|
Assessing
Wastewater Options for Small Communities
Printing
Instructions:
Mac |
PC
Modules:
1
| 2 |3
|4 |5
|6 |7
|8 | Optional
Alternatives
viewable
slides
Table
of Contents
Title
Copyright
Module 1: Introduction to Wastewater
1.1
Introduction
1.2
What Do You Want To Learn From This Workshop?
1.3
Introduction To Wastewater
1.4
Why Treat Wastewater?
1.5
Common Pollutants and Their Sources
TOP
Module
2: The Facility Development Process
2.1
The Facility Development Process
2.2
Case Study: Farmington
2.3
Case Study: Sweetwater Village
2.4
Case Study: Evansville
2.5
Case Study: Jamestown
2.6
Why is Wastewater a Local Responsibility?
2.7
Wastewater Is A Local Responsibility...
2.8
Your Leadership Responsibilities:
2.9
The Result of Your Commitment
2.10
The Facility Development Process
TOP
Module
3: Viability and Assessment
3.1
Viability and Assessment
3.2
Characteristics
3.3
Performance Limiting Factors
3.4
Technical Capability
3.5
Financial Ability
3.6
Managerial Ability
3.7
Assessing Needs
3.8
Requirements of a Wastewater Treatment Solution
TOP
Module
4: Regulatory Requirements
4.1
Regulatory Requirements
4.2
The Federal Regulatory Role
4.3
The State's Role
4.4
Who Has Jurisdiction?
4.5
The Permitting Process
4.6
Monitoring and Reporting Guidelines
4.7
The Enforcement Process
TOP
Module
5: The Consulting Engineer
5.1
The Consulting Engineer
5.2
The Selection Process
5.3
What's Next?
5.4
Preliminary Engineering Reports Should Include:
5.5
Basis for Recommended Solutions
5.6
Analysis of Costs
TOP
Module
6: Selection of Wastewater Technologies
6.1
Selection of Wastewater Technologies
6.2
Factors Influencing Wastewater Treatment Selection
6.3
Regulatory Factors
6.4
Physical Factors
6.5
Location and Distribution of Customers
6.6
Geology / Soils
6.7
Wastewater Characteristics
6.8
Existing Facilities
6.9
Anticipated Growth
6.10
Topography
6.11
Climate
6.12
Financial Factors
6.13
Capital Costs
6.14
Operation and Maintenance Costs
6.15
Wastewater Process Overview
6.16
Conventional Sewer Systems
6.17
Alternative Effluent Collection
6.18
Proximity Concept
6.19
Cluster Systems
6.20
Goals of Treatment
6.21
Types of Treatment
6.22
Conventional Septic System
6.23
Reasons For Septic Failure
6.24
Lagoons
6.25
Oxidation Ditch
6.26
Reasons for Failure of Centralized Treatment Systems
6.27
Effluent Disposal
6.28
Surface Disposal of Wastewater
6.29
Percolation / Evapotranspiration
6.30
Reuse and Recycling
6.31
Integration of Collection, Treatment and Disposal Options
6.32
Centralized vs. Onsite?
6.33
Wastewater Technologies Summary
Case
Studies for Module 6:
Case
Study: Preliminary Engineering Plan for Farmington, Part
1
CS.1
Map of Farmington: Connections
CS.2
Farmington: Tracts
Case
Study: Preliminary Engineering Plan
for Farmington, Part 2
CS.3
Small Diameter Sewers
CS.4
Pressure Sewers: STEP
CS.5
Grinder Pumps
CS.6
Vacuum Sewers
CS.7
Constructed Wetlands
CS.8
Sand Filters
CS.9
Package Plant
Exercise
E: Appropriate Treatment Technologies
CS.10
Recommended Solution
CS.11
Cost Comparison of Options
TOP
Module
7: Project Financing
7.1
Project Financing
7.2
Introduction to Project Financing
7.3
Types of Financing
7.4
Local Sources
7.5
Grants
7.6
Loans
7.7
Bonds
TOP
Module
8: Project Commitment
8.1
Project Commitment
8.2
Preparing For Success
8.3
Maintaining Viability
TOP
Optional
Alternatives
C.1
Drop box drainage field
C.2
Shallow Trench Absorption Field
C.3
Mound System
C.4
Recirculating Sand Filters
C.5
Rapid Infiltration
C.6
Slow-Rate Land Application
C.7
Overland Flow
C.8
Sequencing Batch Reactor (SBR)
C.9
Trickling Filters
C.10
Rotating Biological Contactors
TOP
Descriptions
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