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Name: | Ding Xue | |||||
Academic Title: | Associate professor | |||||
Advisor Type: |
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Department: | Chemical Engineering Department | |||||
Research Interests: | chemical reaction engineering, molecular simulation | |||||
E-Mail: | dingxue@upc.edu.cn | |||||
Telephone: | 13954261620 | |||||
◎Educational Background | ||||||
2001-2005, China University of Petroleum(east China), College of Chemistry and Chemical Engineering, Bachelor of engineering 2005-2010,China University of Petroleum(east China), College of Chemistry and Chemical Engineering, Doctor of engineering | ||||||
◎Work Experience | ||||||
2010-2016,China University of Petroleum(east China), College of Chemistry and Chemical Engineering,Department of Chemical Engineering,lecturer 2017-, China University of Petroleum(east China), College of Chemistry and Chemical Engineering,Department of Chemical Engineering,associate professor | ||||||
◎Research Direction | ||||||
[1]chemical reaction engineering [2]molecular simulation | ||||||
◎Research Project | ||||||
[1]Simulation of shale oil production by low frequency electric field heating, National Natural Science Foundation of China, General Program [2]Simulation of shale oil production by low frequency electric field heating in shale reservoir, Natural Science Foundation of Shandong Province, General Program [3] Quantitative evaluation of adsorbed gas amount of shale based on molecular simulation, Natural Science Foundation of Shandong Province, Joint Program | ||||||
◎Representative Papers and Patents | ||||||
1. Paper [1] Pore size distributions contributed by OM, clay and other minerals in over-mature marine shale: A case study of the Longmaxi shale from Southeast Chongqing, China. Marine and petroleum geology, 2020(122):104679 [2]Simulations of thermodynamic analysis of the adsorption of mixed CH4 and N2 on Silicalite-1 molecular sieve. Journal of Nanoscience and nanotechnology, 2017, 17: 6732-6737 [3] Molecular Simulations of FCC Dry Gas Components Adsorption in Zeolite Y1. China petroleum processing and petrochemical technology, 2016, 18(1):99-107
2.Patent [1] A method for calculating the content of adsorbed gas in shale gas reservoir, ZL201710788371.4 [2] The invention relates to a coking method for processing bio-oil, ZL201510890275.1 [3] A method for co-catalytic cracking of bio-oil and petroleum fractions dispersed by organic solvents, ZL201410257666.5 | ||||||
◎Representative Works | ||||||
[1]Chemical Process Simulation Training -- Aspen Plus Tutorial | ||||||
◎Awards and Honors | ||||||
[1]Chemical Process Simulation Training -- Aspen Plus Tutorial, First-class Teaching Materials in Shandong Province [2]Chemical Simulation Training Course, Second prize for university-level teaching achievements [3] Teaching reform of chemical thermodynamics -- Practice and innovation of 3333 mode, Third prize for university-level teaching achievements [4] Second prize of young teacher lecture competition [5] Excellent instructor of extracurricular science and technology activities for college students | ||||||
◎Courses Offered | ||||||
Undergraduate:《Chemical Engineering Thermodynamics》《Introduction to petroleum processing》《Introduction to petroleum and Natural Gas processing》《Chemical process simulation training》《Chemical process simulation》《Professional practice》《Chemical engineering design》 Postgraduate:《Professional master concentrated practice》(simulation training) | ||||||
◎Student Training | ||||||
1.Supervise Postgraduate Students 2.Typical student: 3.Admissions Instructions: | ||||||
◎Part-time Academic Job | ||||||
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