Questions and Answers 36C24422Q0152 0001.docx

5. PROJECT NUMBER (if applicable)

CODE

7. ADMINISTERED BY

2. AMENDMENT/MODIFICATION NUMBER

CODE

6. ISSUED BY

8. NAME AND ADDRESS OF CONTRACTOR

4. REQUISITION/PURCHASE REQ. NUMBER

3. EFFECTIVE DATE

9A. AMENDMENT OF SOLICITATION NUMBER

9B. DATED

PAGE OF PAGES

10A. MODIFICATION OF CONTRACT/ORDER NUMBER

10B. DATED

BPA NO.

1. CONTRACT ID CODE

FACILITY CODE

CODE

Offers must acknowledge receipt of this amendment prior to the hour and date specified in the solicitation or as amended, by one of the following methods:

The above numbered solicitation is amended as set forth in Item 14. The hour and date specified for receipt of Offers

E. IMPORTANT:

is extended,

(a) By completing Items 8 and 15, and returning __________ copies of the amendment; (b) By acknowledging receipt of this amendment on each copy of the offer submitted; or (c) By separate letter or electronic communication which includes a reference to the solicitation and amendment numbers. FAILURE OF YOUR ACKNOWLEDGMENT TO BE RECEIVED AT THE PLACE DESIGNATED FOR THE RECEIPT OF OFFERS PRIOR TO THE HOUR AND DATE SPECIFIED MAY is not extended.

12. ACCOUNTING AND APPROPRIATION DATA

(REV. 11/2016)

is required to sign this document and return ___________ copies to the issuing office.

is not, A. THIS CHANGE ORDER IS ISSUED PURSUANT TO: (Specify authority) THE CHANGES SET FORTH IN ITEM 14 ARE MADE IN THE CONTRACT ORDER NO. IN ITEM 10A.

15C. DATE SIGNED

B. THE ABOVE NUMBERED CONTRACT/ORDER IS MODIFIED TO REFLECT THE ADMINISTRATIVE CHANGES SET FORTH IN ITEM 14, PURSUANT TO THE AUTHORITY OF FAR 43.103(b).

RESULT IN REJECTION OF YOUR OFFER. If by virtue of this amendment you desire to change an offer already submitted, such change may be made by letter or electronic communication, provided each letter or electronic communication makes reference to the solicitation and this amendment, and is received prior to the opening hour and date specified.

C. THIS SUPPLEMENTAL AGREEMENT IS ENTERED INTO PURSUANT TO AUTHORITY OF:

D. OTHER

Contractor

16C. DATE SIGNED

14. DESCRIPTION OF AMENDMENT/MODIFICATION

16B. UNITED STATES OF AMERICA

Except as provided herein, all terms and conditions of the document referenced in Item 9A or 10A, as heretofore changed, remains unchanged and in full force and effect.

15A. NAME AND TITLE OF SIGNER

16A. NAME AND TITLE OF CONTRACTING OFFICER

15B. CONTRACTOR/OFFEROR

STANDARD FORM 30

PREVIOUS EDITION NOT USABLE

Prescribed by GSA - FAR (48 CFR) 53.243 (Type or print) (Type or print) (Organized by UCF section headings, including solicitation/contract subject matter where feasible.)

(Number, street, county, State and ZIP Code) (If other than Item 6) (Specify type of modification and authority) (such as changes in paying office, appropriation date, etc.)

(If required)

(SEE ITEM 11)

(SEE ITEM 13)

(X)

CHECK

ONE

13. THIS ITEM APPLIES ONLY TO MODIFICATIONS OF CONTRACTS/ORDERS,

IT MODIFIES THE CONTRACT/ORDER NO. AS DESCRIBED IN ITEM 14.

11. THIS ITEM ONLY APPLIES TO AMENDMENTS OF SOLICITATIONS

AMENDMENT OF SOLICITATION/MODIFICATION OF CONTRACT

(Signature of person authorized to sign) (Signature of Contracting Officer) none 00244 Department of Veterans Affairs Network Contracting Office 4

00244 Department of Veterans Affairs Network Contracting Office 4

To all Offerors/Bidders

36C24422Q0152 12-17-2021

X

This amendment to the above solicitation is to provide answers to questions asked. Refer to continuation pages 2-6 for questions and answers.

All other terms and conditions remain the same.

William Schlobohm Contracting Officer

Questions and Answers (in red):

1. The solicitation does not refer to site visits during the solicitation response period. Can you confirm that you will not be allowing site visits during the bid phase? Confirmed

2. Please provide detailed specifications for boilers, DA tanks and condensate tanks listed on solicitation pages 9, 10 & 11 of 72 so that we may estimate/price testing costs based on properly established requirements. In addition to the boiler descriptions provided in the SOW the National Board Number, Maximum Allowable Working Pressure, and model for equipment is proved below:

Butler Boiler #1 NB# 4601 Model 14860-3 Boiler #3 NB# 4599 Model 14860-1 Rated MAWP is 250 however these boilers were retrofitted from coal to gas and currently operate at 110 PSI.

Coatesville Boiler 2: NBN 4394 MAWP 200 PSI, Model: Water Tube/ D tube Boiler 4: NBN 4391 MAWP 200 PSI, Model: Water Tube/ D tube

Pittsburgh

(4) Johnston Fire Tube Boilers model: PTFA400-4LG150S, NB#s 8062, 8063, 8064, 8065 MAWP 200 psi

Philadelphia Boiler #2: Cleaver Brooks, Water Tube, Year Built: 1978, Model # D-60, Max Pressure: 260 psi, NB # 43855 Boiler #3: Cleaver Brooks, Water Tube, Year Built: 1979, Model # D-60, Max Pressure: 260 psi, NB# 44806 Boiler #4: Cleaver Brooks, Water Tube, Year Built: 1979, Model # D-60, Max Pressure: 260 psi, NB # 45654

Wilmington Boiler#1,Cleaver Brooks, model,D-34,ser.#WL-2770, NB#42595, MAX Working pressure 260psi Boiler#2, Cleaver Brooks, model# D-34, ser.#WL-2771, NB#42597, MAX working pressure 260psi Boiler#3, Cleaver Brooks, model# D34, ser.#42594, NB#42594, Max working pressure 260psi Boiler#4 Cleaver Brooks, model# CB-100X-250, ser.#L-64650, Max working pressure 200psi

Deaerator, Allied steel prod co. ser#P78-1, NB#8681, Max working pressure 38psi There are no model numbers on D.A. and Condensate tank just ser#

Condensate Tank, OLD Dominion & Steel, ser#2063-p, Max working pressure 38psi There are no model numbers on D.A. and Condensate tank just ser#

3. Please provide copy of current inspection certificate, for each of the boilers, DA tanks and condensate tanks so we are able to confirm requirements, based on specifications. Inspection certificates will not be provided prior to award.

