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Yi Shu Ping

Professor
Environment Science
South University of Science and Technology of China
China

Biography

Yi Shu Ping, Spain Universidade Da Coruna hydro geology professional doctorate. Associate Professor, School of Environmental Science and Engineering, Southern University of Science and Technology, Deputy Director of Shenzhen Key Laboratory of Soil and Groundwater Pollution Prevention. He has 14 years of experience in hydrogeology and environmental engineering, including 4 years of EU joint project research experience and 5 years of engineering experience. Mainly engaged in nuclide migration mechanism and simulation, soil and groundwater pollution remediation, and environmental engineering applications in the field of hydrogeology research, has presided over more than 20 research and production and research projects. Published nearly 30 papers, the preparation of national standards 1, won the national outstanding engineering consulting award first prize 1, provincial and ministerial level science and technology prize three prize 1, provincial and ministerial level outstanding engineering consulting award first prize 2 items. 2009 won the national outstanding self-financed student scholarship, in 2014 won the Youth Geological Science and Technology Award - Silver Hammer Award, 2016 was awarded the Shenzhen Overseas high-level talent (Peacock Class C) title.

Research Interest

1) Radioactive waste disposal and nuclide migration mechanism and simulation 2) Soil groundwater pollution mechanism and repair 3) Environmental Engineering Application of hydrogeological technology

Publications

  • Yi S, Javier S, Acacia N, Thomas G, Josep M, et al. (2012) Identifiability of diffusion and retention parameters of anionic tracers from the DR experiment. Journal of Hydrology.

  • Yi S, Haiyi Ma, Zheng C, Ren G, Hu X, A field-scale long-term study on radionuclides in transit weathered granites at a site in Southern China. Environmental Earth Science.

  • Yi S, Samper J, Acacia N, Soler JM, (2015) A single-site reactive transport model of Cs + for the in situ diffusion and retention.

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