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Nanotechnology is one of the strategic frontier fields in the 21st century, and environmental pollution is a global problem faced by mankind.
The environmental nanoscience and technology developed under this background has also become an international frontier field and research hotspot
.
Due to the quantum size effects, small size effects, surface and interface effects, and macroscopic quantum tunneling effects of nanomaterials at the nanoscale, nanomaterials have special advantages in water environment monitoring and water pollution control
.
Researcher Liu Wen from the School of Environmental Science and Engineering and his collaborators systematically summarized the frontier research on nanotechnology water treatment and compiled a monograph " Emerging Nanotechnologies for Water Treatment " (RSC Publishing, Print ISBN978-1-83916-302 -9), recently published online on the RSC official website
.
The book has 17 chapters and 542 pages, which comprehensively summarizes emerging and cutting-edge nanotechnology in water treatment, including nanomaterial adsorption technology, nanoreduction technology, photocatalysis technology, heterogeneous catalysis (excited persulfate, peracetic acid, peroxidation Hydrogen, etc.
), nanobubble technology, nanofiltration membrane technology, etc.
, the monograph also discusses the water environment monitoring technology with nanosensors as the core, and the water environment behavior, impact and toxicology of nanomaterials
.
Monograph cover and back cover
This book belongs to the series "Chemistry in the Environment" under RSC , edited by Professor Dionysios D.
Dionysiou, a famous scholar in the field of environmental chemistry and environmental nanotechnology in the United States .
The book " Emerging Nanotechnologies for Water Treatment " was also invited by Prof.
Dionysios D.
Dionysiou and co-edited by Prof.
Liu Yanbiao from Donghua University, Prof.
Wang Chongchen from Beijing University of Civil Engineering and Architecture, and Liu Wen .
The book also invited scholars from China, the United States, Australia, Denmark, India and other countries to write relevant chapters .
In addition to organizing and editing, Liu Wen also authored the chapter "Chapter 7: Application of Titanate Nanotubes for Water Treatment " and participated in the writing of the chapter "Chapter 17: The Different Toxicity and Mechanism of Titanium Dioxide (TiO2) and Titanate Nanotubes (TNTs) ) on Escherichia coli " , two chapters systematically summarize the application and environmental toxicology of titanate nanomaterials in water treatment
.
The authors of Chapter 7 also include postdoctoral fellows Ji Haodong and Duan Jun from Liu Wen's research group, and Chen Long, a 2018 doctoral student
.
This monograph has guiding significance for a comprehensive understanding of the current research priorities and hot spots, development trends, technical principles and advantages, technical applicability, and engineering practice effects of water treatment nanotechnology
.
About the author: Liu Wen, born in 1986, is a researcher and doctoral supervisor of the School of Environmental Science and Engineering, Peking University, and a Young Boya Scholar of Peking University
.
Selected as a young top-notch talent of the National Special Support Program for High-level Talents (“Ten Thousand Talents Program”), Chief Scientist of the National Key R&D Program “Nano Frontier” Special Young Project
.