4. At this time, for baseline planning, will you provide electricity, natural gas and water utility data for three years, for each location in RFP? No

5. If you will not provide electricity, natural gas and water utility data for three years at this time, can you describe level of detail of this data, as it currently exists with the VA, for each location in RFP? VA database has 3+ years data for utilities (electricity, gas, water). Data includes quantities and costs and is from utility bills. Data will be provided after award.

6. Can you please describe the level of sub-metering which exists for each of the three utility types at each location in the RFP? Varies by site and includes some larger buildings.

7. Can you please describe the existing building automation system (BAS) types present at each location in the RFP?

Altoona – Trane Tracer Summit Butler – Automated Logic - Niagara Erie – Johnson Controls - Metasys Pittsburgh UD - Johnson Controls - Metasys Pittsburgh Heinz – Automated Logic Lebanon - Trane Tracer Summit/Johnson Controls Wilkes-Barre - Johnson Controls - Metasys Philadelphia – Niagara/Barber Coleman Coatesville – Niagara, Trane Tracer, Jonson Controls Wilmington- Johnson Controls, Trane Tracer

8. Will you provide access to view BAS at each location, if present, during the audit phase? Yes

9. Does the BAS at each VA location in the RFP collect trend data on boilers, chillers, HVAC equipment? Varies by site. Contractor will be allowed to view available data during audit.

10. If yes, will such data be made available to successful bidder during the audit phase? Yes

11. For the facilities listed on RFP pages 4 & 5 of 72 – can you please clarify if the area in Sq ft refers to a single building or multiple building? If it refers to multiple buildings, could you please provide a list of individual buildings and their area in sq ft, including electricity (kWh), natural gas in MMBtu and water in KGal? Square Footage is total for facility and compromised of multiple buildings. Building square footage refers to the campuses and contains multiple buildings. Building inventory with approximate square footage is below. Electricity (kWh), natural gas in MMBtu and water in KGal will be provided after award at the station level.

12. For 9.d on RFP page 21 of 72 – could you please clarify further your expectation on the level of detail for the audit? Can you clarify if this project’s audit requirement is an investment grade audit requiring sub-contractor pricing or is Means based pricing adequate? Sub -contractor pricing not required.

13. Paragraph #11, Deliverable 1, on page 22 of 72 refers to an attached energy audit spreadsheet sample, to be used as an example. This was not in the solicitation files we downloaded. Could you please provide this spreadsheet? Provided below:

14. Paragraph #12, Deliverable 2, on page 22 of 72 refers to an attached written report sample, to be used as an example. Please confirm that this refers to the Report Deliverable Format provided on pages 23 & 24 of 72 of the RFP. Provided below:

15. Please confirm that all 15 boilers listed in the Performance Work Statement require remaining useful life studies. Yes, studies required for all 15.

16. If all 15 boilers do not require a remaining useful life study, which boilers do? N/A

17. Please provide the National Board Number, Maximum Allowable Working Pressure, and model for each boiler.

Butler Boiler #1 NB# 4601 Model 14860-3 Boiler #3 NB# 4599 Model 14860-1 Rated MAWP is 250 however these boilers were retrofitted from coal to gas and currently operate at 110 PSI.

Coatesville Boiler 2: NBN 4394 MAWP 200 PSI, Model: Water Tube/ D tube Boiler 4: NBN 4391 MAWP 200 PSI, Model: Water Tube/ D tube

Pittsburgh

(4) Johnston Fire Tube Boilers model: PTFA400-4LG150S, NB#s 8062, 8063, 8064, 8065 MAWP 200 psi

Philadelphia Boiler #2: Cleaver Brooks, Water Tube, Year Built: 1978, Model # D-60, Max Pressure: 260 psi, NB # 43855 Boiler #3: Cleaver Brooks, Water Tube, Year Built: 1979, Model # D-60, Max Pressure: 260 psi, NB# 44806 Boiler #4: Cleaver Brooks, Water Tube, Year Built: 1979, Model # D-60, Max Pressure: 260 psi, NB # 45654

Wilmington Boiler#1,Cleaver Brooks, model,D-34,ser.#WL-2770, NB#42595, MAX Working pressure 260psi Boiler#2, Cleaver Brooks, model# D-34, ser.#WL-2771, NB#42597, MAX working pressure 260psi Boiler#3, Cleaver Brooks, model# D34, ser.#42594, NB#42594, Max working pressure 260psi Boiler#4 Cleaver Brooks, model# CB-100X-250, ser.#L-64650, Max working pressure 200psi

18. Please provide the National Board Number, Maximum Allowable Working Pressure, and model for the deaerator. Deaerator, Allied steel prod co. ser#P78-1, NB#8681, Max working pressure 38psi There are no model numbers on D.A. and Condensate tank just ser#

19. Please provide the National Board Number, Maximum Allowable Working Pressure, and model for the condensate tank. Condensate Tank, OLD Dominion & Steel, ser#2063-p, Max working pressure 38psi There are no model numbers on D.A. and Condensate tank just ser#

20. Will the hospital staff provide confined entry attendant (hole watch) for the internal inspections? No, offeror to provide

21. Can the Pittsburgh boilers be made available two at a time allowing all inspections to be performed in two trips? No, access will be provided to 1 boiler at a time

22. At Wilmington, can two boilers plus either the deaerator or condensate tank be made available for inspection at the same time allowing inspection of all six pieces of equipment to be completed with two trips? No, access will be provided to 1 boiler/tank at a time

23. At Philadelphia, can two boilers be made available at one time allowing the inspections to be completed in two trips? No, access will be provided to 1 boiler at a time

24. Please provide the height and width of the oval of the Wilmington deaerator manway. manway 11X16”

25. Please provide the height and width of the oval of the Wilmington condensate tank manway. manway 11X15”

End of Document Energy Audits ECM List template Jun 2020.xlsx Station

Station #:

Station Name: Estimated Values Recurring Savings (est annnual) Completion Date

ECM # 1.0 Boiler Plant Improvements

1.1 ECM-1.1 Stack Economizers Boiler Plant Improvements This ECM involves installing one condensing stack economizer on the main boiler plant exhaust stack, to which each of the steam boilers are tied. The stack economizer will be used to heat domestic hot water (DHW). 0 kWh 9,311.00 MMbtu MMbtu 0 Gal 1,639 ton $45,461 $0 $476,636 10.5

