内容説明
Riverbank filtration is widely used in Europe and to some extent in the United States for the public water supply. It is a cost-effective and realisable treatment technology in which horizontal and vertical wells pump a mixture of ground water and induced surface water from a river. This book describes the biogeochemical issues involved in contaminant removal from surface water and the mechanisms of pathogen removal. Specifically, the following three points are considered:
*The role of hydrogeological and well construction factors in the development of redox zones at bank filtration sites and the resulting impacts on contaminant removal.
*The mechanisms of pathogen removal, including the processes, colloid filtration, die-away, decay, and predation.
*The status of riverbank filtration processes in NATO partner countries.
目次
- Preface. Acknowledgments.
Effect of Biogeochemical, Hydrogeological, and Well Construction Factors on Riverbank Filtrate Quality
- C. Ray.
Hydrogeological Issues of Riverbank Filtration - A Review
- E. Hoehn.
Organic Matter as the Driving Force in the Solubilization of Fe and Mn During Riverbank Filtration
- A.C.M. Bourg, et al.
Virus Removal by Soil Passage at Field Scale and Groundwater Protection
- J.F. Schijven.
Removal of Cryptosporidium Using Bank Filtration
- P. Berger.
Elimination of Microcystins by Slow Sand Filtration at the UBA Experimental Field
- H. Bartel, G. Grutzmacher.
Experiences on the Fate of Organic Micropollutants During Riverbank Filtration
- F. Sacher, H.-J. Brauch.
Public Health Aspects of Riverbank Filtration
- R.A. Deininger, et al.
Groundwater Quality Processes After Bank Infiltration From the Danube at Cunovo
- I. Mucha, et al.
Use of Bank Filtration in Hungary
- Z. Homonnay.
Laboratory and Field Studies of Pollutant Removal
- F. Laszlo, P. Literathy. Riverbank Filtration in Water Supply in Romania - Old Solutions, New Problems
- V. Rojanschi, et al.
Conclusions and Recommendations of the NATO Advanced Research Workshop: Contaminant Biogeochemistry and Pathogen Removal Efficiency
- C. Ray.
Index.
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