Organic Modification of Natural Clay Minerals and Its Adsorption on Anionic PPCPs (eBook)

This book mainly investigates the adsorption of anionic diclofenac sodium on natural clay minerals, the adsorption of anionic chloramphenicol on natural clay minerals and the behavior of surface and interface modification or adsorption on clay minerals. It has significant guidance for learning the transfer and fate of pharmaceuticals and personal care products (PPCPs) in the soil. It develops an efficient, low-cost adsorbent material and provides theoretical basis and valuable reference for the effective prevention of groundwater contamination of PPCPs in the field of environmental engineering.

Ken Sun obtained his Ph.D. degree in China University of Geosciences (Beijing) and is an associate professor of North China University of Water Resources and Electric Power. He is the key young teacher of Henan Province, the dissertation evaluation expert of the Academic Degree and Postgraduate Education Center of the Ministry of Education, China, the rural water supply expert of China Irrigation and Drainage Development Center, the environmental protection expert of the Ecological Environment Department of Henan, the farmland construction expert of the Agriculture and Rural Affairs Department of Henan, etc. He mainly engages in the research of water ecology and water system health, sewage resource utilization, water pollution prevention and control. He has hosted or participated in more than 20 national and provincial projects, published more than 40 academic papers, and obtained 4 national invention patents.

---

This book mainly investigates the adsorption of anionic diclofenac sodium on natural clay minerals, the adsorption of anionic chloramphenicol on natural clay minerals and the behavior of surface and interface modification or adsorption on clay minerals. It has significant guidance for learning the transfer and fate of pharmaceuticals and personal care products (PPCPs) in the soil. It develops an efficient, low-cost adsorbent material and provides theoretical basis and valuable reference for the effective prevention of groundwater contamination of PPCPs in the field of environmental engineering.