Title：Professor / Doctoral supervisor

Email：chenchen@jlu.edu.cn

Research Interests：

1. Theories and Technologies for Underground   Resource Drilling and Extraction

2. Borehole Stability Theories and Technologies for   Polar Scientific Drilling

3. Theories and Technologies for Rock Fragmentation

4. Technologies for Geotechnical Engineering   Construction

Education：

09/1982 – 06/1986, Bachelor in Drilling Engineering,   Changchun University of Geosciences, China

09/1988 – 06/1991, Master in Exploration Engineering,   Changchun University of Geosciences, China

09/1997 – 12/2001, Doctor in Geological Engineering, Jilin   University, China

Professional Positions：

07/1986 – 08/1988, Assistant Lecturer, Changchun   University of Geosciences, China

07/1991 – 12/1996, Lecturer, Changchun University of   Geosciences, China

08/1995 – 08/1996, Visiting Scholar, St. Petersburg   Institute of Mining, Russia, Russia

01/1997 – 04/2000, Assistant Professor, Changchun   University of Science and Technology, China

05/2000 – now, Jilin University, China, promoted to   Professor in 2004 and appointed as Doctoral Supervisor in 2008, China

09/2002 – 02/2005, Postdoctoral Fellow, Postdoctoral   Station of Civil Engineering, Harbin Institute of Technology, China

12/2012 – 01/2021, Vice Dean, School of Construction   Engineering, Jilin University, China

Representative   Achievements

Chen Chen, Ph.D. in Engineering, Professor,   Doctoral Supervisor. Professor Chen Chen is a recipient of the "Tang   Aoqing Scholar" position at Jilin University and has long been dedicated   to teaching and research in the fields of unconventional underground resource   exploration and development, polar scientific drilling, rock fragmentation,   and geotechnical engineering construction. He currently serves as a committee   member of the Drilling Engineering Professional Committee of the China Coal   Society, Deputy Editor-in-Chief of the Drilling Engineering journal, and a   committee member of the Drilling Engineering Technical Committee of the Group   Standards of the Geological Society of China. He is also an evaluation expert   for the National Science and Technology Awards, the National Natural Science   Foundation of China, and the China Scholarship Council, and serves as the   Deputy Director of the Key Laboratory of Drilling and Production Technology   in Complex Conditions under the Ministry of Natural Resources.

Professor Chen has taught more than ten   undergraduate, master's, and doctoral courses and supervised over 70 doctoral   and master’s students.   He has published eight monographs and authored more than 120 academic papers,   including over 50 indexed by SCI/EI, and holds more than 50 domestic and   international patents. He has led or participated in over 30 key national and   provincial-level projects, including the Ministry of Education and Ministry   of Finance Leapfrogging Program, international cooperation projects of the   Ministry of Science and Technology, the 863 Program of the Ministry of   Science and Technology, major instrument projects of the National Natural   Science Foundation of China, general program of National Natural Science   Foundation of China, and key projects of the Jilin Provincial Department of   Science and Technology.

Professor Chen received one second prize of the   National Technological Invention Award, one first prize of the Technological   Invention Award from the Ministry of Education, one first prize of the   Scientific and Technological Progress Award from the Ministry of Education,   and two other provincial and ministerial-level awards.

Publications：

1.Ma YR, Nie SS, Chen C*, et al. Effect of   seawater infiltration on marine hydrate sediment exploitation by   depressurization[J]. Petroleum Science and Technology, 2023: 1-18.

2.Ma YR, Zhong XP, Chen C*, et al. Numerical   simulation of gas extraction from marine hydrate sediments using sodium   chloride injection[J]. Fuel,2023,342.

3.Wang YF, Zhong XP, Chen C*, et al. Research on   the Effect of Crucial Parameters on Ice Borehole Deformations Using a   Proposed Computation Model[J]. Processes, 2023,11.

4.Hou XL, Chen C, Zhong XP, et al. Numerical   simulation study of closed-loop geothermal system well pattern optimisation   and production potential[J]. Applied Thermal Engineering,2023,231.

