Jixin Zhang
Jixin Zhang, male, holds a Ph.D. in Engineering. The current positions include Associate Professor, Master's Supervisor, Senior Engineer, and Deputy Dean of the School of Safety Engineering at the Beijing Institute of Petrochemical Technology. His additional professional credentials comprise Registered Safety Engineer and Grade-2 Safety Evaluation Engineer, with recognition as a Young Academic Leader in Beijing's emergency management field. His primary research directions focus on hydrogen energy risk assessment and emergency management, urban infrastructure safety and resilience, and safety monitoring and early warning for urban gas systems. His leadership has been demonstrated on key projects including the National Science and Technology Project for Major Accident Prevention in Workplace Safety, the Beijing Municipal Committee Organization Department's Outstanding Talent Training Funding Project, the Beijing Municipal Education Commission's Science and Technology Plan Project, and multiple government-commissioned initiatives. His current roles include membership in the Beijing Municipal Emergency Management Bureau's expert database. His research leadership encompasses over 40 projects. His scholarly output includes more than 40 publications, with over 20 indexed in SCI, one authored textbook, contribution to five Beijing local standards, and several research reports adopted by relevant government departments.
I. Research directions
1. Hydrogen Energy Risk Assessment and Emergency Management
2. Urban Gas Safety Monitoring and Early Warning
3. Urban Infrastructure Safety Resilience Evaluation
Ⅱ. Awards and Honors
1. Second Prize of Outstanding Scientific and Technological Publication Award, China Petroleum and Chemical Automation Association, 2022 (Awarded in March 2023)
2. Young Discipline Leader in Beijing's Emergency Management Field, jointly awarded by Beijing Municipal Emergency Management Bureau, Beijing Municipal Education Work Committee, and Beijing Municipal Human Resources and Social Security Bureau (December 2021)
3. Second Prize of Outstanding Social Research Project for Young Teachers in Beijing Universities, Beijing Municipal Education Work Committee (2018)
4. Third Prize of the 2nd Safety Science and Technology Progress Award of China Work Safety Association for the project "Research and Application of Regeneration Technology for Built-in Aluminum Alloy Barrier Explosion-Proof Materials in Storage Tanks" (Co-authors: Gao Jiancun, Hu Shoutao, Sun Xun, Gao Wenchong, Zhang Jixin) (2021)
5. Outstanding Teacher of Beijing Institute of Petrochemical Technology (September 2021)
6. First Prize of Thematic Paper on Deepening the Reform and Development of Work Safety Emergency Management, National Work Safety Emergency Rescue Command Center for the paper "Research on the Current Status and Improvement Strategies of Emergency Management in Small and Medium-sized Enterprises" (Co-author: Gao Jiancun et al.) (2017)
7. First Prize of Scientific and Technological Papers on Work Safety Emergency Rescue, National Work Safety Emergency Rescue Command Center for the paper "Research on the Weighted Model Structure for Emergency Capability Assessment Based on FCM-AHP" (Co-authors: Kang Jian, Gao Jiancun) (2017)
Ⅲ. Undertaken Research Projects
1. Research on Key Technologies and Theoretical Framework for Safety Management of Construction Activities in Xiongan New Area Utility Tunnels, China Xiongan Group Infrastructure Co., Ltd., Project Leader (2024-2025)
2. Resilient City Evaluation Project for Economic Development Zone, Urban Operations Bureau of Beijing Economic-Technological Development Area, Project Leader (2023-2024)
3. Emergency Plan Assessment for High-Risk Key Enterprises in Economic Development Zone, Urban Operations Bureau of Beijing Economic-Technological Development Area, Project Leader (2023-2024)
4. Testing Research on Resilience Assessment Model for Typical Urban Gas Infrastructure, Beijing Academy of Science and Technology, Project Leader (2023-2024)
5. One-on-One Emergency Response Plan Development for Work Safety Accidents Between Shunyi District Local Government and Key Hazardous Chemical Enterprises, Shunyi District Emergency Management Bureau, Project Leader (2022-2023)
6. Third-Party Inspection Project for Safety Operation Service Quality in Heating Industry, Beijing Daxing District Urban Management Committee, Project Leader (2020-2022)
7. 2019 "Enterprise Safety Delivery Project" for the Commerce Sector, Shunyi District Commerce Bureau, Project Leader (2019-2020)
8. Outstanding Talent Cultivation Funding Project of Beijing Municipal Party Committee Organization Department: Research on "Internet +" - Based P2P Management Cloud Platform for Work Safety, Project Leader (2019-2021)
9. Science and Technology Plan Project of Beijing Municipal Education Commission: Research on Comprehensive Risk Assessment Technology for External Damage to Urban Underground Gas Pipelines (Project No.: KM201810017011), Project Leader (2018-2021)
10. National Key Technology Project for Major Accident Prevention in Work Safety: Research on P2P Innovative Management Model for Work Safety in Beijing SMEs (Project No.: Beijing-0017-2018AQ), Principal Investigator (2018-2021)
