane bioreactor plants for fouling alleviation and energy saving, Chemical Engineering Journal (IF>16.4, JCR TOP 3% journal/Top 1 journal-Chemical Engineering), 452(1), pp.139220 (2023.1) (Ack 3개:NRF2021R1A2C2007838, “Prospective green technology innovation project (2020003160009), SMEs and Startups in 2022 (Project No. S3301144)
