Cost Effective Erosion and Sediment Control for Effluent Disposal Systems

Cost Effective Erosion and Sediment Control for Effluent Disposal SystemsAntony Lenehan

Remote Sewerage Treatment and Effluent Disposal

Site and soilEffluent quality and quantityApplication systems- above ground or below groundCrop/vegetation selection and managementWet weather storageEffluent Irrigation Area Design Effluent Irrigation Area Design

Site and Soil

4Effluent Quality and QuantityEffluent Irrigation Area Design

Application system- above groundEffluent Irrigation Area Design

Application system- below groundEffluent Irrigation Area Design

Crop/vegetation selection and managementEffluent Irrigation Area Design

Wet weather storageEffluent Irrigation Area Design

Surface runoff and sheet erosionIncrease soil salinitySoil structural damage and soil nutrient accumulationSurface water and groundwater impactsPotential Erosion and Sediment RisksSurface runoff and sheet erosionPotential Erosion and Sediment Risks

Soil salinityPotential Erosion and Sediment Risks

Soil structural damage and soil nutrient accumulationPotential Erosion and Sediment Risks

Surface water and Ground water impactsPotential Erosion and Sediment Risks

Site Selection and buffer distanceWater and Nutrient balanceDrainage control and Sediment controlSoil treatment/ Irrigation management and crop/ vegetation managementOperation and maintenanceErosion and Sediment Control Strategies for Effluent Irrigation SystemsSite selection and buffer distanceErosion and Sediment Control Strategies for Effluent Irrigation Systems

Water and nutrient balanceErosion and Sediment Control Strategies for Effluent Irrigation Systems

Drainage and sediment controlsErosion and Sediment Control Strategies for Effluent Irrigation Systems

Erosion and Sediment Control Strategies for Effluent Irrigation Systems

Soil treatment/ irrigation / crop and vegetation managementOperation and maintenanceErosion and Sediment Control Strategies for Effluent Irrigation Systems