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 Lingzhen Kong, male, born in January 1987, is a native of Linyi, Shandong Province. He received his Doctor of Engineering degree and completed postdoctoral training. Currently, he serves as an associate professor and master's supervisor at a higher education institution. His primary research interests focus on micro-interface enhancement in gas-liquid mass transfer processes, high-efficiency gas-liquid separation technologies, and the internal flow characteristics and structural optimization of environmental protection equipment. Presently, he is actively engaged in the research and development of high-efficiency tubular gas-liquid separation systems, tubular contactors for gas-liquid mass transfer, and purification technologies for natural gas dehydration and acid gas removal.

He has participated in multiple national and enterprise-level scientific projects, including general programs of the National Natural Science Foundation of China, sub-projects under the "13th Five-Year" National Science and Technology Major Project, as well as key research initiatives sponsored by CNOOC (China) Limited and Sinopec. He has also served as principal investigator for one Young Scientists Fund project awarded by the National Natural Science Foundation of China, one general project supported by the Beijing Municipal Education Commission's Science and Technology Program, and two industry-funded research projects. To date, he has authored or co-authored nearly 25 peer-reviewed academic papers, with 9 indexed by SCI or EI. Additionally, he has filed 13 national invention patent applications, among which 7 have been granted.

I. Major Research Areas

1. Research on the Mechanism of Intensifying Gas-Liquid Mass Transfer Process

2. Technology and Equipment for High-Efficiency Dehydration and Deacidification Purification of Natural Gas

3. Research on Compact, Efficient and Integrated Environmental Protection Equipment

II. Rewards and Honors

1. Chen Jiaqing, Han Yanhe, Zhou Cuihong, Zhu Ling, Wang Yafei, Hu Jianlong, Liang Cunzhen, Sang Yimin, Kong Hui, Wang Jianhong, Liu Meili, Wang Nannan, Cai Xiaolei, Ji Yipeng, Kong Lingzhen, Feng Shugeng, et al. Construction and Practice of a Characteristic Applied Talent Cultivation Model for Environmental Engineering in Industry-Transferred Colleges and Universities. Special Prize of Teaching Achievement Award in Petroleum Higher Education of China Petroleum Education Society (Undergraduate), September 2024.

III. Research Projects

1. Subcontracted project of the major scientific and technological project of China National Offshore Oil Corporation during the 14th Five-Year Plan, "Research and Localization of Key Equipment and Tools for Offshore Oil and Gas Field Production in the Field of Marine Engineering" under the topic "Research and Localization of Internal Components of High-Efficiency Oil, Gas and Water Separation Devices" (Contract No.: CCL2023RCPS0060RSN), major participant, May 2023 - December 2025.
2. Leading researcher of the forward-looking basic research project of the Key Laboratory of Offshore Oil and Gas Engineering Technology and Intelligence (Contract No.: 202526249947), project leader, January 2025 - December 2026.
3. Project leader of the National Natural Science Foundation of China Youth Fund Project: "Research on the Mechanism and Characteristics of Natural Gas Dehydration Based on Microdroplet Dispersion Enhanced Absorption Mass Transfer" (Project No.: 21808015), project leader, January 2019 - December 2021.
4. Project leader of the General Project of Beijing Municipal Education Commission Science and Technology Plan in 2022: "Research on High-Throughput Tubular Natural Gas Desulfurization Technology Based on Droplet Microinterface Enhanced Selective Absorption" (Project No.: KM202210017009), project leader, January 2022 - December 2024.
5. Major participant of the scientific research project of China Petroleum & Chemical Corporation: "Research on Compact and Efficient Tubular Natural Gas Dehydration Technology and Equipment" (Project No.: 322040), major participant, January 2022 - December 2024.
6. Project leader of the enterprise horizontal project: "Performance Simulation and Experimental Analysis of Small Tubular Dehydrators", project leader, 2021.
7. Participant of the joint funding project of Beijing Municipal Education Commission and Beijing Natural Science Foundation Committee and the key project of Beijing Municipal Education Commission Science and Technology Plan: "Research on the Bubble Formation Mechanism and Characteristics of Multi-Stage Synergistic Tubular High-Throughput Microbubble Generator" (Project No.: KZ202010017026), participant, January 2020 - December 2022.
8. Participant of the sub-project of the National Key Research and Development Program during the 13th Five-Year Plan: "Research on High-Efficiency Crude Oil Treatment Technology" (Project No.: 2017ZX05032005-002), participant, January 2017 - June 2020.

