Xiong Xiaoqin,

master's degree, 

associate professor, 

master's supervisor

E-mail: xiongxiaoqin@cupk.edu.cn

Office phone number: 0990-6633310

Educational experience

2000-2004 Southwest Petroleum University Undergraduate

2004-2007 Master of Southwest Petroleum University

Work experience

2007-2014 Xinjiang Oilfield Company Engineer

2014-2017 Senior Engineer of Xinjiang Oilfield Company

2017-present Associate Professor and Master's Supervisor of Karamay Campus, China University of Petroleum (Beijing)

Teaching courses

1. Oil and gas collection and transportation

2. Health, safety and environment of oil and gas storage and transportation engineering

3. Basics and application of crude oil rheology

4. Oil and gas storage and transportation engineering drawing

Research direction

1. Optimization of oil and gas collection and transmission technology

2. Scheduling optimization of crude oil transmission and distribution system

Research project

During the period of working in Xinjiang Oilfield Company, he was responsible for or participated in the completed scientific research projects: "Research on energy-saving technology of single well water collection and transportation of heavy oil in Hongshan Oilfield", "Research on the technology of viscosity reduction and transportation of heavy oil in Ji 7 well area", "Research on the safe and economic collection and transportation technology of waxy crude oil in Xinjiang Desert Oilfield", "Tai 28 well area of Xinjiang Oilfield and Ji 7 Research on the technology of heavy oil ground collection and transportation in the well area, Research on the technology of CO2 drive ground collection and transportation treatment technology, Research on the optimization of the transportation process of Xinjiang oilfield crude oil pipeline network, Research on the super heavy oil transportation process in Fengcheng, Research on the safe operation technology of crude oil low temperature handover pipeline, etc.

 Scientific research projects:

1. 2018.07-2021.06, Research on the Cold Transmission Process of High Condensation Dissolved Gas Crude Oil, Department of Science and Technology of Xinjiang Uygur Autonomous Region, Youth Fund Project;

2. 2018.07-2020.06, research on the optimization of crude oil transmission and distribution process in Mahu Oilfield, China University of Petroleum (Beijing) Karamay Campus, the school launched the fund project;

3. 2018.10-2019.12, Research on the Optimization of Xinjiang Oilfield Crude Oil Transmission and Distribution System, Xinjiang Oilfield Oil and Gas Storage and Transportation Company.

4. 2020.05-2020.12, Research on the Optimization of Xinjiang Oilfield Crude Oil Transmission and Distribution System (Phase II), Xinjiang Oilfield Oil and Gas Storage and Transportation Company;

5. 2021.08-2021.12, operation analysis and application research of the water injection system of the second oil production plant, the second oil production plant in Xinjiang oilfield.

Major achievements (patents and awards, etc.)

1. Thermal oil pipeline low-temperature environment simulation and radial temperature monitoring system Invention patent No.: ZL2012 1 0408575.8, ranked 3rd;

2. Ultra-heavy oil mixed liquefied petroleum gas fluidity evaluation method and its supporting device Invention patent patent number: ZL 2019 10314426.7, ranked 4th;

3. Rare oil ground collection and transportation system Invention patent Patent number: ZL2015 1 1032357.9, ranked 6th;

4. In 2015, "Key Technologies and Applications of Heavy Oil Mixed Water Transmission" won the China Petroleum and Chemical Automation Application Association, second prize for scientific and technological progress, ranking 8th;

5. In 2020, the Oil and Gas Engineering Technology Collaborative Research Platform won the China Petroleum and Chemical Automation Application Association, and ranked 4th in the third prize of scientific and technological progress.

Paper:

1.Xiong, Xiaoqin.Study examines low-temperature pipeline transport of high pour point crude oil.OIL & GAS JOURNAL..2018.

2. Xiong Xiaoqin, Shu Qing, Liu Yanchang, etc. Research and application of mixed crude oil density model. Chinese Science and Technology Paper, 2020.

3. Shu Qing, Xiong Xiaoqin, Zeng Jun, etc. Mixed crude oil density calculation model. Oil and gas storage and transportation, 2020.

4.Xiong, Xiaoqin. Experimental study on cathodic protection potental distribution of metal storage tanks and walls based on safety and environmental protection requirements.Fresenius Environmental Bulletin,2020.