GUIDANCE DOCUMENT

Capital Improvement Plan

For

Public Water Systems

August - 2010

FINAL

COMMONWEALTH OF MASSACHUSETTS

DEPARTMENT OF ENVIRONMENTAL PROTECTION

DIVISION OF MUNICIPAL SERVICES

FOREWORD

This capital improvement planning (CIP) document can be utilized to identify and document capital projects for a public water system. The CIP is divided into six (6) categories and gathers existing engineering and planning information. The CIP is designed to provoke a thought process for capital needs for the water works system that may not be apparent from existing engineering or evaluative documents.

This 'short form' CIP document is primarily intended to outline capital project needs for the existing water works system structures and components. Completion of the Massachusetts Department of Environmental Protection 'long term' Facilities Action Plan and Capital Improvement Program Guidance Document is intended to provide detailed answers to longer term planning needs, utilizes this 'short term' CIP document as data towards identifying capital needs projects and completes an Asset Management Plan for water works assets.

GENERAL INFORMATION

a. Name of Public Water System: ______

Mass PWS Id No. - MA______

b. Street ______Town/City ______Zip ______

c. Contact Name ______Telephone ______

d. Contact email address: ______

*************************************************************************************************************

Interviewed by: Name ______Firm: ______

Month/ Year Developed ______

*************************************************************************************************************

Sources of Supply Type Ground ___ Surface ___ Purchased ___

(Check all that apply) GWUI ___ Other ___

Population Served ______

Type Large ___ (100,001) Medium ___ (3301 -100,000) Small ___ <3300

Ownership Type ___ Municipal ___ Investor or Private

___ Other - Type ______

*************************************************************************************************************

Number of Connections (residential, municipal, industrial, commercial and other) ______

Miles of water mains distribution _____ miles transmission _____ miles

*************************************************************************************************************

Table of Contents

No. Description Page Number

0. Available Information - Engineering and Evaluative Information 5

I. Source

A. Sources of Supply Inventory 8

B. Water Quality 10

C. Water Quantity 13

D. Sources of Supply 17

1. Detailed Information 17

2. Surface Water 17

3. Groundwater 25

4. Buildings 26

5. Watershed and Site Conditions 33

II. Treatment

A. Water Treatment Facilities 38

B. Residuals Management Systems 46

C. Pumping Stations and Water Treatment Systems 48

III. Storage

A. Finished Water Storage Tanks 56

IV. Pumping Projects

A. Booster Pumping Stations 66

V. Transmission and Distribution Water Mains – Inventory 74

A. Raw Water Transmission Water Mains 75

B. Finished Water Transmission Water Mains 76

C. Diversion Works 78

D. Water mains - distribution system mains 80

E. Project Tables 89

VI. Other – Project Tables 96

A. Backflow Prevention Device Assemblies 97

B. Hydrants 97

C. Service Lines 98

D. Valves 100

E. Water Meters Metering Systems 101

1. Source of Supply/Master Systems

2. Distribution Network Systems

3. Residential

4. Large

F. Cross Connections and Backflow Programs Needs 103

G. Instrumentation 104

H. Miscellaneous Needs 105

I. Laboratory Needs 105

J. Security Needs 106

K. Emergency Planning Needs 109

L. Permit, Consent Orders (ACO's) and Planning Needs 109

0. Available Information - Engineering and Evaluative Information

Please provide an outline of available engineering or evaluative information and documentation from the public water system that addresses needed public water system capital projects.

Document

No. Name of Document Title Mo/Year

1. Engineering Reports ______

Author ______

Description ______

2. Engineering Correspondence

Type Evaluations ______

Author ______

Description ______

3. Design Costs Documents

(if available for projects) ______

Author ______

Description ______

4. Facilities Planning Reports ______

Author ______

Description ______

5. State Revolving Fund Submittals

and/or Loan Applications ______

Author ______

Description ______

6. Environmental Impact Report and

Environmental Notification Form(s)