5.Hou XL, Zhong XP, Chen C*, et al. Study on the   heat recovery behavior of horizontal well systems in the Qiabuqia geothermal   area of the Gonghe Basin, China[J]. Energy, 2024,286.

6.Hou XL, Zhong XP, Chen C*, et al. Numerical   simulation study of intermittent heat extraction from hot dry rock using   horizontal well based on thermal compensation[J]. Energy, 2023,272.

7.Chen C, et al. Effect of basalt fiber on the   thermal conductivity and wear resistance of sintered WC-based diamond   composites[J]. International Journal of Refractory Metals and Hard Materials   prepublish,2022:105829-.

8.Nie SS, Chen C, Chen M, et al. Numerical   Evaluation of a Novel Development Mode for Challenging Oceanic Gas Hydrates   Considering Methane Leakage[J]. Sustainability,2022,14.

9.Nie SS, Zhong XP, Chen C*, et al. Experimental   study on hydraulic fracturing in clayey-silty hydrate-bearing sediments and   fracability evaluation based on multilayer perceptron-analytic hierarchy   process[J]. Journal of Natural Gas Science and Engineering,2022,106.

10.Liu KY, Zhong XP, Chen C*, et al. Experimental   Study on the Influence of Acid-Pressure Compound Effect on Multi-Scale Pore   Evolution of Oil Shale[J]. Arabian Journal for Science and   Engineering,2022,47.

11.Zhong XP, Pan DB, Chen C*, et al. Commercial   production potential evaluation of injection-production mode for CH-Bk   hydrate reservoir and investigation of its stimulated potential by fracture   network[J]. Energy,2022,239.

12.Liu KY, Nie SS, Chen C* et al. Analysis of the   influence of acidification on relevant mechanical parameters of oil shale   fracturing [J]. Petroleum Science And Technology,  2021, 39: 501-518. .

13.Zhong XP, Pan DB, Chen C*et al. Fracture   network stimulation effect on hydrate development by depressurization   combined with thermal stimulation using injection-production well patterns.   Energy, 2021, 228.

14.Chen Y, Chen C, Sum AK. Molecular Resolution   into the Nucleation and Crystal Growth of Clathrate Hydrates Formed from   Methane and Propane Mixtures. Crystal Growth & Design, 2021, 21: 960-73.

15.Zhu Y, Liu KY, Chen C*, et al. Experimental   Investigation on the Anisotropic Behaviors Induced by Bedding Planes in   Mechanical Properties of Ma ' quan Oil Shale. Arabian Journal for Science and   Engineering, 2022, 47: 11385-403.

16.Zhong XP, Pan DB, Chen C*, et al. Commercial   production potential evaluation of injection-production mode for CH-Bk   hydrate reservoir and investigation of its stimulated potential by fracture   network. Energy, 2022, 239.

17.Chen C, Liu X, Zhou FJ, et al. Effect of   basalt fiber on the microstructure and holding strength of sintered WC-based   diamond composite. International Journal of Refractory Metals & Hard   Materials, 2021, 99.

18.Chen C, Meng YL, Zhong XP, et al. Research on   the Influence of Injection-Production Parameters on Challenging Natural Gas   Hydrate Exploitation Using Depressurization Combined with Thermal Injection   Stimulated by Hydraulic Fracturing. Energy & Fuels, 2021, 35: 15589-606.

19.Nie SS, Zhong XP, Chen C*, et al. Numerical   simulation of a new methodology to exploit challenging marine hydrate   reservoirs without impermeable boundaries. Journal of Natural Gas Science and   Engineering, 2021,96.

20.Zhai LH, Zhang H, Chen C*, et al. Optimisation   of hydraulic fracturing parameters based on cohesive zone method in oil shale   reservoir with random distribution of weak planes. Journal of Natural Gas   Science and Engineering, 2020, 75.

21.Zhu Y, Zhang H, Chen C*, et al. A Case Study   on the Optimal Design of the Horizontal Wellbore Trajectory for Hydraulic   Fracturing in Nong'an Oil Shale. Energies, 2020, 13.

22.Chen C, Pan DB, Yang L, et al. Investigation   into the Water Jet Erosion Efficiency of Hydrate-Bearing Sediments Based on   the Arbitrary Lagrangian-Eulerian Method. Applied Sciences-Basel, 2019, 9.