1.2 ECM-1.2 Remove B102 from Steam Plant Boiler Plant Improvements Provide about 3,500 MBH of HW capacity for the building and domestic water heating requirements utilizing (3) 50% capacity, dual fuel (gas and No. 2 oil fired) HW condensing boilers. -8,216 kWh 18,604.00 MMbtu MMbtu 3,123,000 Gal 3,271 ton $88,457 $18,666 $1,128,761 10.5

Total -8,216 kWh 27,915.00 MMbtu 0.00 MMbtu 3,123,000 Gal 4,910 ton $133,918 $18,666 $0 $1,605,397 10.5

3.0 Building Automation Systems

3.1 ECM-3.1 BAS improvements Building Automation Systems Extension of DDC network to selected buildings, to replace thermostats for control of heat pumps and air-conditioning units. Applicability: Buildings 12 and 35 268,971 kWh 6,030.00 MMbtu MMbtu 754,000 Gal 1,223 ton $46,937 $4,507 $0 $378,674 7.4

3.3 ECM-3.3 Kitchen Hood Controls Building Automation Systems This ECM requires the installation of variable frequency drives (VFDs) to control the kitchen exhaust hood fan motors and the kitchen’s make-up air supply fan motors. 372,332 572.00 MMbtu 0 324 $33,679 $0 $167,781 5.0

Total 641,303 kWh 6,602.00 MMbtu 0.00 MMbtu 754,000 Gal 1,548 ton $80,616 $4,507 $0 $546,455 6.4

10.0 Distributed Generation

10.1 ECM-10.1 Combined Heat and Power (CHP) Distributed Generation The proposed solution incorporates two internal combustion engines rated at approximately 1 MW of electric output each to provide a base load of electric power as well as offset a significant portion (5,000 lbs per hour) of the summertime base load steam that is currently used for domestic water heating and HVAC heat and re-heat. 16,651,008 kWh -86,707.00 MMbtu MMbtu 0 Gal -5,260 ton $860,440 $10,411,828 12.1

Total 16,651,008 kWh -86,707.00 MMbtu 0.00 MMbtu 0 Gal -5,260 ton $860,440 $0 $0 $10,411,828 12.1

7.0 Chilled Water, Hot Water, and Steam Distribution Systems

7.3 ECM-7.3 Steam Distribution Improvements Energy/Utility Distribution Systems This measure proposes to replace all mechanical steam traps like for like with new traps. 0 kWh 14,449.00 MMbtu MMbtu 1,577,000 Gal 2,544 ton $70,549 $22,463 $0 $733,815 7.9

Total 0 kWh 14,449.00 MMbtu 0.00 MMbtu 1,577,000 Gal 2,544 ton $70,549 $22,463 $0 $733,815 7.9

13.0 Water and Sewer Conservation Systems

13.1 ECM-13.1 Water Retrofits Water and Sewer Conservation Systems upgrade the remaining high-flow plumbing fixtures with lower flow fixtures, similar to those currently installed on site in order to reduce water consumption and complete standardization efforts for plumbing fixture equipment. 816,389 kWh MMbtu MMbtu 5,053,000 Gal 491 ton $84,057 $71,975 $767,509 4.9

Total 816,389 kWh 0.00 MMbtu 0.00 MMbtu 5,053,000 Gal 491 ton $84,057 $71,975 $0 $767,509 4.9

Grand Total 18,100,484 kWh -37,741 MMbtu 0 MMbtu 10,507,000 Gal 4,232 ton 1,229,580 117,611 0 14,065,004 10.4

24,072 MMbtu 0

Project Savings $1,347,191

Project Costs $14,065,004

Total savings/cost $1,347,191 $14,065,004

SIR# - Savings to Investment Ratio

An SIR Value of 1.0 or greater is economically viable.

GHG Conversion

Electric Region Energy Conversion GHG Conversion [Option 1] GHG Conversion [Option 2]