______

Author ______

Description ______

7a. Capital Improvement

Plans and Reports ______

Author ______

Description ______

7b. Master Planning

Reports ______

Author ______

Description ______

Document

No. Name of Document Title Mo/Year

8. Preliminary Engineering

Reports ______

Author ______

Description ______

9a. Administrative Consent Orders

______

Author ______

Description ______

9b. Notice of Non (NON) Compliance

______

Author ______

Description ______

10. General Accounting Standard Board (GASB) No. 34

Report ______

Author ______

Description ______

11. Emergency Response ______

Plans- Author ______

Description ______

12. Vunerability Assessments ______

Author ______

Description ______

13. Sanitary Surveys ______

Author ______

Description ______

14. Other Available Reports ______

Author ______

Description ______

15. Monitoring Results ______

Author ______

Description ______

16. Engineering Estimate

or Bid Results ______

Author ______

Description ______

17. Comprehensive Performance

Evaluation (CPE) ______

Author ______

Description ______

18. Intended Use Plan ______

Author ______

Description ______

19. State SRF Priority List______

Author ______

Description ______

20. Source Approval Process

(SAP) ______

Author ______

Description ______

21. Other

______

Author ______

Description ______

22. Water Main Break

and Repair Reports______

Author ______

Description ______

23. Water Storage Tank

Inspection Reports ______

Author ______

Description ______

I. SOURCE(s)

Inventory

Please list the existing sources of supply, and include any potential sources of supply that have not yet been identified.

Type of Total Number Safe or Firm

Source Yield

(mgd)

Wells or Springs ______

Reservoirs ______

Please list individual sources of supply and existing yields as directed. The Facility No. can be utilized to identify capital needs throughout the CIP document.

S = Surface G = Groundwater GWUI = Groundwater Under the Influence

Facility Type Yield (mgd)

No. Name of Facility S/G/GWUI Firm or Safe

1a. ______

1b. ______

1c. ______

1d. ______

1e. ______

1f. ______

1g. ______

1h. ______

1i. ______

1j. ______

1k. ______

1l. ______

1m. ______

1n. ______

A. Water Quality - Please check and briefly outline quality issues that exist at any of the sources of supply AND indicate future capital project need(s) for the specific site on the Summary Sheet for Capital Projects provided at the end of this section.

Existing water quality - Are there changes or water quality upward trends or exceedances of Maximum Contaminant Levels (MCL) under 310 CMR 22.00 ?

Facility No. (from above)

a. Primary Standards

1. Arsenic ______

2. Chromium ______

3. Copper ______

4. Disinfection By Product

a) Stage 1 ______

b. Stage 2 ___

5. Groundwater Rule ______

6. Ground Water

Under the IInfluence ______

7. Lead ______

8a. Nitrates ______

8b. Nitrites ______

9. PCP ______

10. Perchlorate ______

11. PCE ______

12. Radon Rule ______

13. Radionuclides ______

14. Total Coliform ______

15. VOC ______

16. SOC ______

17. IOC ______

18. PPCP______

19. Other ______

20. Other ______

Surface Water Treatment Rules (SWTR)

20. Surface Water Treatment

Rule or Interim ______

21. Filter Backwash Rule

or Recycling ______

22. Long Term 1 Enhanced

Surface Water Treatment ______

23. Cover or Treat Finished

Water Reservoirs ______

24. Other SDWA or Water

Long Term 2 Enhanced ______

25. No Reservoir Covers ______

b. Secondary Standards

26 Any other water quality issue such as?

Facility No.

Iron ______

Manganese ______

Taste ______

Color ______

Please transfer identified capital project needs to Summary Sheet for Water Quality Capital Projects.

c Water Quality Issues Queries

Please answer question and outline needed capital project(s) and then transfer

to Summary Sheet for Water Quality Capital Projects sheet at end of this

section.

27. Any water quality issues such as Percholorate - Bio film - Boil Orders?

___ Y ___ N

Facility No.

______

28 Are existing Surface Water Waiver(s) intact?

___ Y ___ N

Facility No.

______

29 Any WTF upgrades needed specifically to meet water quality standards

(primary or secondary) ?

___ Y ___ N

Facility No.

______

30. Any water quality issues due to degraded media and/or replacement need?

___ Y ___ N

Facility No.

______

31. Is there a need to rehab any water treatment facility (WTF) for new or upcoming

Mass 310 CMR 22.00 or Safe Drinking Water Act (SDWA) water quality standards?

___ Y ___ N

Facility No.

______

32. Any need for the addition of aeration units to minimize carbon dioxide and

lessen chemical usage or for treatment of organics such as VOC's?

___ Y ___ N

Facility No.

______

33a. Are there any sources of supply that exist (utilized or unutilized) that need

treatment in order to be used?

___ Y ___ N

Facility No.

______

33b. For unutilized sources of supply - to what extent is treatment needed? ______

______

______

33c. What is the total mgd _____ a. Type of Treatment ______

b. Type of Treatment ______

c. Type of Treatment ______

2

WATER QUALITY
SUMMARY SHEET FOR CAPITAL PROJECTS
PROJECT NAME / SOURCE NAME / AGE / Type of Need / No. / MGD - MG / Yr. / Cost Estimate / Documentation Type No.
or MA Number / YRS. / Needed / or kW / Needed / In Millions / (From Available Info)

2

B. Water Quantity: Please answer the questions to address needed capital projects,

Then transfer capital projects to the summary table at the end of the section.

a. Existing Conditions : Please provide the total design capacity of the sources

of supply.