IV. Representative Publications

1. Song Jia-kai, Kong Ling-zhen*, Chen Jia-qing, et al. Flow and separation characteristics of liquid film in the cyclone separation section of a liquid-removing tubular gas-liquid separator [J]. Chemical Industry and Engineering Progress, 2024, 43 (08): 4297-4306.
2. Yang Han-yue, Kong Ling-zhen, Chen Jia-qing*, et al. Study on the two-phase flow characteristics of a microbubble-type tubular gas-liquid contactor [J]. Journal of Universities of Petroleum, China, 2024, 37 (03): 25-33.
3. Yang Han-yue, Kong Ling-zhen, Chen Jia-qing*, et al. Carbon dioxide removal performance of a microbubble-type downflow tubular gas-liquid contactor [J]. Chemical Industry and Engineering Progress, 2023, 42 (S1): 197-204.
4. Sun Huan, Kong Ling-zhen, Chen Jia-qing*, et al. Effects of flow channel structure on the performance of a tubular gas-liquid atomization mixer [J]. Petroleum Machinery, 2023, 51(03): 92-101.
5. Lingzhen Kong, Jiaqing Chen*, Tian Lan, Huan Sun, Kuisheng Wang. Spray and mixing characteristics of liquid jet in a tubular gas-liquid atomization mixer [J]. Chinese Journal of Chemical Engineering, 2021, 34(6): 1-11. [6] Lingzhen Kong*, Tian Lan, Jiaqing Chen, Kuisheng Wang, Huan Sun. Breakup processes and droplet characteristics of liquid jet injected into low-speed air crossflow[J]. Processes, 2020, 8(6): 676-692.
6. Kong Lingzhen, Chen Jiaqing, Sun Huan, Xu Xiaoxuan, Wang Qiangqiang, Ding Guodong, Yang Hanyue. Progress in Natural Gas Glycol Dehydration Technology Enhanced by Microdroplets Mass Transfer [J]. Petroleum Machinery, 2022, 50(10): 102-110.
7. Lan Tian, Kong Lingzhen*, Chen Jiaqing, Wang Kuisheng. Experimental Study on the Primary Breakup of Liquid Jet under Low-Speed Crossflow [J]. Chemical Industry and Engineering Progress, 2020, 39(04): 1282-1291.
8. Lan Tian, Kong Lingzhen*, Chen Jiaqing, Wang Kuisheng*. Research on the Trajectory Extraction Method of Liquid Jet in Low-Speed Crossflow Based on Image Processing [J]. Journal of Experiments in Fluid Mechanics, 2020, 34(04): 94-101.
9. Jia Peng, Chen Jiaqing, Cai Xiaolei, Kong Lingzhen, Wang Chunsheng, Shang Chao, Zhang Ming, Shi Yi. Study on the Oil-Water Separation Characteristics of Hydrocyclone Based on CFD-PBM Simulation [J]. Journal of Universities of Petrochemical Technology, 2021, 34(04): 58-65.
10. Fan Lixia, Wang Kuisheng, Kong Lingzhen. Research on the Calculation Method of Stages for Maze-Type Steam Regulating Valve [J]. Journal of Beijing University of Chemical Technology (Natural Science Edition), 2019, 46(03): 75-82..

