Wang Zhipu, Ph.D., associate professor, master's supervisor. E-mail： wzpcumt@163.com; wzpcupk@cupk.edu.cnTEL：0990-6633318 Educational experience:2003 China University of Mining and Technology2009 China University of Mining and Technology (Beijing) Master2019 Doctor, China University of Mining and Technology (Beijing)The main research areas : organic solid waste resourceization and pollution control, soil groundwater pollution remediation, environmental remediation multi-functional materials, environmental planning and management, etc.Teaching courses:[1] Water Pollution Control Project[2] Introduction to Environmental Science[3] Petroleum Industry and Environmental ProtectionResearch and enrollment direction:[1] Materials and Chemical Engineering[2] Resource utilization of organic solid waste thermochemistry (pyrolysis, hydrothermal carbonization)[3] Control and repair of soil groundwater pollution (heavy metals, petroleum hydrocarbons)[4] Environmental restoration multi-functional material (biochar)[5] Environmental monitoring and environmental impact assessment[6] Environmental planning and managementScientific research projects:[1] Karamay City Organization Department-School-Enterprise Cooperative Education Project, 2022, Project Leader.[2] The Third Scientific Research Project of the Ministry of Science and Technology in Xinjiang - Investigation on the Ecological and Environmental Effects of National Major Energy Projects on the North Slope of Tianshan - Topic 2: Investigation of Soil Pollution and Vegetation Coverage of the Fossil Energy Base on the North Slope of Tianshan, 2022, the backbone of the project.[3] Research on the effect and mechanism of the natural science fund project of Xinjiang Uygur Autonomous Region, the collaborative pyrolysis of sludge and straw to prepare biocarbon to remediate oil-contaminated soil, 2021, project leader.[4] Xinjiang Uygur Autonomous Region Dutianshan Youth Program Project, Research on Sludge-based Biocarbon Remediation Mechanism of Pb and Cu Complex Contaminated Soil, 2020, Project Leader.[5] Karamay City Innovative Talent Project, oily sludge and cotton straw co-pyrolysis product quality improvement and heavy metal passivation mechanism research, 2020, project leader.[6] China University of Petroleum (Beijing) Karamay Campus introduces talents to start the scientific research project, research on the characteristics of biomass and oily sludge co-pyrolysis products, in 2019, project leader.[7] Open Fund Project of the State Key Laboratory of Iron and Steel Industry Environmental Protection, Oil Sludge Energy Consumption Analysis and Catalytic Mechanism Research, 2018, Project Backbone.[8] National key research and development plan of the Ministry of Science and Technology, research on the impact pathways and mechanisms of coal development on regional ecological security, 2017, project backbone.[9] Environmental Impact Assessment Report of the Highway Construction Project from Agarsen Township to Turks County, Gongliu County, 2016, Project Leader.[10] The 13th Five-Year Plan of National Environmental Protection entrusted topics, typical regional ecological cost-effectiveness accounting and assessment system design, 2015, project backbone.[11] Construction plan of ecological civilization demonstration county in Nilek County, Xinjiang, commissioned by the local government, 2015, the backbone of the project.[12] The sub-topic of the comprehensive directory supporting environmental and economic policies of the Ministry of Environmental Protection, the application research of the comprehensive environmental protection directory in the pricing mechanism of resource-based products, mainly completed in 2015.[13] Major Consulting Project of the Chinese Academy of Engineering "Strategic Research on the Construction of Ecological Civilization in the North Slope Economic Belt of Tianshan, Xinjiang" sub-topic 1 "Major Resource and Environmental Problems Facing the Economic Belt of the North Slope of Tianshan", in 2014, the backbone of the project.Patent :[1] Du Chun'an, Wang Zhipu, Zhang Haibing. Oilfield sewage treatment pry installation device. ZL202020283269.6[2] Wang Zhipu, Du Chun'an, Zhang Haibing. Pyrolysis disposal device for oily sludge. ZL202122797170.5[3] Zhang Haibing, Shen Rong, Niu Leibo, Wang Zhipu, Du Chun'an. A treatment method for oilfield sewage and its device. ZL202110784230.1Honors and rewards:[1] In 2022, the third prize of the 16th Autonomous Region Natural Science Excellent Academic Paper Award of the Autonomous Region ranked first.[2] In 2021, it was selected into the "Tianshan Youth" Talent Plan of Xinjiang Uygur Autonomous Region - Excellent Youth Project.[3] In 2020, the 7th Karamay Youth Science and Technology Creative Invention Competition, the Excellent Instructor Award (students won the third bronze medal).Social and academic part-time jobs:[1] Member of the Hazardous Waste Identification Expert Committee of the Autonomous Region[2] National Registered Environmental Impact Assessment Engineer[3] National Registered Urban and Rural PlannerPaper:[1] DanLiu,Chunrong Wang, Zhipu Wang, Yixi Sun, Xianjie Liu, Shuang Xiao, LingLi Jia. Magnetically separable NiFe2O4/sepiolite catalyst for enhanced ozonation treatment of quinoline and bio-treated coking wastewater in a catalytic ozonation system. Process Safety and Environmental Protection, 2022, 159:422-432.二区; IF: 6.158.[2] Haibing Zhang*, Yasong Zhou, Shaohui Guo, Zhipu Wang, Qing Wang. Mineralization of High-Concentration Aqueous Aniline by Hybrid Process. Water, 2022,14:12541.三区;IF:3.103.[3] Wang Zhipu*, Shen R, Ji S, et al. Effects of biochar derived from sewage sludge and sewage sludge/cotton stalks on the immobilization and phytoavailability of Pb, Cu, and Zn in sandy loam soil . Journal of Hazardous Materials, 2021, 419:126468.一区; IF: 10.588.[4] Wang Zhipu*, Rehemituli R, Zhang X. Study on the Compressive Strength of Alkali Activated Fly Ash and Slag under the Different Silicate Structure. Materials, 2021, 14(9):2227.三区; IF: 3.623.[5] Zhipu Wang*, Rezeye Rehemitulia, Xiaowen Xieb, Henan Zhuc, Xinqian Shu. Co-pyrolysis of sewage sludge/cotton stalks with K2CO3 activation for further improving porosity and reducing ecological risks of heavy metals in biochar. Waste Management.2021,91(05):425-418. 一区; IF: 7.145.[6] Zhipu Wang*, Shun Liu, Kai Liu**, Shibo Ji, Mingming Wang, Xinqian Shu. Effect of temperature on pyrolysis of sewage sludge: biochar properties and environmental risks from heavy metals . E3S Web of Conferences 237, 01040 (2021) ,EI论文.