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Section 1 INTRODUCTION

Section 2 WASTEWATER TREATMENT FACILITY PLANNING DESIGN DEVELOPMENT
2.1 Introduction
2.2 Regulatory Compliance and Management
2.3 Governing Effluent Limitations
2.3.1 Current Trends in the Wastewater Industry That Affect Effluent Permitting
2.3.2 Water Quality Standards
2.3.3 Wastewater Effluent Toxicity
2.3.4 Negotiation of Effluent Limits
2.3.5 Wastewater Reuse
2.3.6 Land Disposal
2.4 Design Requirements for Cold Climates
2.5 Facilities Planning
2.6 Programming
2.7 Preliminary Engineering Report
2.8 O&M Manuals
2.9 Startup Training
2.10 Performance Testing

Section 3 WASTEWATER FLOW RATES AND CHARACTERISTICS
3.1 Introduction
3.2 Wastewater Sources and Characteristics
3.2.1 Domestic Wastewater Flow
3.2.2 Infiltration and Inflow
3.2.3 Industrial Wastewater
3.2.4 Ship Holding Tank Discharges
3.3 Quantifying Wastewater Flows and Loads-Design Basis Development
3.3.1 Wastewater Flow Estimate Terminology
3.3.2 Flow Estimating Methodology
3.3.3 Wastewater Loadings
3.3.3.1 Domestic Wastes
3.3.3.2 Industrial Wastes
3.3.3.3 Ship Sewage
3.3.3.4 Effect of Wastewaters with High Seawater Content

Section 4 NAVY WASTEWATER COLLECTION AND TRANSMISSION SYSTEMS
4.1 Introduction
4.2 Pier and Wharf Systems
4.2.1 Layout/Location
4.2.2 Utility Connections
4.2.3 Environmental Considerations (Corrosion, Freeze Protection)
4.2.4 Odor/Septicity Control
4.2.5 Structures and Appurtenances
4.2.6 Pump Stations
4.2.7 Pipe
4.2.8 Sewage Transfer Hoses
4.3 Drydock Facilities

Section 5 OIL/WATER SEPARATORS
5.1 Section Overview
5.2 Oil Classification
5.3 Basis for Considering Oil/Water Separators
5.4 Evaluating the Need for Oil/Water Separators
5.5 Treatment Technology
5.6 Design of OWSs
5.7 Oil/Sludge Removal and Disposal
5.8 Guidance Documents

Section 6 PACKAGE PLANTS AND SMALL FLOW TREATMENT SYSTEMS
6.1 General
6.1.1 Types of Small Flow Treatment Systems
6.1.2 Unique Characteristics of Small Flow Treatment Systems
6.2 Package Plant Systems
6.3 Septic Tank Systems
6.5 Waterless Toilets
6.6 Filtration/Reuse Systems
6.7 Garbage Grinders and Grinder Pumps

Section 7 LAGOON SYSTEMS
7.1 Background
7.2 Lagoon Applications
7.3 Facultative Lagoon Design
7.3.7 Performance
7.4 Aerated Lagoon Design
7.5 Aerobic Lagoon Design
7.6 Anaerobic Lagoon Design
7.7 Lagoon Sealing

Section 8 CHEMICAL STORAGE AND HANDLING CONSIDERATIONS
8.1 Information and Resources
8.2 Designer’s Checklists
8.2.1 Chemical Handling Checklist
8.2.2 Chemical Storage Checklist
8.3 Codes and Regulations

Section 9 EFFLUENT DISPOSAL/RECLAMATION
9.1 Introduction
9.2 Surface Water Discharge Outfalls
9.3 Groundwater Recharge
9.3.1 Infiltration Basins
9.3.2 Injection Wells
9.4 Aquifer Storage Recovery

Section 10 SOLIDS CONVEYANCE AND SOLIDS PRETREATMENT
10.1 Introduction
10.2 Data Requirements for Design of Solids Conveyance and Pretreatment Systems
10.3 Piping Design
10.3.1 Pipe Sizing
10.3.2 Material Selection
10.3.3 Head Loss Determination
10.3.4 System Layout
10.4 Pump Selection
10.5 Pumping System Design
10.6 Solids Grinding
10.7 Solids Screening
10.8 Solids Degritting
10.9 Solids Blending
10.10 Storage

Section 11 LABORATORY FACILITIES AND SAMPLE COLLECTION SYSTEM DESIGN
11.1 Design of Laboratory Facilities and Sample Collection Systems
11.2 Laboratory Facilities Planning
11.3 Sample Collection Systems
11.4 Sampling Locations
11.4.1 Selecting Sample Locations
11.4.1.1 Homogeneity
11.4.1.2 General Characteristics of the Wastewater
11.4.1.3 Water Quality Degradation
11.4.1.4 Flow Measurement
11.4.1.5 Convenience
11.5 Type of Sample

11.6 Methods of Sample Collection
11.6.1 Manual Sampling
11.6.2 Automatic Samplers
11.6.3 Installation and Use
11.6.4 Selection of an Automatic Sampler

Section 12 CORROSION CONTROL
12.1 Corrosive Environment
12.1.1 Underground Exposures
12.1.2 Submerged Exposures
12.1.3 Atmospheric Exposure
12.2 Materials of Construction
12.3 Corrosion Control
12.3.1 Protective Coatings
12.3.2 Cathodic Protection

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