Artificial Recharge: Technology and Systems for the Creation of Drinking Water from Surface Water: ARTDEMO.pdf

Artificial Recharge: Technology and Systems for the Creation of Drinking Water from Surface Water: ARTDEMO.pdf
 

书籍描述

内容简介
The term Artificial Recharge (AR) covers a range of technologies that typically utilise the natural cleaning capacity of natural subsoil systems to produce drinking water from surface water. Artificial Recharge: Technology and Systems for the Creation of Drinking Water from Surface Water demonstrates a management tool that uses sophisticated monitoring systems linking automatic real-time data acquisition and available on-line sensor systems and fast field analysis kits with intelligent decision support software. This compiles and communicates digested data to action protocol. The increased surveillance combined with development and implementation of operations schemes decreases the risk of contaminated drinking water and at the same time ensures a stable water production.

作者简介
Anders Lynggaard-Jensen, DHI Water&Environment, Denmark

目录
Introduction 1. ArtDemo Overview and Demonstration Sites, 2. Description of the Arrenas Artificial Recharge Trial Plant , 3. Description of the Dosebacka Artificial Groundwater Recharge Plant, 4. Artificial Recharging of the Aquifer in the Delta of the Llobregat River, 5. The Risk of Organic Contamination during Managed Aquifer Recharge, 6. Fate of Organic Pollutants in Artificial Recharge Plants Using Surface Waters, 7. Removal of Mycrocystins and Faecal Indicators at the Arrenas Artificial Recharge Plant , 8. Microbiological Barrier Efficiency at the Dosebacka Artificial Groundwater Recharge Plant, 9. Investigation of Pathogen Reduction in Unsaturated Zone in Columns Using Bacteriophages MS-2 and as Model Organisms, 10. Sensors for Water Quality Monitoring in Recharge Plants, 11. Real Time Data Validation and Filtration of Sensor and Analyser Measurements, 12. Chemometrics for Environmental Analysis, 13. Key Parameters for Predicting the Fate of Contaminants in Managed Aquifer Recharge Systems 14. Aggregated Quality Parameters and their Radar Plots, for Concise Quality Communication to Authorities: Principles 15. Quantifying the Chemical and Microbiological Retention Capacity and Sustainability of Basin Recharge Systems Arrenas and Dosebacka by Easy-Leacher, 16. Bed Regeneration Handbook for the Arrenas and Dosebacka Artificial Recharge Plants, 17. Real Time Monitoring and Management of Artificial Recharge Plants, 18. Introduction to the Management Plan for the Dosebacka Artificial Recharge Plant, 19. Scenario Management and Expert System for the Dosebacka Artificial Recharge Plant, 20. IDAS: Connecting the Detection of an Incident with the Resulting Action and the follow-up Surveillance in an Early Warning Strategy Model for AR Applications, 21. Early Warning System at the Dosebacka AR Plant 22. Early Warning System at the Arrenas Artificial Recharge Trial Plant 23. Geochemical Processes in the Unsaturated Zone at the Arrenas Artificial Recharge Trial Plant 24. Introduction of the Management Plan for the Arrenas Artificial Recharge Trial Plant 25. Microbiological Barrier Efficiency at the Arrenas Artificial Recharge Trial Plant and Risk of Pathogenic Break Through 26. Scenario Management and Expert System for the Arrenas Artificial Recharge Trial Plant

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