AKGD 0.003413 MMBTU / kWh 0.16412 MTCO2e/MMBtu 0.000560 MTCO2e / kWh

AKMS 0.003413 MMBTU / kWh 0.06652 MTCO2e/MMBtu 0.000227 MTCO2e / kWh

AZNM 0.003413 MMBTU / kWh 0.17503 MTCO2e/MMBtu 0.000597 MTCO2e / kWh

CAMX 0.003413 MMBTU / kWh 0.09665 MTCO2e/MMBtu 0.000330 MTCO2e / kWh

ERCT 0.003413 MMBTU / kWh 0.17668 MTCO2e/MMBtu 0.000603 MTCO2e / kWh

FRCC 0.003413 MMBTU / kWh 0.17607 MTCO2e/MMBtu 0.000601 MTCO2e / kWh

HIMS 0.003413 MMBTU / kWh 0.20414 MTCO2e/MMBtu 0.000697 MTCO2e / kWh

HIOA 0.003413 MMBTU / kWh 0.24209 MTCO2e/MMBtu 0.000826 MTCO2e / kWh

MROE 0.003413 MMBTU / kWh 0.24516 MTCO2e/MMBtu 0.000837 MTCO2e / kWh

MROW 0.003413 MMBTU / kWh 0.24347 MTCO2e/MMBtu 0.000831 MTCO2e / kWh

NEWE 0.003413 MMBTU / kWh 0.12423 MTCO2e/MMBtu 0.000424 MTCO2e / kWh

NWPP 0.003413 MMBTU / kWh 0.12058 MTCO2e/MMBtu 0.000412 MTCO2e / kWh

NYCW 0.003413 MMBTU / kWh 0.10870 MTCO2e/MMBtu 0.000371 MTCO2e / kWh

NYLI 0.003413 MMBTU / kWh 0.20531 MTCO2e/MMBtu 0.000701 MTCO2e / kWh

NYUP 0.003413 MMBTU / kWh 0.09633 MTCO2e/MMBtu 0.000329 MTCO2e / kWh

RFCE 0.003413 MMBTU / kWh 0.15224 MTCO2e/MMBtu 0.000520 MTCO2e / kWh

RFCM 0.003413 MMBTU / kWh 0.20897 MTCO2e/MMBtu 0.000713 MTCO2e / kWh

RFCW 0.003413 MMBTU / kWh 0.20549 MTCO2e/MMBtu 0.000701 MTCO2e / kWh

RMPA 0.003413 MMBTU / kWh 0.25151 MTCO2e/MMBtu 0.000858 MTCO2e / kWh

SPNO 0.003413 MMBTU / kWh 0.26200 MTCO2e/MMBtu 0.000894 MTCO2e / kWh

SPSO 0.003413 MMBTU / kWh 0.22137 MTCO2e/MMBtu 0.000756 MTCO2e / kWh

SRMV 0.003413 MMBTU / kWh 0.13607 MTCO2e/MMBtu 0.000464 MTCO2e / kWh

SRMW 0.003413 MMBTU / kWh 0.24459 MTCO2e/MMBtu 0.000835 MTCO2e / kWh

SRSO 0.003413 MMBTU / kWh 0.19908 MTCO2e/MMBtu 0.000679 MTCO2e / kWh

SRTV 0.003413 MMBTU / kWh 0.20185 MTCO2e/MMBtu 0.000689 MTCO2e / kWh

SRVC 0.003413 MMBTU / kWh 0.15171 MTCO2e/MMBtu 0.000518 MTCO2e / kWh

Territory 0.003413 MMBTU / kWh 0.25231 MTCO2e/MMBtu 0.000861 MTCO2e / kWh

US 0.003413 MMBTU / kWh 0.17760 MTCO2e/MMBtu 0.000606 MTCO2e / kWh image3.emf

Energy Audit template.docx VISN 08 Network Task 2: Appendix E: Water

VAMC Bay Pines Campus

DEPARTMENT OF VETERANS AFFAIRS

Water and Energy Audit Report

Insert station picture

VISN XX

VAMC

Address

TABLE OF CONTENTS

Contents

1.0 Executive Summary

Hospital description / Information

The XX VAMC, station number XX, is located at XX. The XX Healthcare System provides comprehensive medical care including acute/inpatient medical, surgical, and psychiatric care; extended / long-term medical and psychiatric care, rehabilitative inpatient care; and comprehensive outpatient care with multiple specialty services available. In addition, the Medical Center supervises a community nursing home care. The XX VA provides services to more than XX veterans living in XX area of XX. The XX VA Healthcare System is a member of the Veterans Integrated Services Network (VISN 4). The XX VA has XXhospital beds, XX acute beds, XX community living center beds, XX domiciliary beds and XX residential treatment beds. Total Square Footage of the Campus is XXXX gross square feet (GSF).

The purpose of this energy and water audit is to comply with federal law and develop a document to use for further requirements. The once every 4-year requirement is based on the date of the last audit listed in the Department of Energy (DOE)’s Compliance Tracking System (CTS) database. This requirement to complete these audits at least once every four years is mandated in law: 42 U.S.C. 8262 / EISA 2007 section 432. As part of the evaluation the auditor shall identify and assess opportunity for recommissioning measures (or, if the facility has never been commissioned, retro commissioning measures) for each such facility. The goal is to establish baseline energy usage profiles and recommend energy conservation measures (ECMs). This detailed report will be used to further understand the overall potential energy savings and costs associated with energy and cost reduction improvements. The completed report will act as a guide when considering future changes to the building to improve energy efficiency.

Current recommended ECM’s with associated/potential project costs and possible annual energy cost savings:

Insert summary table (from spreadsheet, similar to the one on the next page)

2.0 Introduction

The Department of Veterans Affairs (VA) is required by the Energy and Independence Security Act of 2007 (EISA 2007) section 432 to conduct energy and water audits at each major facility once every 4 years. The energy and water audit are intended to provide a benchmark for the facility to use as a guide to improve energy and water efficiency. The audit should include an a review of all pertinent information from previous audits, retro-commissioning, SCIP submissions, and facility condition reports.

The facility energy and water audit should look at all of the following information:

· Building envelope (roof, windows, etc.)

· Heating, ventilation, and air conditioning equipment (HVAC)

· Building Automation Systems

· Metering – including identifying which buildings have submetering, considering IT integration

· Lighting systems and controls

· Operation and occupancy schedules

· Facility-specific equipment

· Renewable Energy systems, the possibility, true up old assessments

· Alternative energy systems other than renewables

· Water using equipment or processes such has kitchens, rest rooms, hot water, cooling towers, laundry and irrigation

· Water meters

· Maintenance items with an energy component

· Data Center – efficiency, etc. where relevant

· Retro-commissioning or ongoing commissioning

· Energy Star Portfolio Manager (https://portfoliomanager.energystar.gov/)

3.0 Method of Analysis

3.1 Analysis and General Description

A site investigation was conducted to document existing conditions to include campus layout, energy and water/sewer usage and building envelope description. The team reviewed all previous audits, retro-commissioning reports, SCIP submissions, and SCIP request for NRM funding. The following information is provided for each recommended ECM.

1) ECM description; should contain enough information to develop a statement of work (SOW).

2) Evaluation method;

3) Estimated cost to implement;

4) Estimated energy and/or water/sewer consumption savings – include Operations and Maintenance savings where possible;

5) Greenhouse gas (GHG) emissions savings;

6) Simple payback.

3.2 ECM Cost Calculation Description

Cost savings are calculated based on the actual historical energy costs for the facility. Installation costs include labor and equipment costs to estimate the full up-front investment required to implement a change. Costs are derived from RS Means Cost Data, industry publications, and local contractors and equipment suppliers. The evaluations are based on engineering estimations and industry standard calculation methods. Pricing information is based on budgetary equipment pricing and estimated labor costs. More detailed cost analyses require hard equipment specifications, and contractor bid pricing.

3.3 Energy Modeling Calculation Description

The ECM energy calculations and results are provided by excel calculations in the attached spreadsheet. Historical utility data is average for the three previous years (FY2018-2020) and is used to set the baseline utility information.

4.0 Historical Utility Consumption/Cost

4.1 Baseline Utility Usage Evaluation to Reduce Energy and Water Usage

Report documented energy and water usage at the facility.

The Environmental Protection Agency’s (EPA) Energy Star Portfolio Manager Program and VISN Service Support Center (VSSC) database record consumption and cost data for energy and water at each facility. Consumption data included energy and water commodity usage at the facility during the most recent three-year period

Example: Table below (data from VSSC)

Commodity Cost per Fiscal Year

Commodity

FY18

FY19

FY20

% Change 18-20

Electricity $

$3,667,788

$3,727,247

$3,891,071

6.09%

Fuel Oil $

$30,073

$191,200

$60,882

102.45%

Natural Gas $

$306,385

$800,716

$652,660

113.02%

Water $

$636,772

$566,009

$734,667

15.37%

Sewer $

$872,910

$818,121

$968,206

10.92%

Total

$5,513,928

$6,103,293

$6,307,486

14.39%

As shown, electricity costs increased from FY 2018 to FY 2020. The electricity consumption increase was mainly due to the lack of ECM capital improvements to the facility. Fuel oil consumption was the driver for cost increased. Fuel oil increase consumption was due to the ongoing need to operate the generators. Natural gas costs per therm have reduced every fiscal year, while consumption has remained stable. Water costs increased by approximately 15.3% from FY 2018 to FY 2020. Water usage has increased proportionally within this timeframe; in 2020, the increase was largely caused by the opening of a new mental health facility as well as increased legionella water flushes. This correlates to the various construction improvement projects throughout this period. Sewer costs followed the same trend as the water usage.