Total Design Capacity (Maximum Flow) _____ mgd

Total Safe Yield Capacity _____ mgd

1. Do the existing sources of supply meet present day and max day demands?

___ Y ___ N

2. If not - what is the mgd deficit? Average Day Maximum Day

mgd mgd

______

3. How can the public water supply make up the deficit? ______

4a. Are any new or replacement wells needed to meet existing quantities?

___ Y ___ N

4b. Have the sites been identified to install wells?

___ Y ___ N

Potential Yield

Name of Site ______mgd

Name of Site ______mgd

Name of Site ______mgd

5. What is the status of Source Approval or testing for additional sources of supply?

Name

Source ______Status ______

Source ______Status ______

Source ______Status ______

6. Has the Source Approval Process (SAP) for additional groundwater sources been started or completed?

___ Y ___ N

Name

Source ______Status ______

Source ______Status ______

Source ______Status ______

13

7. Has the SAP received MEPA approval?

___ Y ___ N

Name Date Approval

Source ______Status ______

Source ______Status ______

Source ______Status ______

8. Has MassDEP approved and completed SAP or other testing Needs Report?

___ Y ___ N

Name

Source ______Status ______

Source ______Status ______

Source ______Status ______

9. Does the PWS have the ability to purchase from other public water suppliers?

___ Y ___ N

Name of Potential PWS ______mgd

Name of Potential PWS ______mgd

Name of Potential PWS ______mgd

b. Future Needs

Population Build Out

Existing Year 2031 Yr. 2061

mgd mgd mgd

1. What are the projected needs - water volumes for ______

the next 20 and 50 years?

(Population projections and separately - build out

based upon existing community zoning)

2. What are the Water Management Act Program permit requirements?

Existing Permit ______mgd Future Needs ______mgd

3. Any ground water under the influence sources of supply received any MassDEP

approval for future treatment needs?

___ Y ___ N

Name

Source ______Status ______

Source ______Status ______

Source ______Status ______

4. Are there any needs to consolidate water supplies to maintain compliance due to

water quality standards violations (MCL of 310 CMR 22.00)?

___ Y ___ N

Name

Source ______Status ______

Source ______Status ______

Source ______Status ______

5. What existing sources need new facilities due to water quality or operational

condition changes?

Facility

No. Type of Change

______

______

______

6. Are there any plans for utilizing desalination to meet water quantity needs?

___ Y ___ N

Site Name Potential Yield

______

______

______

2

WATER QUANTITY
SUMMARY OF CAPITAL PROJECTS
PROJECT NAME / SOURCE NAME / AGE / Type of Need / No. Needed / MGD - MG kW / Yr. Needed / Cost Estimate / Documentation Type No.
or MA Number / YRS. / In Millions / (From Available Info)

2

D. Sources of Supply: This section evaluates sources of supply

and provides an outline of needed capital projects. If proposed capital project is not in a

report, provide a brief explanation of why the project is needed.

Y = Yes N = No

1. Detailed Information

Provide a very brief operational description of the existing public water systems sources

of supply.

______

______

______

2. Are there any sources of supply not presently utilized. If so - which ones have

contaminants that may require treatment, improvements or operational changes?

Facility

No. Type of Treatment

______

______

______

2. For Surface Waters

Please outline issues that may pertain to identifying capital improvements to surface water sources of supply.

1. Existing Surface Sources Volume (mgd) WMAP Permit

Facility or Registration

No.

1a. Name ______Firm Yield ______P ___ R

1b. Name ______Firm Yield ______P ___ R

1c. Name ______Firm Yield ______P ___ R

1d. Name ______Firm Yield ______P ___ R

2. Are there any detailed engineering evaluations needed for the existing and long term needs of the reservoirs such as:

Estimated Cost

a. dredging ______

b. expansion ______

c. connections to diversion works or ______

to other potential or existing sources ______

d. storm water discharge units ______

e. clean out of brooks/streams that

add inflow or aid discharge ______

17

f. overflow structures ______

g. other______

3. Are there any approved for use surface source development needs that require capital

project needs? ? If so, what type of engineering solution can be implemented?

___ Y ___ N

Facility No. Type of Capital Projects Needed

1a.______

1b.______

1c.______

1d.______

4. Are there any periodic limits to withdrawals from intakes due to lowered surface water levels? If so, what type of engineering solution can be implemented?

___ Y ___ N

Facility No, Type of Capital Projects or Solution Needed

1a.______

1b.______