E-mail：wangyugao@tyut.edu.cn
Address：Chemical Building 3111.Course
Undergraduate courses: Coal Chemical Technology; Coal Chemistry
2.Paper
(1) Participated in the compilation of the textbook "Coal Chemical Technology";
(2) As the first author, he has published many educational reform papers in Educational Theory and Practice.
3.Project
(1) Presided over a school-level teaching reform project "Practical Teaching Reform of Coal Chemical Industry Based on Virtual Simulation in the Background of New Engineering".
(2) As an instructor, he presided over a provincial university student innovation and entrepreneurship project "Carbon dioxide responsive solvent extraction and separation of aromatic components from coal tar residue".
(3) Presided over the Ministry of Education co-operative project “Exploring smart coal chemical teaching system based on Niagara (201901138032)”.
1.Research Interests
Efficient utilization of coal and coal-based solid organic residues; Chemical use of carbon dioxide.
2.Paper
He has published more than 20 academic papers as the first author and corresponding author. The representative papers are as follows:
(1) Niu Ze-Shi，Wang Yu-Gao*，Shen Jun, et al. Insight into aromatic structures of a middle-temperature coal tar pitch by direct characterization and ruthenium ion-catalyzed oxidation，Fuel，2019，241：1164-1171.
(2) Wang Yu-Gao，Niu Ze-Shi，Shen Jun，et al. Formation of benzene polycarboxylic acids using alkali‑oxygen oxidation of coal-tar pitch pre-treated by extraction and air-blowing，Fuel Processing Technology，2019，185：100-105.
(3) Wang Yu-Gao，Niu Ze-Shi，Shen Jun，et al，Extraction of direct coal liquefaction residue using dipropylamine as a CO2-triggered switchable solvent，Fuel Processing Technology，2017，159：27~30
(4) Wang Yu-Gao，Wei Xian-Yong，Wang Sheng-Kang，et al，Structural evaluation of Xiaolongtan lignite by direct characterization and pyrolytic analysis，Fuel Processing Technology，2016，144：248~254
(5) Wang Yu-Gao，Wei Xian-Yong，Liu Jing，et al，Oxidation of Shenmu char powder with aqueous hydrogen peroxide-acetic anhydride，Fuel Processing Technology，2015，136：56~63
(6) Wang Yu-Gao，Wei Xian-Yong，Wang Sheng-Kang，et al，A FeCl3-based ionic liquid for the oxidation of anthracene to anthraquinone，Fuel Processing Technology，2015，135：157~161
(7) Wang Yu-Gao，Wei Xian-Yong，Xie Rui-Lun，et al，Structural Characterization of Typical Organic Species in Jincheng No. 15 Anthracite，Energy & Fuels，2015，29（2）：595~601
3.Patent
(1) Wang Yu-Gao，Shen Jun，Niu Ze-Shi，et al，A method for extracting and separating coal carbon residues, 2017.11，Chinese invention patent, ZL 2015 1 0757509.5
(2) Shen Jun，Wang Yu-Gao，Feng Yong-Hui, et al，A preparation method of environmentally friendly modified coal tar pitch, 2018.11, Chinese invention patent, ZL 2016 1 0895574.9
(3) Wei Xian-Yong，Qi Shi-Chao，Li Zhan-Ku，Wang Yu-Gao，Li Peng，Liu Fang-Jing，et al，Preparation method of supported ultrafine amorphous metal nickel catalyst for full hydrogenation of aromatic ring, 2017.1.6, International Patent, Patent No. 6086883
(4)Wei Xian-Yong，Qi Shi-Chao，Li Zhan-Ku，Wang Yu-Gao，Li Peng，Liu Fang-Jing，et al，Preparation method of supported ultrafine amorphous metal nickel catalyst for full hydrogenation of aromatic ring, 2013.5.8, China, CN201310062690.9
(5)Wei Xian-Yong，Li Xiang，Ma Wei-Wei，Liu Fang-Jing，Wang Yu-Gao，Li Zhan-Ku，et al，Preparation method of supported solid super base catalyst, 2016.3.9, China, CN201410396447.5
(6)Wei Xian-Yong，Li Peng，Lu Yao，Wang Yu-Gao，Zong Zhi-Min，Zhao Liang，et al，Multi-segment chromatography column, 2012.7.4, China, CN201210022208.4
4. Projects
(1) Key R&D project of Shanxi Province (in terms of social development), 201903D321061, Low-energy recovery and fine separation of aromatic ring compounds in coal tar residue, 2019.09-2021.09, 150,000 RMB, in progress, lead
(2) National Natural Science Foundation of China Youth Project, 21706172, Gradual oxidation and depolymerization of thermally dissolved residues of middle and low rank coal coupled with carbon dioxide carboxylation to prepare mellitic acid, 2018/01-2020/12, 250,000 RMB, in progress, lead
(3) Science and technology innovation project of colleges and universities in Shanxi Province, 201802025, Research on the distribution and toxicological characteristics of aromatic ring structure in coal tar pitch, 2018/09-2020/12, 20,000 RMB, in progress, lead
(4) NSFC-Shanxi Coal-based Low-Carbon Joint Fund, U1710102, Basic research on the efficient fractional utilization of low- and medium-rank coal based on mild directional hydrocracking and fractional extraction, 2018/01-2020/12, 650,000 RMB, in progress, Participate (ranked second)
(5) China University of Mining and Technology, Ministry of Education Key Laboratory of Coal Processing and Efficient and Clean Utilization Open Fund, CPEUKF1701, Preparation of benzoic acid by oxidative depolymerization of middle and low rank coal, 2017/01-2017/12, 20,000 RMB, completed, lead
(6) NSFC-Shanxi Coal-based Low-Carbon Joint Fund, U110223, Basic research on high-value utilization of high-temperature coal tar, 2017/01-2020/12, 2.56 million RMB, in progress, participating
5.Honors
2019 Second Prize of Taiyuan University of Technology Young Teachers' Basic Skills Competition
2017 Second Prize of Taiyuan University of Technology Young Teachers' Basic Skills Competition
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