Phytoremediation of Arsenic Contaminated Sites in China (eBook)

This book introduces readers to the main theories of phytoremediation and its application to arsenic-contaminated soils in China. The hyperaccumulation theories are introduced, including the use of hyperaccumulators to remove large amounts of arsenic without producing toxic symptoms. The use of synchrotron-based X-ray absorption fine structure radiation to disclose the hyperaccumulation mechanism - a method that makes it possible to detect the elements in plant tissues without destroying the sample - is introduced in detail. This book also includes practical application cases of phytoremediation, which are rarely found in the literature. Allowing readers to gain a thorough understanding of phytoremediation technology, and demonstrating its efficiency in cleaning arsenic-contaminated soils, the book offers a valuable asset for graduate students, lecturers, researchers and engineers in the field of soil remediation.  

Last name: Chen     

 First name: Tongbin    

 Title(s): Professor

 Affiliation: Institute of Geographic Sciences and Natural Resources Research, Chinese Academy of Sciences

 Address/phone/fax/e-mail/home page: No. 11 (A) Datun Chaoyang Beijing 100101

 

Last name: Lei     

 First name: Mei    

 Title(s): Professor

 Affiliation: Institute of Geographic Sciences and Natural Resources Research, Chinese Academy of Sciences

 Address/phone/fax/e-mail/home page: No. 11 (A) Datun Chaoyang Beijing 100101

 

Last name: Wan     

 First name: Xiaoming    

 Title(s): Assistant Professor

 Affiliation: Institute of Geographic Sciences and Natural Resources Research, Chinese Academy of Sciences

 Address/phone/fax/e-mail/home page: No. 11 (A) Datun Chaoyang Beijing 100101

 

Last name: Zhou     

 First name: Xiaoyong    

 Title(s): Assistant Professor

 Affiliation: Institute of Geographic Sciences and Natural Resources Research, Chinese Academy of Sciences

 Address/phone/fax/e-mail/home page: No. 11 (A) Datun Chaoyang Beijing 100101<

 

Last name: Yang     

 First name: Jun    

 Title(s): Assistant Professor

 Affiliation: Institute of Geographic Sciences and Natural Resources Research, Chinese Academy of Sciences

 Address/phone/fax/e-mail/home page: No. 11 (A) Datun Chaoyang Beijing 100101

Prof Chen is the director of Lab of Environmental Chemistry and Healthiness in Land Surface, and director of Center of Environmental Remediation, Institute of Geographic Sciences and Resources Research, Chinese Academy of Sciences (CAS). He is also the visited professor of 10 universities and institutes, including the Graduate School of CAS, the Sun Yat-sen University, and the State Laboratory of Beijing Electron Positron Collider. Now Prof. Chen has served on Plant Nutrition and Fertilizer Society of China (PNFSC) as the Chairman of Soil Remediation Division, and served on the Soil Science Society of China (SSSC) as the Chairman of Soil Pollution Division. He has been in charge of Technology Committee of National Agricultural Development Center, and he is also the Deputy Director of Pollution Ecology Committee of China Ecology Society. Prof Chen is currently member of the editorial board of 18 publications, including Chinese Science Bulletin, Journal of Environmental Sciences, Journal of Agronomy Science, and Pedosphere. He is the corresponding author of more than 200 original scientific papers, 8 chapters in books. Seventeen patents have been applied by him, among which 12 patents have been awarded.

Professor Chen has been pursuing research on environment remediation, assessment of regional environment quality, and resource reuse of organic waste for more than 20 years. His research group has actively involved in following fields:

l  Phytoremediation and bioremediation of contaminated land

A 'green' technology that harnesses the power of plants and microbes to remove metals/metalloids from Brownfields, and also to degrade organic contaminants in situ on these sites. And finally revegetation of contaminated and degraded soils, mineral wastes and Brownfield sites. Prof. Chen screened out the first As hyperaccumulator Pteris vittata L., and established the first international in situ remediation project for As-contaminated land. During last ten years, his group solved the key problems of phytoremediation technique. About 40 hectares Brownfields in three provinces of China have been under cleanup by the phytoremediation techniques developed by Prof. Chen's group.

l  Health risk assessment of environment pollution

Professor Chen proposed the theories and methods on monitoring the heavy metals in soil, vegetables and staple food at a regional scale for 6 provinces and cities, and mapped the distribution of heavy metals. Following his ideas, the research group established the Early Alarming System of Risk and Database Management System of Heavy Metals in Soils and Vegetables from Beijing based on GIS.

l  Composting of animal wastes and sewage sludge

Prof. Chen also developed the auto-control system and technologies for organic solid waste composting. Now his group's had already established 5 composting projects for 50t sewage sludge per day. After composting, the solid wastes are applied for land use as fertilizers. Recently, this auto-control system was proved effective for fast biodegrading the organic contaminations of Brownfields.

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This book introduces readers to the main theories of phytoremediation and its application to arsenic-contaminated soils in China. The hyperaccumulation theories are introduced, including the use of hyperaccumulators to remove large amounts of arsenic without producing toxic symptoms. The use of synchrotron-based X-ray absorption fine structure radiation to disclose the hyperaccumulation mechanism - a method that makes it possible to detect the elements in plant tissues without destroying the sample - is introduced in detail. This book also includes practical application cases of phytoremediation, which are rarely found in the literature. Allowing readers to gain a thorough understanding of phytoremediation technology, and demonstrating its efficiency in cleaning arsenic-contaminated soils, the book offers a valuable asset for graduate students, lecturers, researchers and engineers in the field of soil remediation.