EDUCATION/WORK BACKGROUND

• 09/2015-06/2018

  China University of Petroleum-Beijing

  Major: Oil/gas Drilling Engineering

  Degree: Doctor of Engineering

• 09/2006-07/2009

  First Institute of Oceanography, Ministry of Natural Resources

  Major: Marine Geology (Offshore oil and gas engineering)

  Degree: Master of Science

• 2002/09-07/2006

China University of Petroleum-East China

Major: Offshore Oil/Gas Engineering

Degree: Bachelor of Engineering

• 07/2009-09/2015

Offshore Petroleum Co. of LIAOHE Oilfield, CNPC

Major: Offshore Oil/gas Production Technology

• 06/2018-

Faculty of Earth Resources, China University of Geosciences, Wuhan

ACADEMIC WRITINGS

• Kan Changbin, et al. A Novel Mitigation on Deepwater Annular Pressure Buildup: Unidirectional Control Mode. Journal of Petroleum Science and Engineering.2018, 162: 577-587.

• Kan Changbin, et al. Field Experimental Investigation on Bit Stick-out for Different Soil Strengths during Deepwater Conductor Injection. Journal of Petroleum Science and Engineering. 2018, 169: 825-836.

• Kan Changbin, et al. Investigation of Novel Deepwater Composite Drilling Conductor on Bearing Characteristics. Journal of Petroleum Science and Engineering. 2018, 171:289–301.

• Kan Changbin*, et al. Effect of Different Clay Minerals on Heavy Oil Oxidation during Ignition Process. Energy & Fuels. 2017. 31:12839−12847.

• Kan Changbin, et al. Structural design and load-carrying characteristics analysis of tools for deep-water and low-pressure wellhead running in. Petroleum Science Bulletin, 2017. 2(2): 279-287.

• Kan Changbin, et al. Numerical Simulation of Thermal Stress on Entrapped Pressure of Deepwater and Further Research on Anti-thermal-stress Casing Tools. 2016. SPE 2536969.

• Kan Changbin, et al. Bearing Characteristics of Composite Conductor Structure: Deepwater Conductor Pipe with Suction Bucket Foundation. 2018. OTC 28541.

RESEARCH EXPERIENCE

• Project: Study on the evolution mechanism of life cycle bearing capacity of deepwater conductor,

  National Natural Science Foundation of China (No.51774301)  

• Project: Research on the basic theory of the key technology of shallow stratum drilling in deepwater,

  National Natural Science Foundation of China (No. 5143000187)  

• Project: Research on key technology and the basic theory of shallow drilling in deep water

  National Natural Science Foundation of China (No. 51434009)  

• Project: Study on the technology of high efficiency running in of deepwater surface string and the stability of borehole wall in deep complex formation

  Major National Projects during the 13th Five Year Plan (No.2016ZX05032004-003)

HORNORS&AWARDS

• Research and application of key technologies for deepwater fast drilling, First Prize of Science & Technology Progress Award (2017), China Petroleum and Chemical Industry Federation.