V. Patents and Software Copyrights

1. Kong Lingzhen, Chen Jiaqing, Lan Tian, Sun Huan. A Tubular Parallel Flow Gas-Liquid Contact Absorption Device [P]. Patent of Invention of the People's Republic of China, ZL202010289590.X, Publication Date: March 16, 2021.
2. Kong Lingzhen, Chen Jiaqing, Lan Tian, Sun Huan. An Efficient Compact Natural Gas Glycol Dehydration System and Method [P]. Patent of Invention of the People's Republic of China, ZL202010279907.1, Publication Date: February 11, 2022.
3. Kong Lingzhen, Chen Jiaqing, Sun Huan, Liu Meili, Wang Qiangqiang, Yang Han Yue. A Test Device and Method for the Mixing Performance of a Tubular Gas-Liquid Atomization Mixer [P]. Patent of Invention of the People's Republic of China, ZL202110323884.4, Publication Date: November 4, 2022.
4. Kong Lingzhen, Kong Biao, Chen Jiaqing, Sun Huan, Zhang Chengkai, Ding Guodong, Yang Yang, Xie Tong. A Compact Vertical Pipe Layout Natural Gas Absorption Deacidification Purification Device [P]. Patent of Invention of the People's Republic of China, 202411602054.5, Publication Date: May 6, 2025.
5. Kong Lingzhen, Wang Sicheng, Chen Jiaqing, Zhang Chengkai, Kong Biao. A Tubular Gas-Liquid Separator Capable of Pigging Operations [P]. Patent of Invention of the People's Republic of China, ZL202411371554.2, Publication Date: January 7, 2025.
6. Kong Lingzhen, Wang Sicheng, Chen Jiaqing, Zhang Chengkai, Kong Biao. A Tubular Gas-Liquid Separator with Transition Cone and Flow Stabilizing Partition Capable of Pigging Operations [P]. Patent of Invention of the People's Republic of China, ZL202411371552.3, Publication Date: January 7, 2025.
7. Kong Lingzhen, Kong Biao, Chen Jiaqing, Yang Yang, Zhang Chengkai, Ding Guodong, Sun Huan, Xie Tong. A Tubular Gas-Liquid Atomization Contact Absorption Device Adapted to High Liquid-Gas Ratio Conditions [P]. Patent of Invention of the People's Republic of China, ZL202411590012.4, Publication Date: January 7, 2025.
8. Kong Lingzhen, Xie Tong, Chen Jiaqing, Sun Huan, Zhang Chengkai, Ding Guodong, Yang Yang, Kong Biao. A Two-Stage Synergistic Degassing Tubular Gas-Liquid Separator [P]. Patent of Invention of the People's Republic of China, ZL202411602059.8, Publication Date: January 3, 2025.
9. Kong Lingzhen, Kong Biao, Chen Jiaqing, Zhang Chengkai, Yang Yang, Ding Guodong, Sun Huan, Xie Tong. A Tubular Atomization Contact Absorption Device with Annular Flange Grid Structure [P]. Patent of Invention of the People's Republic of China, ZL 202411602058.3, Publication Date: February 7, 2025.
10. Kong Lingzhen, Yang Yang, Chen Jiaqing, Sun Huan, Zhang Chengkai, Ding Guodong, Kong Biao, Xie Tong. An Online Pressure Measurement Device for Particle Size in Gas Pipelines [P]. Patent of Invention of the People's Republic of China, ZL 202411610848.6, Publication Date: February 14, 2025.
11. Kong Lingzhen, Yang Yang, Chen Jiaqing, Sun Huan, Zhang Chengkai, Ding Guodong, Kong Biao, Xie Tong. An Online Pressure Measurement Experimental Device and Method for the Performance of Tubular Atomization Mixers [P]. Patent of Invention of the People's Republic of China, ZL 202411602057.9, Publication Date: February 18, 2025.

VI. Admissions Information

At present, I mainly recruit master's students for the professional degree in Resources and Environment (0857) (Environmental Pollution Control Engineering direction) and the academic degree in Environmental Science and Engineering (0830) (Multiphase Fluid Green Separation and Resource Utilization direction). I sincerely welcome students from Process Equipment and Control Engineering, Oil and Gas Storage and Transportation Engineering, Environmental Engineering, Environmental Protection Equipment Engineering, Environmental Science, Energy and Power Engineering, Mechanical Engineering, Chemical Engineering and Technology, and other majors who are down-to-earth, serious, innovative, have strong computer application skills and a high level of English to join my team.