23.Yang L, Chen C, Jia R, et al. Influence of   Reservoir Stimulation on Marine Gas Hydrate Conversion Efficiency in   Different Accumulation Conditions. Energies, 2018, 11.

24.Chen C, Gao S, Sun YH, et al. Research on   Underground Dynamic Fluid Pressure Balance in the Process of Oil Shale   In-Situ Fracturing-Nitrogen Injection Exploitation. Journal of Energy   Resources Technology-Transactions of the Asme, 2017, 139.

25.Chen C, Yang L, Jia R, et al. Simulation Study   on the Effect of Fracturing Technology on the Production Efficiency of   Natural Gas Hydrate. Energies, 2017, 10.

26.Zhao F, Chen C, Han B, et al. BP-GRNN model   for deformation prediction of diaphragm wall based on multi-source data.   International Journal of Earth Sciences and Engineering, 2016, 9:

27.Zhao FZ, Chen C, Qian F. Analysis of Neural   Network Models in Prediction of Ground Surface Settlement Around Deep   Foundation Pit. International Conference on Architectural, Civil and   Hydraulics Engineering (ICACHE). Guangzhou, PEOPLES R CHINA, 2015. pp.   418-24.

28.Fang Qian, Chen C, et al. Characterization of   nong’an oil shale   pores at different temperatures, International Journal of Earth Sciences and   Engineering, 2015. v8n6, p2776-2780.

29.Zhao S, Chen C, Zhan N. Research on the   influences of insulation technology by plastic greenhouses on working   temperature in aeration tanks in cold areas in winter. International Journal   of Heat and Technology, 2015, 33: 181-6.

30.Songying Z, Chen C. Soil temperature field   analysis of radial buried tube continuous heat accumulation. International   Journal of Earth Sciences and Engineering, 2014, 7: 1931-6.

31.Wen JW, Chen C, Yan XC. Based on BP neural   network forecast bridge temperature field and its effect on the behavior of   bridge deflection. 2011 International Conference on Transportation,   Mechanical, and Electrical Engineering, TMEE 2011, December 16, 2011 -   December 18, 2011. Changchun, China: IEEE Computer Society, 2011. pp. 1333-6.

Projects：

Its Impact on Heat Extraction, 42272364, 01/2023 – 12/2026, Principal Investigator.

2. Key Project of the Jilin Provincial Department   of Science and Technology: Experimental Study on the Thermal-Mechanical   Properties of Deeply Buried Energy Piles, 20230203115SF, 01/2023 – 12/2025, Principal Investigator.

3. National Key R&D Program of China -   Transformative Technology and Key Scientific Issues: Mechanisms and Methods   of Multi-Technique Coring Drilling at Ice-Rock Interfaces and Subglacial   Bedrock, 2021YFA0719103, 12/2021 – 11/2026, Major Participant.

4. General Project of the National Natural   Science Foundation of China: Study on the Damage-Fracture Process and   Stability Control of Borehole Wall Brittle Behavior in Ice Boreholes,   41876218, 01/2019 – 12/2022, 650,000 CNY, Principal Investigator.

5. General Project of the National Natural   Science Foundation of China: Study on the Rock-Breaking Process and Mechanism   of Submarine Gas Hydrate Reservoirs under High-Pressure and Low-Temperature   Water Jet, 41672361, 01/2017 – 12/2020, 560,000 CNY, Principal Investigator.

6. New Energy Special Project: Demonstration   Project for In-Situ Development and Utilization of Oil Shale, SXGJSF2017-5,   01/2017 – 12/2022,   8,000,000 CNY, Principal Investigator.

7. International Cooperation Project of the Jilin   Provincial Department of Science and Technology: Research on Key Technologies   for Marine Gas Hydrate Replacement Exploitation, 20170414044GH, 01/2017 – 12/2019, 160,000 CNY, Principal Investigator.

8. Key Project of the Jilin Provincial Department   of Science and Technology: Research on In-Situ Volumetric Fracturing   Technology for Oil Shale, 20160204011SF, 01/2016 – 12/2018, 700,000 CNY, Principal Investigator.

