City of Harlan

References

Reference Sites

[1] [2] [3] [4] [5] [6] [7] [8] [9] [10] [11] [12] [13] [14] [15] [16] [17] [18] [19] [20] [21] [22][23]

References

  1. [Anonymous] (2007).  Combined Sewer Overflows Principal Guidance Documents.
  2. [Anonymous] (1995).  Combined Sewer Overflows Guidance For Long-Term Control Plan.
  3. [Anonymous] (1997).  • Combined Sewer Overflows Guidance for Financial Capability Assessment and Schedule Development.
  4. [Anonymous] (2007).  • EPA descriptions for Operations & Maintenance involving sewer testing and inspection techniques..
  5. [Anonymous] (2007).  EPA CMOM Guidance.
  6. [Anonymous] (2007).  EPA Overview of Combined Sewer Overflows.
  7. [Anonymous] (2007).  • EPA proposed policy for peak wet weather discharges from municipal sewage treatment facilities..
  8. [Anonymous] (2007).  EPA Overview of Sanitary Sewer Overflows.
  9. [Anonymous] (2007).  EPA CSO Control Policy.
  10. [Anonymous] (2007).  EPA Guidance for the Nine Minimum Controls.
  11. [Anonymous] (2007).  Essential Elements of a Long-Term Control Plan.
  12. [Anonymous] (2003).  Example of a CSO Public Notification Newsletter.
  13. [Anonymous] (2005).  Example of a CSO Abatement Project Facilities Plan.
  14. [Anonymous] (2006).  Summary of Consent Judgement and examples of CSO Improvements.
  15. [Anonymous] (2007).  Useful information regarding CSOs from the Kentucky Division of Water.
  16. [Anonymous] (2007).  Louisville/Jefferson County Metropolitan Sewer Distict CSO Home Page.
  17. [Anonymous] (2007).  Louisville/Jefferson County Metropolitan Sewer Distict LTCP.
  18. [Anonymous] (2007).  Northern Kentucky Sanitation District No 1 CSO Program.
  19. [Anonymous] (2007).  City of Lansing, Michigan CSO Separation Project.
  20. [Anonymous] (2007).  City of Lansing, Michigan CSO and SSO Discharge Information.
  21. [Anonymous] (2007).  Rouge River Combined Sewer Overflow Control Program.
  22. [Anonymous] (2007).  Kentucky Requirements and Expenses for cities with CSOs.
  23. [Anonymous] (2007).  Kentucky Infrastructure Authority.

Project Activities

[view:cso_Project_Harlan]

Public Participation

Public Participation is a major component of a Long-Term Control Plan for Combined Sewer Overflows. At a minimum the public should be involved in the evaluation of alternatives. [view:PublicParticipation_Harlan]

Nine Minimum Controls

The Nine Minimum Controls you are implementing. Some minimum controls may be applicable to more than one NMC required.   [view:nineminimum_view_harlan]

Sensitive Areas and Water Quality Considerations

Review your service area to determine potential sensitive areas. Examples of Sensitive Areas include Drinking Water Intakes, Areas of Primary and Secondary , Riverfront, Lakefront, and Floating Marinas, Recreational, Wildlife Preserves, Endangered Species, Preschools. Enter the type(s) of sensitive areas below. [view:CSO_sensitive_harlan]

Event Monitoring

 The event monitoring portion of the site will allow users to track their overflow events. This information can then be used to track causes and show reductions in overflow events. The event monitoring requires that CSO/SSO site be recorded along with the date/time, volume, and cause of the overflow event. [view:CSO_Event_view_harlan]

Alternative Analysis

If your Long-Term Control plan includes the use of engineered works. You will need to evaluate a reasonable range of alternatives based on the number of overflow events controlled per year, the percentage of overflow volume captured or the degree to which your treatment works are expanded   [view:CSO_aa_Harlan]

Affordability

Depending on the cost of implementation and the financial of your community, you may be able to request an extended implementation schedule. Water and Wastewater Laboratory Analysis DNA Cloning and Sequencing Operational Troubleshooting Specialized Training Mapping and Modeling Sampling and Monitoring Applications Development Proof-of-Concept and Technology Verification The CWRS is organized into three divisions - The Water Analysis, Training, Education and Research Services laboratory consortium, providing state-of-the-art water, wastewater and microbiological analytical services; the Environmental Informatics and Information Technology division, specializing in expert systems technology and environmental software applications development; and the Field Operations and Outreach division, providing in-field technology verification, mapping and monitoring services.">CWRS can assist you in developing a financial capability assessment. This process will require coordination with the Kentucky Division of Water and Division of Enforcement.   [view:Affordability_Harlan]

CSO Locations

The purpose of this section of the LTCP is to estimate the amount of overflow contributed by each sub-sewershed. Fields will be automatically calculated and estimated from the respondent to verify these estimates and specify the type of CSO release, it's capacity and interceptor that receives it's diverted flow.

 

[view:CSO_view_harlan]

Nine Minimum Control Examples

According to the CSO Control Policy the deadline for implementing minimum technology-based controls was January 1, 1997, the following NMC require implementation with appropriate documentation. The nine minimum controls are measures that can reduce the prevalence and impacts of CSOs and that are not expected to require significant engineering studies or major construction.

    Proper operations and regular maintenance programs for the CSS and CSO outfalls:

Example:
o Schedule should be created regarding regulators in order to ensure that they are inspected on a regular basis.
o All discharge points, including CSO outfalls, should be mapped and inspected on a regular basis.
  Maximum use of the CSS for storage:

Example:
o Smoke testing to identify problems and direct connections of roof drains and sump pumps.
o Elimination of direct connections of roof drains and sump pumps.
o Adjust pumping rates at lift stations (change impeller, etc.), depending on POTW capacity.
o Routine washing program to eliminate accumulations of debris, sediment, roots, oil & grease, etc.
  Review and modification of pretreatment requirements:

Example:
o Implementation of an oil & grease program.

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