Mei Shuqi, 

doctor, 

senior engineer,

 master's tutor

National Excellent Postdoctoral in Innovation and Entrepreneurship, 

the third level of "131" innovative talents in Tianjin

E-mail：shuxingmei@cupk.edu.cn

 TEL：0990-6633327

Educational experience

2006-2010 Tianjin Urban Construction University Undergraduate

2010-2013 Master of China University of Petroleum (Beijing)

2016-2020 Doctor of Hebei University of Technology

Work experience

2013-2020 Tianjin Bohua Yongli Chemical Co., Ltd. Engineer/Senior Engineer R&D Project Leader

2021-2023 Fudan University Senior Engineer Postdoctoral

2023-present China University of Petroleum (Beijing) Karamay Campus Senior Engineer Master Tutor

Teaching courses

1. Modern instrument analysis and experiment

2. Engineering chemistry

Research direction

1. Electrocatalytic hydrogen production/carbon dioxide reduction/degradation of organic wastewater

2. Functional nanoparticle design

3. Modification of composite materials

Research project

1. 2013.9-2014.12 Key R&D projects of Tianjin Bohai Chemical Group (department and bureau level), technical leader

2. 2016.1-2018.12 Tianjin Industry and Information Technology Commission Science and Technology Special Fund Project (provincial and ministerial level), technical person in charge

3. 2021.11-2023.12 Hubei Province Green Light Industry Materials Key Laboratory Open Fund (provincial and ministerial level), host

4. 2021.1-2023.1 China Doctoral Back Fund (National Level), Host

5. 2022.12-2027.11 National Key Research and Development Plan Nanotechnology Project, Technical Backbone

6. 2023.11-2025.12 Guoneng Xinjiang Chemical Co., Ltd. Enterprise Horizontal Project, Host

Major achievements (patents and awards, etc.)

Patent:

1. Mei Shuzhan, Pang Shuanlin, Li Zhishui, Li Yabin, Xie Zhiyong, Ding Jian, Wang Songxiao, Wang Jianda, Tang Jingjing, Li Wenxing. A treatment device for fluorine-containing wastewater from coal gasification. ZL212375038U.

2. Mei Shuqi, Pang Shuanlin, Li Zhishui, Li Yabin, Xie Zhiyong, Wang Songxiao, Ding Jian, Wang Jianda, Tang Jingjing. A device for purifying alkaline mother II by PE membrane method. ZL 212594430U.

3. Mei Shuqi, Xie Zhiyong, Li Manzhi, Li Zhishui, Nie Zenglai, Pang Shuanlin, Ma Liang, Wang Songxiao. A device for pre-carbonization to improve the granularity of baking soda. ZL 209567818U.

4. Zhu Liang, Xie Zhiyong, Mei Shuzhan, Sha Zuoliang, Wang Yanfei, Li Zhishui, Yang Libin, Nie Zenglai, Ai Ruixuan, Wu Yanfang. A method of producing large-grained baking soda. ZL105819471A.

5. Xie Zhiyong, Mei Shuzhan, Li Zhishui, Nie Zenglai, Wu Yanfang, Li Yunhui, Zhang Lanjun. A device to improve the granularity of baking soda by carbonization. ZL205653182U.

6. Pang Shuanlin, Xie Zhiyong, Mei Shuqi, Li Zhishui, Zhang Fujin, Wang Songxiao, Ma Liang. A production method to improve the particle size of carbonized baking soda products. ZL104402023A.

7. Zhu Liang, Xie Zhiyong, Mei Shuzhan, Sha Zuoliang, Wang Yanfei, Li Zhishui, Yang Libin, Nie Zenglai, Ai Ruixuan, Wu Yanfang. A device for the production of large-grained small soda. ZL 205773391U.

8. Mei Shuzhan, Pang Shuanlin, Li Zhishui, Li Yabin, Xie Zhiyong, Ding Jian, Wang Songxiao, Wang Jianda, Tang Jingjing, Li Wenxing. A treatment method and device for coal gasification fluorine-containing wastewater. CN 111087094A. (Invention patent, substantive examination stage)

9. Mei Shuqi, Pang Shuanlin, Li Zhishui, Li Yabin, Xie Zhiyong, Wang Songxiao, Ding Jian, Wang Jianda, Tang Jingjing. A method and device for purifying the alkaline mother II liquid by PE membrane method. CN 111672193A. (Invention patent, substantive examination stage)

10. Pang Shuanlin, Mei Shuqi, Xie Zhiyong, Li Manzhi, Li Zhishui, Nie Zenglai, Ma Liang, Ding Jian. A device and production method for improving the granularity of baking soda by pre-carbonization. CN 108975355A. Invention patent, substantive examination stage)

Rewards:

1. 2021.12 Won the Bronze Award of the First National Postdoctoral Innovation and Entrepreneurship Competition and the honorary title of "National Excellent Postdoctoral Innovation and Entrepreneurship";

2. 2021.12 Received the "Shanghai Postdoctoral Daily Fund (160,000 yuan) Fund";

3. The project hosted on 2020.10 won the "Second Prize for Scientific and Technological Progress of China Soda Industry Association";

4. 2019.01 The project presided over passed the appraisal of the achievements of the Tianjin Science and Technology Commission, and Jinkecheng Jianzi (2019) 005;

5. 2015.01 The project passed the achievement appraisal of Tianjin Industry and Information Commission, Tianjin Industry and Information Technology Science and Technology (2015) 002

Paper:

1. S. X Mei, M. W Pan, J Wang, X. P Zhang, S. F Song, C Li, G Liu. Polymer Chemistry. 2020, 11: 3136-3151.

2. S. X Mei, M. W Pan, S. S Gao, S. F Song, J. Wang, G. Liu. New Journal of Chemistry. 2020, 44: 8366- 8378.

3. S. X Mei, S. L Pang, M. W Pan, Z. Y Xie, Z. S Li. Inorganic Chemicals Industry. 2020, 52:26-31

4. Y. Tao, S. X Mei, H. K Yi, X. S Pan, R. Zhang, Z Li. Composites Science and Technology, 2023, 244,110314. (共同一作)

5. S. X Mei, H. K Yi, Y. T Xu, J. Zhao, Z Li, L. M Wu. Nature Communication, 2023, Under review.

6. H. K Yi, S. X Mei, Y. T Xu, J Zhao, Z Li. Composites Part A, 2023, Under review. (共同一作)

7. M.J Li, S. X Mei, Y Zheng, L Wang, L. Q Ye. Chemical Communications, 10.1039/d3cc04435a.

8. Y. T Xu, W. Guo, S. Q Zhou, H. K Yi, G. Q Yang, S. X Mei, K. K Zhu, H. Wu, Z Li. Advanced Functional Materials. 2022, 32:2200961.

9. Y. Y Han, M. W Pan, J. F Yuan, S. X Mei, L Zhu, G Liu, H. F Yu. Nanotechnology. 2018, 29:455602.

10. S. S Gao, S. F Song, J Wang, S. X Mei, J. F Yuan, M. W Pan, G Liu. Colloids and Surfaces A. 2019, 577: 360-369.