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Working Paper

Estimating Relative Benefits of Differing Strategies for Management of Wastewater in Lower Egypt Using Quantitative Microbial Risk Analysis

ACTIVATED SLUDGE ACTIVATED SLUDGE SYSTEM AGRICULTURAL APPLICATIONS AGRICULTURAL DEVELOPMENT AGRICULTURAL PRODUCTION AGRICULTURAL RUNOFF ALGAL GROWTH ANAEROBIC TREATMENT AQUACULTURE BACTERIA BASINS BOD CAMPYLOBACTER CANALS CHLORINATION CHLORINATORS CLEAN WATER COLIFORMS CONSTRUCTION COST EFFECTIVENESS CROP IRRIGATION CROP PRODUCTION DAIRIES DISINFECTION DITCHES DOMESTIC WASTEWATER DRAINAGE DRAINAGE NETWORK DRAINAGE SYSTEM DRAINAGE WATER DRIP IRRIGATION EFFLUENT DISCHARGE EFFLUENT DISCHARGE STANDARDS EFFLUENT QUALITY EFFLUENTS ENGINEERING ENVIRONMENTAL SCIENCES EPIDEMIOLOGY EVAPORATION EXCRETA EXTENDED AERATION FAMILIES FARMING PRACTICES FECAL COLIFORM FLOOD IRRIGATION FLOODING GREYWATER GROUNDWATER HEALTH EFFECTS HEALTH OUTCOMES HEALTH TARGETS HIGH LEVELS HOUSEHOLD WASTE INDUSTRIAL WASTEWATER INFILTRATION INTERVENTION IRRIGATION CHANNELS IRRIGATION WATER LAND PRODUCTIVITY LATRINES MONITORING PROGRAM MORBIDITY MORTALITY NUTRIENT REMOVAL NUTRIENTS OPERATORS OXIDATION OXIDATION DITCHES OXIDATION PONDS PATHOGENS PH POLLUTION POND PUMPING QUALITY OF WATER QUALITY STANDARDS QUALITY WATER RESOURCE RECOVERY RURAL SANITATION SAFE WATER SANITATION SANITATION FACILITIES SANITATION INTERVENTIONS SANITATION SERVICES SANITATION SYSTEMS SEDIMENTATION SEPTIC TANKS SEWAGE SEWERAGE SLUDGE HANDLING STABILIZATION STABILIZATION PONDS TAP WATER TREATED WASTEWATER TRICKLING FILTERS WASHING WASTE WASTES WASTEWATER WASTEWATER COLLECTION WASTEWATER IRRIGATION WASTEWATER MANAGEMENT WASTEWATER MANAGEMENT SYSTEMS WASTEWATER RECLAMATION WASTEWATER REUSE WASTEWATER TREATMENT WASTEWATER TREATMENT FACILITIES WASTEWATER TREATMENT PLANTS WASTEWATER TREATMENT SYSTEM WASTEWATER TREATMENT SYSTEMS WASTEWATER USE WASTEWATERS WATER COMPANIES WATER PROTECTION WATER QUALITY WATER RESOURCE WATER RESOURCES WATER TABLES WORKERS
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World Bank, Washington, DC
Middle East and North Africa | Egypt, Arab Republic of
2017-06-01T21:30:14Z | 2017-06-01T21:30:14Z | 2012-02

The report uses a theoretical model of a typical drainage basin, but the approach could be applied to many of the drainage basins managed by the holding company for water and wastewater in Egypt. This study set out to assess the relative health impacts of different wastewater management strategies on health in the Nile delta region using an approach similar to that used in the Ghana. The ultimate objective was to develop a framework for long-term investment planning based on monitoring of health and productivity impacts of proposed Bank operations which could be included in project Monitoring and Evaluation (M&E) systems. This will equip task teams to assess the risks and opportunities which arise due to the proposed shift from on-site to networked sanitation in four governorates where the Bank has wastewater operations. A secondary objective was to assess the extent to which existing legislation supports health riskbased planning. The conclusions of the study provide an indication of how such methods could increasingly be used to enable the selection of cost-effective and appropriate wastewater management strategies.

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