In accordance with FAR part 41, a review of the utility bills has been conducted to ensure each meter and/or bill is on the appropriate tariff. The following utility rates and tariffs were verified. As a part of your review validate:

Electric Demand Charges on the bills to verify that it matches meter data.

Validate all accounts are on the correct tariff/schedule based on the account type and size.

Taxes and Fees should be reviewed. Most of the time we do not pay taxes and many fees do not apply

Find ways to ensure you have the correct type of account for each your accounts.

Each facility should have an account representative at the utility ask for help to review your accounts.

Look for ways to conserve on the expense of utilities.

Do you need to add a water meter to your cooling towers to not pay sewer charges on your water?

Update information below

Recommended Rates for Task 2 Study

Electricity, $/kWh (Blended*)

$0.09

Electricity, $/kWh (Energy**)

$0.08

Electricity, $/kWh (Demand)

$3.01

Fuel Oil, $/1 Gallons***

$3.03

Natural Gas, $ Therms

$0.62

Water, $/1000 Gallons

$4.51

Sewer, $/1000 Gallons

$5.04

4.2 Energy Review

A review of all energy project data and walk through of the facility should give you a holistic approach to what projects still need to be developed. Discuss the impact of completed projects. Discuss the potential impact of projects under development. This is where you will identify measures that will provide cost and savings. Also potential capital improvements that merit further analysis and provide initial judgements about project potential costs and savings.

· Building envelope (roof, windows, etc.)

· Heating, ventilation, and air conditioning equipment (HVAC)

· Building Automation Systems

· Metering – including identifying which buildings have submetering

· Lighting systems and controls

· Operation and occupancy schedules

· Facility-specific equipment

· Commissioning

4.3 Renewable Energy Review

Review feasibility studies for all sites (when available) and update assumptions as appropriate. Alternative renewable energy resources and technologies should include, but are not limited to, the following: geothermal energy (direct geothermal, ground source heat pump); solar energy (photovoltaic, solar thermal, solar concentrating); wind (turbines) include battery storage; also identify if there is a source of bio-fuel which can be used to fuel existing boilers, reciprocating engines, turbines and other applicable equipment; or methane from wastewater treatment plants or nearby landfills; include fuel cell, microturbine technologies and combined heat and power (CHP) system feasibility screening. If none of these are appropriate (cost, technical issues, etc.) it’s fine to write a short paragraph saying so, with some brief explanation.

CHP screening questions:

Answering "yes" to any of the following questions indicates that the facility may be a good candidate for CHP:

· Do you pay more than $0.10 per kWh on average for electricity (including generation, transmission, and distribution)?

· Are you concerned about the impact of current or future energy costs on your business?

· Is your facility located in a deregulated electricity market?

· safety, or health impacts if the electricity supply were interrupted?

· Does your facility operate for more than 5,000 hours per year?

· Do you have thermal loads throughout the year (such as steam, hot water, chilled water, or hot air)?

· Do you expect to replace, upgrade, or retrofit central plant equipment (such as generators, boilers, and chillers) within the next 3 to 5 years?

· Do you anticipate a facility expansion or new construction project within the next 3 to 5 years?

· Have you already implemented energy efficiency measures and still have high energy costs?

· Are you interested in reducing your facility's impact on the environment?

If you answer yes to any of the questions and have not had a feasibility study conducted, then use the CHP Screening tool on the EPA – CHP page. The excel tool is on the following link.

https://www.epa.gov/chp/my-facility-good-candidate-chp

4.4 Water Review

When conducting the walk-through water survey verify at a minimum:

In the dining hall and kitchettes verify water using equipment such as dishwashers are energy star certified. The pre-rinse spray heads should be upgraded to allow for air assist. Ice machines use a lot of water, if air cooled then chances are it is energy star certified. If the ice machine’s serial number begins with an A then it is often energy star compliant. If not, then recommend upgrade or develop this into an ECM for future funding.

Cooling towers use an abundance of water so ensure there is a utility compliant water meter. This ensures that you are not being charged for sewer use.

Review your water meters are they in the correct place?

Are the meters reporting?

Hot water in rest rooms need to be compliant with the legionella directive and kept at the correct temperature.

Have the toilets, urinals, faucets and plumbing fixtures been upgraded to water sense certified products?

If your facility has a laundry, consider what you can do to improve water consumption - are the washers, dryers, and other relevant equipment energy star certified? Is appropriate metering in place?

Landscape irrigation should be monitored and measured. Irrigation systems that are controlled automatically based on weather and soil condition that precisely schedules the irrigation based on the actual needs of the plants are ideal. Consider what type of water is being used - Potable water, which is drinking water, Non-potable water that is not safe to drink, or alternative sources such as rainwater/gray/reuse water. Each state has its own rules.

Additional resources are located on the Federal Energy Management Program Website https://www.energy.gov/sites/prod/files/2018/11/f57/handbook-walk-through-water-survey.pdf

4.5 Energy Star Rating

EPA, in an effort to promote energy management, created a system for benchmarking energy use among various end users, named Portfolio Manager. The Portfolio Manager tool allows tracking and assessment of energy consumption via the template forms located on the ENERGY STAR website (www.energystar.gov). Portfolio Manager will calculate a score for the facility on a scale of 1 to 100 based on user inputs. These ratings, on a scale of 1 to 100, provide a means for benchmarking the energy efficiency of specific facilities against the energy performance of similar facilities. The ratings are used by building and energy managers to evaluate the energy performance of existing buildings. Facilities that score a 75 or greater may qualify for an ENERGY STAR rating. Utility data can be entered into Portfolio Manager to calculate the Energy Use Index (EUI) kBtu/Sq.Ft/yr. EUI is a good measure of a building’s energy use per square foot and is utilized regularly for comparison of energy performance for similar building types. The EUI is a good indicator of the relative potential for energy savings also. A low EUI indicates less potential for energy savings, while a high EUI indicates poor building performance therefore a high potential for energy savings.

Verify Energy Star Portfolio Manager data is correct and complete for your facility and ensure an Energy Performance rating or EUI score is showing up.

According to the Energy Star Portfolio Manager, the facility scored an Energy Performance Rating of XX out of a possible 100.

5.0 Facility Description

5.1 General Facility Description

The below information must be updated for facility.