9. Key Project of the National Natural Science   Foundation of China - Equipment Special Program: Coring Drilling Equipment   without Drill Rod for Deep Subglacial Bedrock in Polar Regions, 41327804,   01/2014 – 12/2020,   9,000,000 CNY, Major Participant.

10. Public Welfare Industry Research Special   Program of the Ministry of Land and Resources: Borehole Wall Protection   Technology for Deep Ice Layer Drilling, 201311041, 01/2013 – 12/2015, 2,160,000 CNY, Principal Investigator.

11. "Leapfrog Plan" Special Project of   the Ministry of Education and Ministry of Finance: National Potential Oil and   Gas Resources (Exploration and Development of Oil Shale)   Industry-University-Research Cooperation Innovation Research Project: Key   Technologies for In-Situ Drilling and Bionic Extraction of Oil Shale,   2G911H004424, 01/2010 – 12/2015, 14,270,000 CNY, Principal Investigator.

12. "Leapfrog Plan" Special Project of   the Ministry of Education and Ministry of Finance: National Potential Oil and   Gas Resources (Exploration and Development of Oil Shale)   Industry-University-Research Cooperation Innovation Research Project: Hydraulic   Extraction and Drilling Technology Laboratory for Oil Shale, 2G911H004424,   01/2010 – 12/2012,   6,275,200 CNY, Principal Investigator.

13. Key Project of the Jilin Provincial   Department of Science and Technology: High-Efficiency Wear-Resistant Bionic   Drill Bits for Oil and Gas Drilling, Not Specified, 01/2008 - 12/2011,   500,000 CNY, Principal Investigator.

14. Project of the Jilin Provincial Department of   Science and Technology: Research on Hot-Melt Method Drilling Technology for   Anchor Bolt Holes, Not Specified, 01/1998 – 12/2004, 110,000 CNY, Principal Investigator.

Patents：

1. Chen Chen; Hou Xinglan; Zhong Xuping et al.   Method of closed cycle mining of dry heat rock by multi-layer multi-branch   horizontal wells; CN117267965A; 2023, Invention

2. Chen Chen; Ma Yingrui; Meng Yilong et al. A   device and method of automatic early warning heating to inhibit hydrate   formation in a wellbore; CN112539042A; 2023, Invention

3. Chen Chen; Pan Dongbin; Chen Yong et al. An   offshore shallow gas hydrate microtubing production enhancement device and   method; CN106837259A; 2023, Invention

4. Chen Chen; Li Xitong; Sun Youhong et al. A   device and method for supporting fracture for increasing production of marine   gas hydrate; CN106545325A; 2023, Invention

5. Chen Chen; Zhu Ying; Zhang Han et al. A liquid   nitrogen refrigeration installation device for true triaxial hydraulic   fracturing simulation experiment; CN107290226A; 2023, Invention

6. Chen Chen; Zhu Ying; Zhang Han et al.   Microwave heating device and experimental method for true triaxial hydraulic   fracturing simulation experiment; CN107290224A, 2023, Invention

7. Chen Chen; Zhai Lianghao; Sun Youhong et al.   Apparatus and method for extracting natural gas hydrate from shallow   non-rock-forming strata under the seabed based on vacuum depressurization   method; CN108086962A; 2023, Invention

8. Chen Chen; Hou Xinglan; Zhong Xuping et al.   Intelligent telescopic hydraulic mining drilling tool for drilling hydraulic   mining; CN116201485A; 2023, Invention

9. Chen Chen; Zhong Xiuping; Sun Youhong et al.   Automatic hydraulic mining drilling tool; CN109538211A; 2023, Invention

10. Chen Chen; Zhong Xiuping; Sun Youhong et al.   A kind of mechanical telescopic water gun based on rack and pinion drive;   CN107939404A, 2023, Invention

11. Chen Chen; Liu Kunyan; Li Xitong et al. A   deep well measuring instrument conveying device and method; CN112112592A,   2023, Invention

12. Chen Chen; Nie Shuaishuai; Liu Kunyan et al.   A device and method for circulating seawater to inhibit hydrate formation in   a wellbore; CN112483052A, 2023, Invention