Ⅳ. Representative Academic Publications
1. Jixin Zhang; Dongyang Huang; Qiuju You; Jian Kang; Minghao Shi; Xiaosong Lang. Evaluation of emergency evacuation capacity of urban metro stations based on combined weights and TOPSIS-GRA method in intuitive fuzzy environment. International Journal of Disaster Risk Reduction, 2023, 95: 103864. (Q1 TOP, WOS: 001058230400001)
2. Jixin Zhang; Xiaosong Lang; Yilin Jing; Jian Kang; Qiuju You; Zeyi Shang; Minghao Shi; Haoyuan Dai. Vulnerability assessment of hydrogen stations based on cloud center of gravity theory. International Journal of Hydrogen Energy, 2023, 48(90): 35407-35418. (Q1 TOP, WOS: 001108639800001)
3. Jixin Zhang; Xiaosong Lang; Qiuju You; Yilin Jing; Zeyi Shang; Minghao Shi; Jian Kang. Emergency management capability evaluation of chemical parks based on PFDEMATEL-G1 and PFTOPSIS. Process Safety Progress, 2023, 6(6): 1-17. (Q2, WOS: 001025444700001)
4. Jixin Zhang; Shihao Zhang; Jianyu Qiao; Jiahui Wei; Lan Wang; Zhonghao Li; Jincan Zhuo. Safety resilience evaluation of hydrogen refueling stations based on improved TOPSIS approach. International Journal of Hydrogen Energy, 2024, 65: 396-405. (Q1, WOS: 001229671900001)
5. Jixin Zhang; Shihao Zhang; Zhengwei Liang; Xiaosong Lang; Minghao Shi; Jianyu Qiao; Jiahui Wei; Haoyuan Dai; Jian Kang. A risk assessment method based on DEMATEL-STPA and its application in safety risk evaluation of hydrogen refueling stations. International Journal of Hydrogen Energy, 2024, 50: 889-902. (Q1, WOS: 001139961700001)
6. Jixin Zhang; Minghao Shi; Xiaosong Lang; Qiuju You; Yilin Jing; Dongyang Huang; Haoyuan Dai; Jian Kang. Dynamic risk evaluation of hydrogen station leakage based on fuzzy dynamic Bayesian network. International Journal of Hydrogen Energy, 2024, 50: 1131-1145. (Q1, WOS: 001139980600001)
7. Jixin Zhang; Jianyu Qiao; Jincan Zhuo; Jiahui Wei; Lan Wang; Zhonghao Li; Shihao Zhang; Qiuju You. Research on safety resilience evaluation of hydrogen station based on system dynamics modeling. International Journal of Hydrogen Energy, 2024, 80: 542-553. (Q1, WOS: 001274463400001)
8. Lan Wang; Jixin Zhang*; Han Wang; Qiuju You; Jincan Zhuo; Shihao Zhang; Jianyu Qiao; Jiahui Wei. Hydrogen leakage risk assessment of HECS based on dynamic Bayesian network. International Journal of Hydrogen Energy, 2024, 78: 256-267. (Q1, Corresponding Author, WOS: 001260822700001)
9. Jian Kang; Zhixing Wang; Qingzi Wang; Haoyuan Dai; Jixin Zhang*; Lidan Wang. Temporal assessment of emergency response and rescue capability for hybrid hydrogen-gasoline fueling stations based on dynamic scenario construction. International Journal of Hydrogen Energy, 2024, 56: 358-368. (Q1 TOP, Corresponding Author, WOS: 001146646300001)
10. Jian Kang; Zhixing Wang; Hao Jin; Haoyuan Dai; Jixin Zhang*; Lidan Wang. Dynamic risk assessment of hybrid hydrogen-gasoline fueling stations using complex network analysis and time-series data. International Journal of Hydrogen Energy, 2023, 48(78): 30608-30619. (Q1 TOP, Corresponding Author, WOS: 001067367600001)
11. Jian Kang; Lidan Wang; Zhixing Wang; Jixin Zhang*; Haoyuan Dai. Improving the emergency management of energy infrastructure using scenario construction. International Journal of Hydrogen Energy, 2023, 48(23): 8731-8742. (Q1 TOP, Corresponding Author, WOS: 000948138400001)
12. Jian Kang; Lidan Wang; Hao Jin; Jixin Zhang*; Haoyuan Dai. Performance evaluation of safety barriers based on multidimensional deconstruction. Process Safety Progress, 2022, 42(1): 174-185. (Q2, Corresponding Author, WOS: 000851538700001)
13. Jian Kang; Lidan Wang; Hao Jin; Jixin Zhang. Proposed model of potential accident process at hydrogen refueling stations based on multi-level variable weight fuzzy Petri net. International Journal of Hydrogen Energy, 2022, 47(6): 29162-29171. (Q1 TOP, WOS: 000863079800011)
Ⅴ. Patents and Software Copyrights
1. Zhang Jixin, Shi Minghao, Lang Xiaosong, Qiao Jianyu. Multi-source Data-Aware Smart Campus Safety Management Cloud Platform V1.0 (Registration No.: 2023SR0562104)
2. Zhang Jixin, Qiao Jianyu, Jing Yilin, Wei Jiahui. Urban Gas Infrastructure Safety Resilience Evaluation System V1.0 (Registration No.: 2023SR0562270)
3. Zhang Jixin, Lang Xiaosong, Shi Minghao, Wei Jiahui. Chemical Industrial Park Safety Resilience Evaluation System V1.0 (Registration No.: 2023SR0562101)
4. Zhang Jixin, Zhang Shihao, Shi Minghao, Huang Dongyang. E-IoT Early Warning-Based Electricity Safety Management Cloud Platform V1.0 (Registration No.: 2023SR0562261)
5. Zhang Jixin, Wei Jiahui, Wang Lan, Lu Chengyi, Zhuo Jincan. IoT-Based Urban Gas Facility Maintenance System V1.0 (Registration No.: 2023SR1632774)
Ⅵ. Requirement of postgraduate student
We accept Master of Science (Professional Degree) in Resources and Environment (Safety Engineering, 085702). We sincerely welcome students majoring in safety engineering, mechanical engineering, Chemical Engineering, materials Engineering, Automation, computer Science and other fields who are down-to-earth, innovative, have strong computer application skills and a high level of English to join our team.