The campus is comprised of a number of buildings, totaling approximately XX square feet, with over XX square feet of interstitial space. These buildings were constructed between XX and XX. The main hospital building was built in XX. The XX VA Healthcare System provides comprehensive medical care including acute/in-patient medical, surgical, and psychiatric care; extended / long-term medical and psychiatric care, rehabilitative inpatient care; and comprehensive outpatient care with multiple specialty services available. In addition, the Medical Center supervises a community nursing home care program which is one of the largest in the VA system. The XX VA provides services to more than XX veterans living in a ten-county area in west central Florida.

Buildings 1, 71, 100, 101, 102 and Fisher House are used in continuous 24 hours per day, 7 days per week (24/7). Other areas, such as the administrative, service and some patient common areas, are nominally one shift per day Monday-Friday, 9 hours per day, and 5 days per week (9/5). A campus map is shown below.

Building 100 contains the main chiller and boiler plants. The main chiller plant supplies chilled water to buildings 1, 20, 22, 23, 71, 100, 101 and 102 with hot water reheat for humidity control. The remaining buildings are served by a variety of DX units. Steam is supplied by three (3) natural gas boilers which supply 100 psi steam for the laundry, sterilization, kitchen, heating and hot water reheat for the air conditioning systems. Also, steam from the central system is converted to hot water for heat in buildings 1, 20, 22, 71, 100, 101, and 102. Each building has its own hot water converter. There are also two 150 gallon gas water heaters in the boiler plant and two in Building 1. Building 2 is equipped with older style radiators for heating.

Campus Map

Insert campus map

6.0 Sustainable Buildings

7.0 ECM Description and TYPE

All ECM’s must follow the category list attached to this document. ECM Description must include ECM Number, ECM Technology category, and ECM Type; to include a description that can be used as a basic statement of work, as well as ECM Project Cost, ECM Project Savings, and ECM Commodity Savings .

EXAMPLE

ECM Number 5.0: Lighting

ECM Technology Category: Interior / Exterior lighting retrofits and replacements.

About 20 percent of the electricity in hospitals is used for lighting, Lighting is used primarily for Illumination.

How much light is needed ?

How is the light controlled?

How can lighting be provided more efficiently?

ECM Project Installation Cost: $29,755

ECM Project Annual Savings: 4,288

ECM Simple Annual Pay Back: 6.9 years

ECM Commodity Savings: 54,112 kWh

· ECM Number 1.1: Boiler Plant Improvements – Boiler Stack Economizers

· ECM Technology Category: Boiler control, including new controls, retrofits to existing controls, burner replacement, heat recovery

· ECM Description: This ECM involves installing one condensing stack economizer on the main boiler plant exhaust stack, to which each of the steam boilers are tied. The stack economizer will be used to heat domestic hot water (DHW).

· ECM Project Cost: $474,698

· ECM Annual Project Savings: $45,461

· ECM Simple Payback: 10.4 years

· ECM Commodity Savings: 9,311 MMBtu

· ECM Number 1.2: Boiler Plant Improvements – Remove B102 from Steam Plant

· ECM Technology Category: Replacement of existing boilers with high efficiency boilers

· ECM Description: Provide about 3,500 MBH of HW capacity for the building and domestic water heating requirements utilizing (3) 50% capacity, dual fuel (gas and No. 2 oil fired) HW condensing boilers.

· ECM Project Cost: $1,124,172

· ECM Annual Project Savings: $107,123

· ECM Simple Payback: 10.5 years

· ECM Commodity Savings: -48,216 kWh; 18,604.00 MMBtu; 3,123,000 Gal

· ECM Number 3.1 Building Automation Systems – BAS Improvements

· ECM Technology Category: Heating, Ventilating, and Air Conditioning (HVAC) upgrade from pneumatics to Direct Digital Control

· ECM Description: Extension of DDC network to selected buildings, to replace thermostats for control of heat pumps and air-conditioning units. Applicability: Buildings 12 and 35

· ECM Project Cost: $377,135

· ECM Annual Project Savings: $51,444

· ECM Simple Payback: 7.3 years

· ECM Commodity Savings: 268,971 kWh; 6,030 MMBtu; 754,000 Gal

· ECM Number 3.3 Building Automation Systems – Kitchen Hood Controls

· ECM Technology Category: Other including diagnostic software. Also, reduce outside air when unoccupied.

· ECM Description: This ECM requires the installation of variable frequency drives (VFDs) to control the kitchen exhaust hood fan motors and the kitchen’s make-up air supply fan motors.

· ECM Project Cost: $167,072

· ECM Annual Project Savings: $33,679

· ECM Simple Payback: 5.0 years

· ECM Commodity Savings: 372,332 kWh; 572 MMBtu

· ECM Number 7.3 Chilled Water, Hot Water, and Steam Distribution Systems – Steam Distribution Improvements

· ECM Technology Category: Steam trap repair and replacement

· ECM Description: This measure proposes to replace all mechanical steam traps like for like with new traps.

· ECM Project Cost: $730,831

· ECM Annual Project Savings: $93,012

· ECM Simple Payback: 7.9 years

· ECM Commodity Savings: 14,449 MMBtu; 1,577,000 Gal

· ECM Number 10.1 Distributed Generation – Combined Heat and Power (CHP)

· ECM Technology Category: Cogeneration systems installation

· ECM Description: The proposed solution incorporates two internal combustion engines rated at approximately 1 MW of electric output each to provide a base load of electric power as well as offset a significant portion (5,000 lbs. per hour) of the summertime base load steam that is currently used for domestic water heating and HVAC heat and re-heat.

· ECM Project Cost: $10,411,828

· ECM Annual Project Savings: $860,440

· ECM Simple Payback: 12.1 years

· ECM Commodity Savings: 16,651,008 kWh; -86,707 MMBtu

· ECM Number 13.1 Water and Sewer Conservation Systems – Water Retrofits

· ECM Technology Category: Low-flow faucets and showerheads

· ECM Description: upgrade the remaining high-flow plumbing fixtures with lower flow fixtures, similar to those currently installed on site in order to reduce water consumption and complete standardization efforts for plumbing fixture equipment.

· ECM Project Cost: $764,389

· ECM Annual Project Savings: $156,032

· ECM Simple Payback: 4.9 years

· ECM Commodity Savings: 816,389 kWh; 5,053,000 Gal

Conclusion

The purpose of this energy and water d audit is to comply with federal law as described above and develop a document to use for further requirements. The once every 4-year requirement is based on the date of the last audit listed in the DOE CTS database. An excel spreadsheet should be completed to accompany this document, and the results uploaded to the DOE CTS database prior to the expiration of the last audit date. OCAMES and OAEM should be notified when data has been uploaded to CTS.

APPENDIX:

ECM Technology Category

ECM Number

ECM Type

Boiler Plant Improvements

1.1

Boiler control, including new controls, retrofits to existing controls, burner replacement, heat recovery.

1.2

Replacement of existing boilers with high efficiency boilers

1.3

Boiler decentralization

1.4

Other

Chiller Plant Improvements

2.1

Chiller retrofits or replacements

2.2

Chiller plant pumping, piping, and controls retrofits and replacements

2.3

Other

Building Automation Systems/Energy Management Control Systems (EMCS)

3.1

Heating, Ventilating, and Air Conditioning (HVAC) upgrade from pneumatics to Direct Digital Control

3.2

Upgrade or replacement of existing EMCS systems

3.3

Other including diagnostic software. Also, reduce outside air when unoccupied.

Heating, Ventilating, and Air Conditioning

4.1

Packaged air conditioning unit replacements

4.2

HVAC damper and controller repair or replacement

4.3

Window air conditioning replacement with high efficiency units

4.4

Cooling tower retrofits or replacements

4.5

Economizer installation

4.6

Fans and pump replacement or impeller trimming

4.7

Thermal energy storage

4.8

Variable air volume retrofit and fan wall option.

4.9

Other including heat recovery options.

Lighting Improvements

5.1

Interior and exterior lighting retrofits and replacements

5.2

Intelligent lighting controls

5.3

Occupancy sensors

5.4

Light Emitting Diode technologies

5.5

Daylighting

5.6

Spectrally enhanced lighting

5.7

Fiber optic lighting technologies

5.8

Other

Building Envelope Modifications

6.1

Insulation installation

6.2

Weatherization

6.3

Window replacement

6.4

Reflective solar window tinting

6.5

Other

Chilled Water, Hot Water, and Steam Distribution Systems

7.1

Piping insulation installation

7.2

Hot water heater repair and replacement

7.3

Steam trap repair and replacement

7.4

Repair or replacement of existing condensate return systems and installation of new condensate return systems

7.5

Other including replacement of steam heat systems with hot water or other heating methods. Also, consider ways to utilize or minimize flash steam.

Electric Motors and Drives

8.1

Motor replacement with high efficiency motors

8.2

Variable speed motors or drives

8.3

Other

Refrigeration

9.1

Replacement of ice/refrigeration equipment with high efficiency units

9.2

Other

Distributed Generation

10.1

Cogeneration systems installation

10.2

Microturbines installation

10.3

Fuel cells installation

10.4

Other

Renewable Energy Systems

11.1

Photovoltaic system installation

11.2

Solar hot water system installation

11.3

Solar ventilation preheating system installation

11.4

Wind energy system installation

11.5

Passive solar heating installation

11.6

Landfill gas, wastewater treatment plant digester gas, and coalbed methane power plant installation

11.7

Wood waste, other organic waste stream heating or power plant installation

11.8

Replacement of AC and heating units with ground coupled heat pump systems

11.9

Other

Energy/Utility Distribution Systems

12.1

Transformers installation

12.2

Power quality upgrades

12.3

Power factor correction

12.4

Gas distribution systems installation

12.5

Other

Water and Sewer Conservation Systems

13.1

Low-flow faucets and showerheads

13.2

Low-flow plumbing equipment

13.3

Water efficient irrigation

13.4

On-site sewer treatment systems

13.5

Other

Electrical Peak Shaving/Load Shifting

14.1

Thermal energy storage

14.2

Gas cooling

14.3

Other

Energy Cost Reduction Through Rate Adjustments

15.1

Change to more favorable rate schedule

15.2

Lower energy cost supplier(s) (where applicable)

15.3

Energy service billing and meter auditing recommendations

15.4

Other

Energy Related Process Improvements

16.1

Production and/or manufacturing improvements

16.2

Recycling and other waste stream reductions

16.3

Industrial process improvement

16.4

Other

Commissioning Measures

17.1

Commissioning Measures

17.2

Other

Advanced Metering Systems

18.1

Advanced Metering Systems

Appliance/Plug-load reductions

19.1

Replace air-cooled ice/refrigeration equipment

19.2

Replace refrigerators, note personal items that are not energy star rated.

19.3

De-lamp vending machines

19.4

Plug timers

19.5

Energy Star® products, Computer Power Down

19.6

Other

Other

20.1

Other

October 2012 14 image1.emf image2.jpg image5.jpeg image1.emf

Building Inventory.xlsx Buildings Full Detailed Report

StationNumber StationName BuildingNumber FunctionTitle TotalGSF

460 Wilmington 1 Main Hospital/CSA 367746

460 Wilmington 10 Engineering 14738

460 Wilmington 13 VBA Regional Office 13125

460 Wilmington 15 FITS Building 13326

460 Wilmington 17 Community Living Center 36279

460 Wilmington 18 Generator Building 1320

460 Wilmington 19 Generator 1625

460 Wilmington 2 Home-Based Primary Care 3430

460 Wilmington 20 Switchgear 1800

460 Wilmington 22 Patient Smoking Shelter 200

460 Wilmington 3 Offices 4952

460 Wilmington 4 Logistics 4952

460 Wilmington 5 Training and Education 9289

460 Wilmington 6 Police / Employee Gym 5361

460 Wilmington 7 Boiler Plant / Warehouse 21258

460 Wilmington T3 Hazmat Storage Shed 240

503 Altoona 8 Switch Station 190

503 Altoona 1 Main Hospital 312865

503 Altoona 10 Garage 738

503 Altoona 11 Computer Room 1576

503 Altoona 15 Telephone Equipment Bldg. 760

503 Altoona 16 Butler Building 1361

503 Altoona 17 Logistics Storage Building 149

503 Altoona 18 Logistics Storage Building 149

503 Altoona 19 The Wall That Heals Visitor's Center 419

503 Altoona 2 Facilities 7731

503 Altoona 20A OI&T/Education/Logistics/Specialty 4914

503 Altoona 20B OI&T & Tenant 3319

503 Altoona 21 Storage Building 106

503 Altoona 23 Hazardous Materials Storage 89

503 Altoona 24 Smoking Shelter 167

503 Altoona 25 Smoking Shelter 111

503 Altoona 26 Smoking Shelter 111

503 Altoona 3 Boiler Plant & Garage 18766

503 Altoona 30 Bus Wash 1614

503 Altoona 31 External Decontamination Shower 63

503 Altoona 32 Behavioral Health 22066

503 Altoona 5A Home Community Based Care 1762

503 Altoona 5B Home Community Based Care 1807

503 Altoona 7 Resident Housing 5793

529 Butler 1 Main Building 223320

529 Butler 10 Garage 1007

529 Butler 131 Computer Room/Records Storage 2970

529 Butler 2 CLC Support - RENOVATIONS UNDERWAY 24942

529 Butler 20 Community Living Center 52280

529 Butler 21 Domicilary Admin 11955

529 Butler 22 Domicilary - Residential Housing 5372

529 Butler 23 Domicilary - Residential Housing 6590

529 Butler 24 Domicilary - Residential Housing 6590

529 Butler 25 Domicilary - Residential Housing 5276

529 Butler 3 Vacant - Building 26982

529 Butler 30 Chiller Plant 6000

529 Butler 4 CWT Trans Hsg 8405

529 Butler 45 Chlorine House 128

529 Butler 46 Facility Management 9762

529 Butler 47 Warehouse 24218

529 Butler 48 Fire Station 5500

529 Butler 5 Deshon House 14480

529 Butler 51 Storage 600

529 Butler 6 Linen Service Bldg 11229

529 Butler 66 Storage 216

529 Butler 7 Boiler Plant 9068

529 Butler 8 Engr. Plumbing Shop 4501

529 Butler 9 Garage 1007

529 Butler 99 Switch Gear/Generator 1404

529 Butler CC Connecting Corridors 3150

542 Coatesville, PA 1 Inpatient/NHCU/Admin/Clinical 77350

542 Coatesville, PA 10 Tenant 17500

542 Coatesville, PA 100 Emergency Generator 204

542 Coatesville, PA 11 Research 21600

542 Coatesville, PA 12 Engineering 5650

542 Coatesville, PA 127 Public Restroom 520

542 Coatesville, PA 13 Warehouse 5050

542 Coatesville, PA 138 Inpatient/NHCU 74800

542 Coatesville, PA 138 East Hospice 11035

542 Coatesville, PA 139 Nutrition/Food Service 35000

542 Coatesville, PA 14 Boiler Plant 6700

542 Coatesville, PA 15 Laundry 16300

542 Coatesville, PA 151 Storage 6051

542 Coatesville, PA 16 Administration 21700

542 Coatesville, PA 17 Chiller Plant 8850

542 Coatesville, PA 18 Hoptel 8751

542 Coatesville, PA 19 Tenant 5498

542 Coatesville, PA 2 Outpatient 60600

542 Coatesville, PA 25 Booster Pump House 573

542 Coatesville, PA 26 Administration 5250

542 Coatesville, PA 27 Administration 5496

542 Coatesville, PA 28 Administration 5498

542 Coatesville, PA 3 Urgent Care/Radiology/Lab/Outpatient Services 38900

542 Coatesville, PA 36 Greenhouse 2200

542 Coatesville, PA 38 Education/Administration 50950

542 Coatesville, PA 39 Inpatient/Mental Health (SATU) 48609

542 Coatesville, PA 4 Clinical Support/Tenant 38590

542 Coatesville, PA 40 Gardeners Tool Shed 800

542 Coatesville, PA 43 Garage 1640

542 Coatesville, PA 5 Great Hall/Administration 15300

542 Coatesville, PA 50 Garage 1640

542 Coatesville, PA 57 Outpatient MH /Clinics 48850

542 Coatesville, PA 58 Inpatient/Mental HealthBehaviorial Medicine 47100

542 Coatesville, PA 59 Inpatient/NHCU 53850

542 Coatesville, PA 6 Support/Tenant 41950

542 Coatesville, PA 63 Pump House 200

542 Coatesville, PA 69 PM&RS 28670

542 Coatesville, PA 7 Homeless Domiciliary 46000

542 Coatesville, PA 70 Engineering 6750

542 Coatesville, PA 71 Emergency Generator 204

542 Coatesville, PA 72 Chapel 8550

542 Coatesville, PA 74 Electric Sub-Station 1839

542 Coatesville, PA 75 Emergency Generator 204

542 Coatesville, PA 79 Emergency Generator 204

542 Coatesville, PA 8 Domiciliary 44600

542 Coatesville, PA 81 Emergency Generator 204

542 Coatesville, PA 9 Canteen/Tenant 48800

542 Coatesville, PA CC Connecting Corridors 14300

542 Coatesville, PA T4 Quonset Hut 1512

562 Erie 1 Main Building 284713

562 Erie 11 Switchgear 1814

562 Erie 11A Pump House 448

562 Erie 12 Generator (Main Hospital) 832

562 Erie 18 Community Living Center I 22212

562 Erie 6 Business Office 3429

562 Erie 7 M&R/Boiler Plant 25046

562 Erie 8 Behavorial Health 21020

595 Lebanon 1 General Medical 179207

595 Lebanon 10 Boiler/Chiller 9855

595 Lebanon 100 CWTTR House 4337

595 Lebanon 101 ICU/Emergency Department 13985

595 Lebanon 102 Rehab Medicine Building 13239

595 Lebanon 103 Old Golf House 2202

595 Lebanon 104 Medical/Surgical 48877

595 Lebanon 106 Chapel 5135

595 Lebanon 11 Storage 1163

595 Lebanon 135 Toilet 300

595 Lebanon 136 Telephone/Computer Equipment 4390

595 Lebanon 137 Hazardous Materials Storage 175

595 Lebanon 138 Engineering Storage 3200

595 Lebanon 139 Storage 3057

595 Lebanon 140 CWT Storage 576

595 Lebanon 141 CWT Storage 576

595 Lebanon 142 Storage 2181

595 Lebanon 143 Storage 532

595 Lebanon 144 MOVE! Program and Clinics 1408

595 Lebanon 155 Building 100 Garage 286

595 Lebanon 156 Building 100 Summer House 400

595 Lebanon 157 Building 100 Outer Building 65

595 Lebanon 158 Building 103 Golf Cart Storage 725

595 Lebanon 159 Equipment Storage 2289

595 Lebanon 162 Engineering Storage 2400

595 Lebanon 17 Outpatient Care 140071

595 Lebanon 18 Behavioral Health / AD Operations 116055

595 Lebanon 19 Admin Services 48896

595 Lebanon 2 NE CPAC 59232

595 Lebanon 22 Education/Library/Informatics 31696

595 Lebanon 23 Administration 13464

595 Lebanon 24 Therapeutic Exercise Clinic 20875

595 Lebanon 25 Vacant 4606

595 Lebanon 26 (Vacant) Old Non-Housekeeping Qtrs. 7079

595 Lebanon 27 (Vacant) Office 7252

595 Lebanon 28 Quarters Garage 2512

595 Lebanon 3 Day Care/Emergency Quarters 11831

595 Lebanon 33 Carpentry Shop 2390

595 Lebanon 34 Residential Recovery Center West Building 7875

595 Lebanon 35 Residential Recovery Center Central Building 10236

595 Lebanon 36 Residential Recovery Center East…