13. Chen Chen; Liu Kunyan; Meng Yilong et al. A   device and method for repairing a broken well wall; CN112523712A, 2023,   Invention

14. Chen Chen; Zhong Xiuping; Sun Youhong et al.   A kind of hydraulic electronically controlled retractable hydraulic mining   drilling tool suitable for drilling hydraulic mining; CN108843243A, 2023,   Invention

15. Chen Chen; Liu Kunyan; Pan Dongbin et al. A   method of fracturing and crevicing based on alternating hot and cold   fractured rock with controlled direction; CN111980653A, 2022, invention

16. Chen Chen; Nie Shuaishuai; Liu Kunyan et al.   Method of exploiting a cap permeable gas hydrate reservoir using branch   horizontal wells; CN112610191A, 2021, Invention

17. Fu Huilong; Chen Chen; Zhang Han et al. A   kind of submarine combustible ice drilling mining equipment; CN109057760A,   2021, Invention

18. Chen Chen;Ying Zhang;Dongbin Pan etc.   PRESSURIZED TEST DEVICE AND METHOD FOR IN-SITUMININGNATURALGAS HYDRATES BY   JETS; US 11,053,780 B2, 2021, USA Patents

19. Chen Chen; Meng Yilong; Ma Yingrui et al. An   automatic early warning heating device to inhibit hydrate formation in   wellbore; CN202023092398.6, 2021, Utility Model

20. Chen Chen; Liu Kunyan; Li Xitong et al. A   kind of deep well measuring instrument transportation device; CN213175571U,   2021, Utility model

21. Chen Chen; Meng Yilong; Nie Shuaishuai et al.   A device for circulating seawater to inhibit hydrate formation in a wellbore;   CN213869829U, 2021, utility model

22. Chen Chen; Meng Yilong; Liu Kunyan et al. A   device for repairing broken well wall; CN214170486U, 2021, Utility model

23. Chen Chen; Chen Yong; Sun Youhong et al. A   continuous sampling device and sampling method for marine natural gas   hydrate; CN107631899B, 2019, Invention

24. Chen Chen; Chen Yong; Sun Youhong et al. A   single-action rotary sampling drilling tool for marine gas hydrate   exploration CN106257265B, 2018, Invention

25. Chen Chen; Li Xitong; Sun Youhong et al.   Backfilling device and backfilling method for subsea natural gas hydrate   formation chamber; CN106224000A, 2018, Invention

26. Chen Chen; Li Xitong; Sun Youhong et al. A   device for supporting fracture for increasing production of marine natural   gas hydrate; CN207131387U, 2018, Utility model

27. Chen Chen; Zhu Ying; Zhang Han et al.   Microwave heating device for true triaxial hydraulic fracturing simulation   experiment; CN107290224A, 2018, Utility model

28. Chen Chen; Zhu Ying; Zhang Han et al. A   liquid nitrogen refrigeration installation device for true triaxial hydraulic   fracturing simulation experiment; CN107290226A, 2018, Utility model

29. Chen Chen; Jin Chengcai; Pan Dongbin et al.   Alcohol and liquid nitrogen mixed cooling natural gas hydrate rope coring   drilling tool; CN107503700A,2018, Utility model

30. Tao Ye; Chen Chen; Zhu Ying et al. Drill hole   making device for oil shale true triaxial hydraulic fracturing simulation   experiment test block; CN107290194A, 2018, Utility model

31.Chen Chen;Zhang Han;Zhang Nan et al. Ice   debris salvage cylinder for polar deep ice drilling with continuous vibration   function;CN206860128U,2018,Utility model

32. Chen Chen;Pan Dongbin;Chen Yong et al. A kind   of offshore shallow gas hydrate microtube production increase device;   CN206617144U,2017, Utility model

33. Chen Chen;Gao Shuai;Li Qiang et al. A   directional seam making method for in-situ volumetric crushing of oil shale;   CN105201477A,2017, Invention

34. Chen Chen;Gao Shuai;Wang Wei et al. An oil   shale hydraulic fracturing simulation experiment system and the method of   making experimental samples; CN 104330310 A,2016, Invention

35. Chen Chen;Li Gang;Gao Shuai et al. An   electronically controlled single-action telescopic drilling tool for borehole   hydraulic mining; CN203978436U,2015, Invention

36. Chen Chen;Li Gang;Gao Shuai et al. An   electronically controlled telescopic drilling tool for drilling hydraulic   mining; CN104005767A,2015, Invention

37. Chen Chen;Gao Shuai;Li Gang et al. A kind of   telescopic water gun based on pawl locking mechanism; CN104018840A,2015,   Invention

38. Chen Chen;Zhao Songying;Li Gang et al. A kind   of spring chuck based control telescopic water gun; CN203961980U,2015,   Invention

39. Chen Chen; Qian Fang; Wen Jiwei et al.   Apparatus and method for cyclic freeze-thaw in-situ crushing of oil shale;   CN103470224 A,2015, Invention

40. Chen Chen; Wang Cong; Zhao Guijie et al. Oil   shale heating protection sleeve CN204511414U,2015, Utility model

41. Chen Chen;Wen Jiwei;Chen Baoyi et al. Steam   injection thermal expansion type folded multi-segment   packer;CN102561987A,2014, Invention

42. Wen Jiwei.; Chen C.; Chen B.Y. et al.   High-pressure water jet rock-breaking experimental device; CN203164005U,2013,   Utility model

43. Chen Chen;Wen Jiwei. Thermal sensitive   umbrella type folded multi-layer packer; CN102418494B,2013, Invention

44. Chen Chen; Youhong Sun; Zhiqiang Fang et al.   High pressure hot jet mining method for natural gas hydrate;   CN101818635B,2012, Invention

45. Chen Chen; Wen Jiwei. Thermal umbrella packer   for segmented mining; CN102418493B,2012, Invention

46. Chen Chen; Wen Jiwei. Thermal umbrella type   folded multi-layer packer; CN202417415U,2012, Utility Model

47. Chen Chen; Wen Jiwei. Thermal sensitive   umbrella packer for segmented mining; CN202391379U,2012, Utility model

48. Wen Jiwei.; Chen Chen. Recoverable flying   tube; CN202401986U,2012, Utility Model

Honors and Awards：

1. Second Prize of the National Technological   Invention Award: Key Technologies for Cold Drilling and Hot Extraction of   Terrestrial Natural Gas Hydrate, 2016, 3/6.

2. First Prize of the Ministry of Education   Technological Invention Award: Key Technologies and Applications for Cold   Drilling and Hot Extraction of Natural Gas Hydrate, 2015, 3/6.

3. First Prize of the Ministry of Education   Scientific and Technological Progress Award: Innovation and Application of   Oil Shale Resource Evaluation and Comprehensive Utilization Technology, 2020,   15/43.

4. Second Prize of the Jilin Provincial Natural   Science Award: Cold Sampling Method for Natural Gas Hydrate Bottom Hole,   2012, 3/4.

5. Third Prize of the Jilin Provincial Science   and Technology Award: Experimental and Technical Research on Solar Concrete   Thermal Storage Pile Heating (Cooling) System, 2017, 5/7.

6. First Prize of the Jilin University   Experimental Achievement Award: High-Pressure Water Jet Testing and Rock   Fragmentation Experimental Device, 2014, 1/6.

7. Third Prize of the Ministry of Geology and   Mineral Resources Achievement Award: Research on the Flow Field and   Purification Process of Large Diameter Reverse Circulation Drilling, 1995,   1/5.

8. Third Prize of the Ministry of Geology and   Mineral Resources Achievement Award: Atlas of Large-Diameter Drill Bits,   1993, 2/3.

9. Outstanding Communist Party Member of Jilin   University, 2011.

10. Outstanding Contributor Expert Title of   Changchun City, 2018.

11. Tang Aoqing Scholar Talent Position at Jilin   University, 2020.

12. Excellent Doctoral Dissertation Supervisor at   Jilin University, 2022.

13. Excellent Doctoral Graduate Supervisor at   Jilin University, 2022.

14. Outstanding Contributor in the National   Geothermal Industry, 2023.

15. Excellent Master's Thesis Supervisor at Jilin   University, 2024.

Courses: