RFQ 36C24525Q0024 - Questions and Answers Final.docx

Hershel Woody Williams VA Medical Center Water Treatment Services

RFQ# 36C24525Q0024

Questions & Answers

1. Will a per pallet charge for salt be acceptable? Or does the salt need to be on the contract as well? If so, please provide total salt usage data – monthly, annually, etc.

We require total of 4 pallets of salt per month, 2 pallets of unopened salt onsite while 2 pallets of salt are in use.

Pricing for salt shall be included in the monthly cost, see B.3 Price/Cost Schedule.

2. How much soft water is used per day through the softeners in Building 20 (BRAC)?

Quantity is not totaled/monitored for building.

3. Bid asks for bag filters to be included. How many systems have filtration? What micron filters do you currently use? How many filters are used per month and in what sizes?

1 bag sediment type filter changed monthly. We require 3 filters on hand in case of issues. The filters are inspected weekly by staff. Per the information I was able to obtain we only have one bag filter location, and it is in the sump of the cooling tower. It is not of a small micron size (exact size not known) because it is intended to remove large debris that gets into the exposed water of the cooling tower. It is to remove items like leaves, sticks, insects, etc. that could fall or blow into the water.

4. Can you provide specifications for the cooling tower as follows?

Total volume, in gallons, Recirculation flow, in GPM, Evaporation rate, in GPM, Target number of cycles.

None of this information is tracked.

5. Cooling tower makeup water gallons for last year?

Not monitored

6. Boiler makeup water gallons for last year?

From our engineer that monitors water bills an average of 270,000 gallons of make-up water per month over the past year (or 3.2 Million gallons for the year).

7. Soft water use for last year, or quantity of softener salt used last year?

Not monitored

8. Define “Quarterly Service” for the softeners?

Test and check, listen to possible issues, provide guidance and quotations for service and repair. Provide soft water testing materials to be left on site for weekly use.

9. The SOW document on page 5: The Vendor will provide quarterly preventive maintenance services for three (3) water softener systems (Boiler Plant, Bldg. 2, BRAC) and provide recommendations for the proper operation of each. (October, January, April, and July). Please define the quarterly service that is required on these softeners, what specific tasks are required to be performed every quarter.

Show up quarterly, test and check softeners, provide logbook to stay with softeners detailing checks, concerns, repairs, adjustments, or any pertinent data.

10. Is there any elution study required to the water softener regeneration cycles?

We do not have any studies for reference.

11. Please provide any documentation/report of the most recent quarterly maintenance performed to these water softener systems. We need to understand the VA requirement.

See #8 and #9.

12. According to the SOW document on page 11, city water must be treated by phosphate. Please confirm this is needed.

No phosphate required.

13. Please confirm the Cooling Tower system Make/Model information, nor does it have any indication of monthly/annual makeup water usage.

We don’t have the means to track usage.

Model S3E-1222-06O-3/W COOLING TOWER, see question #27 for specification sheet.

14. Do you have a current water analysis of your make up water you can share with me?

Our make-up water comes from the West Virginia-American Water supplying utility. They provide monthly operational reports to the boiler plant operators so they can be viewed in the boiler plant if needed. See Question #19 for August and September reports.

15. Is your current program for your hot and chilled loops being treated with Nitrite or Molybdate?

Loop is being treated with Nitrite as deemed necessary.

16. You are requesting quarterly Legionella testing on tower and condensate and I just want to make sure the total is two Legionella tests per quarter or is there more than two sample points?

No other sampling points are utilized for this loop. Follow up samples after remediation of positive legionella findings should be considered.

17. Do you have corrosion coupons installed on tower, boilers, and closed loops? What metallurgies are in those systems and how many coupons needs analyzed quarterly?

No

18. Do you have an RO along with softeners for your boilers?

No RO for boiler.

The RO system is for sterile processing only at this time.

19. How may cycles of concentration are you currently running on your tower and boilers?

Currently, TDS is tested for daily. The boilers are also on a 12-hour cycle of operation at the present time. See log sheets below.

20. During your last boiler inspections, was there any scaling or pitting on the boiler tubes? Do you have pictures of inside the boilers when they were last opened up?

No significant scaling or pitting was documented for the tubes. See Pictures below.

21. Any issues you can share that you are experiencing with your boilers, softeners, tower or closed loops you can share?

Currently, the boiler operators are trying to adjust hardness down as they have seen an increase in the incoming utility water hardness through the recent drought but nothing critical related to this. Just minor adjustments.

22. Who is doing the service right now?

Caldaia Controls LLC

23. What is the old contract number?

36C24524P0218

24. Site visit what date and time?

Site visit was scheduled on 10/30/24 from 10:00am – 11:00am EST.

25. Are you able to provide source water quality data for the systems covered under this RFQ?

Our make-up water comes from the West Virginia-American Water supplying utility. They provide monthly operational reports to the boiler plant operators so they can be viewed in the boiler plant if needed. For the water quality data of our source I have attached the latest two months (Sept and Aug) we have received and I have also attached the 2023 Yearly Water Quality report from WV-American Water.

26. Will the government accept a per pallet charge for salt? It is near impossible to cast a bid for a years’ worth of salt.

See question #1.

27. Specifications sheet of the cooling tower.

Boiler #1 Type A 10-16-2023.pdf

BOILER OR PRESSURE VESSEL INSPECTION REPORT

1. TYPE OF INSPECTION

Internal and External BA VA Internal/External with Hydrostatic Test (same day) BB VB External Under Operation BC VC External Under Hydrostatic Test BD VD Expansion/Receiver Tank or Internal with UT BE VE

2. INSTALLATION 2A. CITY 3. STATE 4. ZIP CODE 5. PLANT OR BLDG.

9. CONTRACT NO.

10. OBJECT

Fire Tube Cast Iron Water Tube Expansion Tank Pressure Vessel

11. PLANT

Manned Unmanned

11A. PRESSURE PREVIOUS INSPECTION 11B. PRESSURE THIS INSPECTION 12A. YEAR BUILT 12B. YEAR INSTALLED

13A. PRIMARY FUEL (Boiler) 13B. SECONDARY FUEL (Boiler) 14. DESIGN WORKING PRESSURE OR TEMPERATURE

15. MANUFACTURER 16. MANUFACTURER’S RATING MBTU /LBS. / HR 17. NATIONAL BOARD NUMBER 18.BOILER NUMBER

19. USE

Power Steam Heating Process Storage HTHW Heating Heat Exchange Other (Specify)

20. METHOD OF FIRING (Boilers) 22. EXPLAIN IF PRESSURE CHANGED 23. PRESSURE GAGE TESTED Yes No

24. PURPOSE OF HYDROSTATIC TEST

New Retest Repair

25. LAST HYDROSTATIC TEST

Date PSI:

26. HYDROSTATIC TEST

Yes No Date PSI:

STATEMENT OF FACILITY ENGINEER

27. REPAIRS MADE SINCE LAST INSPECTION

None Other (Specify)

INTERNAL INSPECTION

EXTERNAL INSPECTION

29. CONDITION OF BOILERS, VESSELS AND PLANT (Describe fully and state location of any corrosion, leakages, evidence of overheating, soot or other destructive accumulations, or safety or ASME/NB violations, etc.)

30. SETTINGS, LININGS, SUPPORTS AND BAFFLES

INSPECTION OF SAFETY DEVICE

31. 32. SIZE

Number:

33. TOTAL CAPACITY

CFM: BTU/HR: LB/HR:

34. CONDITION AND HOW TESTED

35. 36. CORRECTION TAKEN (If none give reason)

37. 38. CONDITION

39. 40. CONDITION

41. ASME CODES

Does the Boiler comply with ASME-CSD-1? [VHA Directive 1810(1)] Yes No (Explain)

CIS#100 REV 07/20

PRESSURE

GAGES

SAFETY/RELIEF

VALVES

OTHER

APPLIANCES

REGULATORS

AND

CONTROLS

COASTAL INSPECTION PROJECT NUMBER

DMD-09523

VAMC Huntington Huntington WV 25307 Boiler Plant

6. DATE OF INSPECTION

10-16-2023

7. DATE OF LAST INSPECTION

6-11-2021

8. DELIVERY ORDER NO.

581-Q40074 581-Q40074

0 PSI 0 PSI 1989 1989

Natural Gas #2 Oil 200 PSI

Johnston 16000 PPH 8102 #1

Automatic

21. SAFETY/RELIEF VALVES SETTING

120/130 ✖

No major welded or mechanical repairs since last inspection.

28. DESCRIBE INSPECTION FULLY (State location of any damage or deposits, i.e., scale, grease, oil, etc.; any corrosion, pitting, grooving, cracking or lamination; any evidence of overheating, broken or loose items, etc.)

Previous inspection revealed oxygen blisters that have formed on some tubes.

After hand cleaned they do reveal slight pitting attack on the tubes however only very shallow depth < .020" was revealed.

Watersides were generally in good condition and only minor scale deposits were found on the bottom of the boiler adjacent the Blowdown Nozzle. The burner throat has a small patch of refractory in need of repair.

[See Photographic Documentation]

No significant hot spots or distortion was observed.

Supports & setting all in good condition.

2-2" 18343 Visually Sat./ not tested

Not Tested-Calibration Program is in place

Clean & Clear

Not tested-Boiler is idle & open

INSPECTOR STATEMENT

42. WAS BOILER OR VESSEL PREPARED FOR THOROUGH EXAMINATION (If NO, state what was not and why in Remarks and Recommendations of Inspector.)

43. WAS BOILER OR VESSEL ENTERED FOR THE INSPECTION (If NO, state what was not and why in Remarks and Recommendations of Inspector.)

REMARKS AND RECOMMENDATIONS OF THE INSPECTOR

44A. IMAGES AND DATA

46. PRINT NAME AND TITLE OF REPRESENTATIVE ACCOMPANYING INSPECTOR

46A. SIGNATURE 46B. DATE OF SIGNATURE 46C. REPRESENTATIVE’S TELEPHONE NUMBER

ACTION TAKEN ON RECOMMENDATIONS

47. DATE AND ACTION TAKEN OR TO BE TAKEN

48. TYPE OR PRINT NAME-CLIENT NAME

49.CLIENT SIGNATURE 50. DATE OF SIGNATURE

44. LIST ALL DEFICIENCIES TO BE CORRECTED OR REPAIRED (Use a continuation sheet if necessary.)

No adverse conditions were observed the require immediate action or repair.

The Boiler Plant Personnel prepared the boiler for a complete inspection.

45. TYPE OR PRINT NAME OF INSPECTOR

Daniel P. Bolton

45B. DATE OF SIGNATURE

45C. NB COMMISSION # [ IF APPLICABLE]:

#17206

Mr. Matthew Kitchen-Boiler Plant Supervisor

304-429-6755 ext.2395

General View of Boiler #1 Some tube oxygen blisters observed Slight pitting observed after cleaning

Diagonal stays in good condition Relieving capacity is adequate Minor repair needed in burner throat

45A. SIGNATURE OF INSPECTOR

2023-10-27T04:40:58-0400

MATTHEW KITCHEN

image4.emf

Boiler #1 Type C 4-19-2023.pdf

External Under Operation BC VC

12A. YEAR BUILT 12B. YEAR INSTALLED

15. MANUFACTURER 17. NATIONAL BOARD NUMBER 18.BOILER NUMBER

39.

DMD-03723

04-19-23

04-05-22

581-Q35381 581-Q35381

11A. PRESSURE PREVIOUS INSPECTION

90 PSI

11B. PRESSURE THIS INSPECTION

90 PSI 1989 1989

Johnston

16. MANUFACTURER’S RATING MBTU /LBS. / HR

16000 PPH / 450 HP 8102 #1

120/130 ✖

28. DESCRIBE INSPECTION FULLY (State location of any damage or deposits, i.e., scale, grease, oil, etc.; any corrosion, pitting, grooving, cracking or lamination; any

No internal performed-External Operational

29. CONDITION OF BOILERS, VESSELS AND PLANT (Describe fully and state location of any corrosion, leakages, evidence of overheating, soot or other destructive

No significant hot spots or distortion was observed.

Tested both LWFCO's, flame sensor, high water alarm, high steam pressure trip-recycle and hand lifted both safety valves. All devices tested satisfactorily.

2-2" 17355

Visually Sat./ Hand lifted

40. CONDITION

Boiler light off witnessed-All devices worked as designed

42. WAS BOILER OR VESSEL PREPARED FOR THOROUGH EXAMINATION (If NO, state what was not and why in Remarks and Recommendations of Inspector.)

43. WAS BOILER OR VESSEL ENTERED FOR THE INSPECTION (If NO, state what was not and why in Remarks and Recommendations of Inspector.)

No adverse condition were observed the require immediate action or repair.

The Boiler Plant Personnel demonstrated all requested safety devices.

Dennis M. Donovan

#13371

Boiler #1 General view Front High pressure steam switch tested-SAT Maxon valves gave proof of closure

Site glass was Clean & Clear Relieving capacity is adequate Blowdown piping has been changed.

2023-04-20T13:09:28-0400

MATTHEW KITCHEN

image5.emf

Boiler #4 Type C 10-16-2023.pdf

External Under Operation BC VC

12A. YEAR BUILT

18.BOILER NUMBER

90 PSI 2008

12B. YEAR INSTALLED

15. MANUFACTURER

Cleaver Brooks

12075 PPH

17. NATIONAL BOARD NUMBER

15553 #4

125/135 ✖

28. DESCRIBE INSPECTION FULLY (State location of any damage or deposits, i.e., scale, grease, oil, etc.; any corrosion, pitting, grooving, cracking or lamination; any

No internal inspection performed.

29. CONDITION OF BOILERS, VESSELS AND PLANT (Describe fully and state location of any corrosion, leakages, evidence of overheating, soot or other destructive

No significant hot spots or distortion was observed.

Tested both LWFCO's, flame sensor, high water alarm, high steam pressure trip-recycle and hand lifted both safety valves. All devices tested satisfactorily.

2-2" 20165

Blowdown & Control Devices Clean & Clear

42. WAS BOILER OR VESSEL PREPARED FOR THOROUGH EXAMINATION (If NO, state what was not and why in Remarks and Recommendations of Inspector.)

43. WAS BOILER OR VESSEL ENTERED FOR THE INSPECTION (If NO, state what was not and why in Remarks and Recommendations of Inspector.)

No adverse condition were observed the require immediate action or repair. The Boiler Plant Personnel demonstrated all requested safety devices- No adverse conditions noted.

Both Primary & Aux LWCO Tested All critical gages are calibrated steam recycle tripped at 107 PSI.

Safeties are in good condition

No visivle hot spots noted on #4 Boiler Control Monitoring system displayed all alarms.

Gas Train is in good condition

2023-10-27T05:02:15-0400

MATTHEW KITCHEN

image6.emf

Boiler #4 Type A 08-17-2023.pdf

External Under Operation BC VC

08-17-2023

07-01-2021

581-Q38490 581-Q38490

0 PSI

0 PSI 2008

Cleaver Brooks

12075 PPH

15553 #4

125/135 ✖

29. CONDITION OF BOILERS, VESSELS AND PLANT (Describe fully and state location of any corrosion, leakages, evidence of overheating, soot or other destructive

2-2" 20165

Visually Sat./ Not Tested

Boiler Open & Idle-No devices tested

28. DESCRIBE INSPECTION FULLY (State location of any damage or deposits, i.e., scale, grease, oil, etc.; any corrosion, pitting, grooving, cracking or lamination; any

Firesides were noted with combustion deposits due to firing on oil prior to shutdown. No damage was noted on the refractory. Tubes are in good condition with no significant pitting observed. Diagonal stays are also in good condition and only minimal scale was observed below the furnace tube.

42. WAS BOILER OR VESSEL PREPARED FOR THOROUGH EXAMINATION (If NO, state what was not and why in Remarks and Recommendations of Inspector.)

43. WAS BOILER OR VESSEL ENTERED FOR THE INSPECTION (If NO, state what was not and why in Remarks and Recommendations of Inspector.)

Mr. Chris Lemon -Boiler Operator

General view of the front of Boiler #4 Burner & Throat in Good Condition Safety valves were in good condition

No sediment noted in Primary LWCO Diagonal stays are in good condition No pitting revealed internally on any tubes

X image7.emf

Boiler #3 type C 10-16-2023.pdf

External Under Operation BC VC

11A. PRESSURE PREVIOUS INSPECTION 12A. YEAR BUILT

7-01-2021

76 PSI 1998

Kewanee

11991 PPH

49647 #3

21.ETY/RELIEF VALVES SETTING

130/135 ✖

28. DESCRIBE INSPECTION FULLY (State location of any damage or deposits, i.e., scale, grease, oil, etc.; any corrosion, pitting, grooving, cracking or lamination; any

No internal inspection performed external operational

29. CONDITION OF BOILERS, VESSELS AND PLANT (Describe fully and state location of any corrosion, leakages, evidence of overheating, soot or other destructive

No significant hot spots or distortion was observed.

Tested both LWFCO's, flame sensor,high water alarm, high steam pressure trip-recycle, and hand lifted both safety valves.

All devices tested satisfactorily.

2-2" 19331

Visually Sat./ hand lifted

Boiler light off witnessed-All devices worked as designed.

42. WAS BOILER OR VESSEL PREPARED FOR THOROUGH EXAMINATION (If NO, state what was not and why in Remarks and Recommendations of Inspector.)

43. WAS BOILER OR VESSEL ENTERED FOR THE INSPECTION (If NO, state what was not and why in Remarks and Recommendations of Inspector.)

General view front of Boiler #3 No issues with the gas train Steam Recycle satisfied at 98psi

Sight Glass is clean and clearAll Boiler Control alarm light displayed properly Safety Valves were hand lifted

The Boiler Plant Personnel demonstrated all requested safety devices- No adverse conditions noted.

2023-10-27T04:58:02-0400

MATTHEW KITCHEN

image8.emf

Boiler #3 Type A 4-19-2023.pdf

External Under Operation BC VC

11B. PRESSURE THIS INSPECTION 12A. YEAR BUILT

29. CONDITION OF BOILERS, VESSELS AND PLANT (Describe fully and state location of any corrosion, leakages, evidence of overheating, soot or other destructive

39. 40. CONDITION

4-19-23

4-05-22

581-Q35381 581-Q35381

90 PSI 0 PSI 1998

11991 PPH

49647 #3

21.ETY/RELIEF VALVES SETTING

28. DESCRIBE INSPECTION FULLY (State location of any damage or deposits, i.e., scale, grease, oil, etc.; any corrosion, pitting, grooving, cracking or lamination; any

Tubes are in good condition with no significant pitting observed. Minor crack in burner throat observed-no action required Watersides were in good condition and only minor scale deposits were found on the bottom of the boiler adjacent the Blowdown Nozzle. [See Photographic Documentation]

2-2" 19331 Visually Sat./ not tested

Not tested-Boiler is idle & open

42. WAS BOILER OR VESSEL PREPARED FOR THOROUGH EXAMINATION (If NO, state what was not and why in Remarks and Recommendations of Inspector.)

43. WAS BOILER OR VESSEL ENTERED FOR THE INSPECTION (If NO, state what was not and why in Remarks and Recommendations of Inspector.)

No adverse conditions were observed the require immediate action or repair. The Boiler Plant Personnel prepared the boiler for a complete inspection.

Dennis M. Donovan

#13371

No leakage was seen on the tubesheet Minor refractory crack in throat All diagonal stays in good condition

LWCO float in good condition All critical gages are calibrated Only minor scale accumulation at rear blowdown

2023-04-20T13:10:58-0400

MATTHEW KITCHEN

image9.emf

Boiler #2 Type C 10-16-2023.pdf

External Under Operation BC VC

90 PSI 2008

13990 PPH

49660 #2

28. DESCRIBE INSPECTION FULLY (State location of any damage or deposits, i.e., scale, grease, oil, etc.; any corrosion, pitting, grooving, cracking or lamination; any

No internal inspection performed.

29. CONDITION OF BOILERS, VESSELS AND PLANT (Describe fully and state location of any corrosion, leakages, evidence of overheating, soot or other destructive

No significant hot spots or distortion was observed.

Tested both LWFCO's, flame sensor, high water alarm, high water trip, high steam pressure trip-recycle and hand lifted both safety valves. All devices tested satisfactorily.

2-1.5" 19322

42. WAS BOILER OR VESSEL PREPARED FOR THOROUGH EXAMINATION (If NO, state what was not and why in Remarks and Recommendations of Inspector.)

43. WAS BOILER OR VESSEL ENTERED FOR THE INSPECTION (If NO, state what was not and why in Remarks and Recommendations of Inspector.)

The Boiler Plant Personnel demonstrated all requested safety devices No adverse conditions noted.

General View of Boiler #2 Safety Valves are in good condition [Changed in 2022]

Boiler Controls displayed all alarms properly Sight glass is clean and clear No issues noted with gas train

Steam Recycle reached standby at 98psi

2023-10-27T04:54:38-0400

MATTHEW KITCHEN

image10.emf

Boiler #2 Type A 08-17-2023.pdf

External Under Operation BC VC

37.

7-01-21

581-Q38490 581-Q38490

0 PSI 2008

13990 PPH

49660 #2

28. DESCRIBE INSPECTION FULLY (State location of any damage or deposits, i.e., scale, grease, oil, etc.; any corrosion, pitting, grooving, cracking or lamination; any

Tubes are in good condition with no significant pitting observed.

Watersides were in good condition and only minor scale deposits were found on the bottom of the boiler adjacent the Blowdown Nozzle. [See Photographic Documentation]

29. CONDITION OF BOILERS, VESSELS AND PLANT (Describe fully and state location of any corrosion, leakages, evidence of overheating, soot or other destructive

2-1.5" 19322

Visually Sat./ Not Tested

38. CONDITION

Control Devices Clean & Clear

Boiler Open & Idle-No devices tested

42. WAS BOILER OR VESSEL PREPARED FOR THOROUGH EXAMINATION (If NO, state what was not and why in Remarks and Recommendations of Inspector.)

43. WAS BOILER OR VESSEL ENTERED FOR THE INSPECTION (If NO, state what was not and why in Remarks and Recommendations of Inspector.)

Mr. Chris Lemon Boiler Operator

General view of the #2 Boiler Front Primary LWCO is in good condition Minor scale noted below the furnace tube

All diagonal Stays in Good Condition Tubes reveal no obvious pitting Burner throat in good condition with some combustion deposit from running oil prior to shutdown image11.emf

Huntington_2023_Quality Report.pdf

2023 Annual

Huntington District

PWS ID: 3300608

Once again, we proudly present our Annual Water Quality Report, also referred to as a Consumer

Confidence Report (CCR). CCRs let consumers know what contaminants, if any, were detected in their drinking water as well as related potential health effects. CCRs also include details about where your water comes from and how it is treated. Additionally, they educate customers on what it takes to deliver safe drinking water and highlight the need to protect drinking water sources.

We are committed to delivering high quality drinking water service. To that end, we remain vigilant in meeting the challenges of source water protection, water conservation, environmental compliance, sustainability and community education while continuing to serve the needs of all our water users.

What is a Consumer Confidence Report 2

A message from our President 3

Mark of Excellence 4

About Your Drinking Water Supply 5

What are the Sources of Contaminants? 6

Protecting Your Drinking Water Supply 7

About Lead 8

Important Information About Your Water 9-11

• Hardness

• Sodium

• pH

• Fluoride

• Cryptosporidium

• Nitrates

• PFOA/PFAS

Water Quality Results 12

Definitions of Terms Used in Document 13

Water Quality Results: Detailed Charts 14-21

Tested for, But Not Detected 22

About Us 23

Contact Us 24

A message from West Virginia American Water’s President

At West Virginia American Water, our primary goal is delivering clean, safe and reliable water and wastewater services to our customers. That’s why we work diligently to protect our water supplies and provide our communities with drinking water that meets and often surpasses drinking water standards. Additionally, we’ve invested millions of dollars into technology and equipment to test and monitor our drinking water supplies.

I am pleased to once again share with you that the quality of your drinking water has received another excellent report. As you read through the information in your annual water report, you will see that we continue to supply the highest quality drinking water to help keep your life flowing.

Last year, we invested over $88 million to upgrade our water treatment and pipeline systems across

West Virginia. This investment allowed us to improve water quality, water pressure and service reliability for our customers. These investments included the replacement of aging water lines and valves, upgrades to our water treatment processes to comply with water quality standards, and much more.

I am also delighted to remind customers that all seven of our surface water treatment plants have been nationally recognized with prestigious Directors Awards from the American Water Works

Association and U.S. EPA’s Partnership for Safe Water program. This program recognizes water systems that surpass federal and state drinking water standards. All of our surface water plants have achieved this award for many years – some as many as 20 consecutive years – and are the only water treatment plants in West Virginia to do so.

West Virginia American Water remains committed to providing our customers with high quality drinking water. We have been recognized nationally for advanced technology and detection methods that are paving the way for source water protection across the country. Additionally, our

Kanawha Valley and Huntington treatment plants are part of the ORSANCO Organics Detection

System monitoring network, providing source water monitoring data that is vital for detecting trends and understanding source water conditions.

We hope our commitment to you and our passion for water is evident in this report detailing the source and quality of your drinking water over the last year. It is our honor to help keep your life flowing – today, tomorrow and for future generations.

Proud to be your local water service provider, Robert Burton

West Virginia American Water

Robert Burton

President, West Virginia

American Water

This report contains important information about your drinking water. Translate it or speak with someone who understands it at

1-800-685-8660, Monday-Friday, 7 a.m. to 7 p.m.

Just as West Virginia American Water is investing in research and testing, we also understand the importance of investing in the infrastructure that provides high-quality water service to you. Last year alone, we invested more than $88 million to improve our water and wastewater treatment and pipeline systems.

NOT JUST MEETING DRINKING

WATER STANDARDS—

SURPASSING THEM.

The EPA regulates about 100 potential contaminants and sets stringent standards for each one. West Virginia

American Water takes water quality so seriously that:

• 7 of our water treatment plants, including the treatment plant serving your area, have been nationally recognized with Directors Awards from the EPA’s Partnership for Safe Water program for our long-term commitment to optimizing operations, achieving outstanding performance, and protecting public health and the environment.

• Most of our water treatment plants have received the Directors Award year after year for more than a decade including Bluefield, Bluestone, Gassaway, Huntington, Kanawha Valley, New River and

Weston.

WHERE YOUR WATER COMES FROM

Your drinking water is supplied by surface water from the lower Ohio River. The Ohio River enters our state from

Pennsylvania and flows southwest along the West Virginia –

Ohio border. It joins the Big Sandy River in the city of Kenova.

Learn more about local waterways at https://mywaterway.epa.gov

QUICK FACTS ABOUT

THE HUNTINGTON

WATER SYSTEM

Communities served:

Huntington

Water source:

Ohio River

Average amount of water supplied to customers on a daily basis:

9.78 million gallons per day

Current treatment: The surface water supply is treated with coagulation, flocculation and sedimentation followed by filtration and disinfection. An inhibitor is added for corrosion control and fluoridation is provided for reduction of dental cavities.

SOURCE OF SUPPLY FOR WEST

VIRGINIA AMERICAN WATER SYSTEMS

98% Surface Water

2% Groundwater

1% Purchased Water

FOR MORE INFORMATION

To learn more about your water supply and local activities, visit us online at westvirginiaamwater.com or contact our Source Water Protection Program Manager, Erica Pauken, at erica.pauken@amwater.com.

WHAT ARE WE DOING?

Our priority is to provide reliable, quality drinking water service for customers. The source of supply is an important part of that mission. We work to understand and reduce potential risks to your drinking water supply. We have developed a Source Water Protection Plan for each West Virginia American Water system, and those plans are publicly available at westvirginiaamwater.com. These plans proactively identify and address potential threats to drinking water supplies. Stakeholder involvement is an important part of the program, and we partner with external stakeholders to host regular meetings to review progress on the plans. We also welcome input on the plan or local water supplies through our online feedback form.

Here are a few of the efforts underway to protect our shared water resources:

Community Involvement: We have a proactive public outreach program to help spread the word and get people involved.

This includes school education, contests, and other community activities.

Environmental Grant Program: Each year, we fund projects that improve water resources in our local communities.

Protect Our Watersheds Art Contest:

Open to fourth, fifth and sixth graders, the contest encourages students to use their artistic skills to express the importance of protecting our water resources.

Report any spills, illegal dumping or suspicious activity to the West Virginia DEP Spill Line at

1-800-642-3074.

CHECK YOUR PLUMBING AND SERVICE LINE

If you live in an older home, consider having a licensed plumber check your plumbing for lead. If your service line is made of lead, and you’re planning to replace it, be sure to contact us at 1-800-685-8660.

If present, elevated levels of lead can cause serious health problems, especially for pregnant women and young children. Lead in drinking water is primarily from materials and components associated with service lines and home plumbing. Your water utility is responsible for providing high quality drinking water, but cannot control the variety of materials used in plumbing components. When your water has been sitting for several hours, you can minimize the potential for lead exposure by flushing your tap for 30 seconds to 2 minutes before using water for drinking or cooking. If you are concerned about lead in your water, you may wish to have your water tested.

Information on lead in drinking water, testing methods, and steps you can take to minimize exposure is available from the

Safe Drinking Water Hotline or at http://www.epa.gov/safewater/lead.

http://www.epa.gov/safewater/lead

WATER HARDNESS

Hardness is a measure of the concentration of two minerals, calcium and magnesium, naturally present in water. Hardness levels range from 52 –

146 ppm or 3.0–8.5 grains per gallon of water.

SODIUM

For healthy individuals, the sodium intake from water is not important because a much greater intake of sodium takes place from salt in the diet.

However, sodium levels above the recommended upper limit of 250 ppm may be of concern to individuals on a sodium restricted diet. The sodium level of the Huntington Water System is approximately 24 ppm.

pH Water in the Huntington Water System averages

7.3. A pH of 7.0 is considered neutral, neither

acidic nor alkaline.

FLUORIDE

Fluoride is a naturally occurring substance. It can be present in drinking water from two sources:

1. By nature, when groundwater comes into contact with fluoride-containing minerals naturally present in the earth; or

2. By a water purveyor through addition of fluoride to the water they are providing in the distribution system.

The Huntington System has naturally-occurring fluoride in its water sources and with the addition of fluoride at our treatment plant, we achieve an optimal level of 0.8 parts per million (ppm). If you have any questions on fluoride, please call West

Virginia American Water’s Customer Service Center at 1-800-685-8660.

CRYPTOSPORIDIUM

Cryptosporidium is a microbial pathogen found in surface water throughout the U.S. Although filtration removes Cryptosporidium, the most commonly-used filtration methods cannot guarantee 100 percent removal. Our monitoring indicates the presence of these organisms in our source water and/or finished water. Current test methods do not allow us to determine if the organisms are dead or if they are capable of causing disease. Ingestion of

Cryptosporidium may cause cryptosporidiosis, an abdominal infection. Symptoms of infection include nausea, diarrhea, and abdominal cramps. Most healthy individuals can overcome the disease within a few weeks.

However, immuno-compromised people, infants and small children, and the elderly are at greater risk of developing life-threatening illness. We encourage immuno-compromised individuals to consult their doctor regarding appropriate precautions to take to avoid infection. Cryptosporidium must be ingested to cause disease, and it may be spread through means other than drinking water.

NITRATES

Nitrate in drinking water at levels above

10 ppm is a health risk for infants of less than six months of age. High nitrate levels in drinking water can cause blue baby syndrome.

Nitrate levels may rise quickly for short periods of time because of rainfall or agricultural activity. If you are caring for an infant you should ask advice from your health care provider.

PFAS

Per- and polyfluoroalkyl substances (PFAS) are manufactured chemicals used in many household products including nonstick cookware (e.g., Teflon ), stain repellants (e.g., Scotchgard ), and waterproofing (e.g., GORE-TEX ). They are also used in industrial applications such as in firefighting foams and electronics production. There are thousands of PFAS chemicals, and they persist in the environment. Two well-known PFAS chemicals are perfluorooctanoic acid (PFOA) and perfluorooctane sulfonic acid (PFOS). These were phased out of production in the United States and replaced by hexafluoropropylene oxide-dimer acid (commonly known as GenX), perfluorobutane sulfonic acid (PFBS) and others.

West Virginia American Water has performed voluntary sampling to better understand occurrence of certain PFAS in drinking water sources. This sampling allows us to be betterprepared as U.S. EPA is currently developing drinking water standards for six PFAS chemicals – PFOA (4 ppt), PFOS (4 ppt), and GenX, PFBS, PFNA, and PFHxS as a group using a

Hazard Index of 1. For more information on the proposed PFAS drinking water standards, please visit https://www.epa.gov/pfas. Additionally, in 2023, Huntington began testing our drinking water for 29 PFAS chemicals through our participation in the U.S. EPA Unregulated Contaminant Monitoring Rule program, or

UCMR. Through the UCMR program, water systems collect data on a group of contaminants that are currently not regulated in drinking water at the federal level. U.S. EPA uses this information when deciding if it needs to create new drinking water limits.

The science and regulation of PFAS and other contaminants is always evolving, and West Virginia American Water strives to be a leader in research and development. PFAS contamination is one of the most rapidly changing areas in the drinking water field. We have invested in our own independent research, as well as engaging with other experts in the field to understand PFAS occurrence in the environment. We are also actively assessing treatment technologies that can effectively remove PFAS from drinking water, because we believe that investment in research is critically important to addressing this issue.

https://www.epa.gov/pfas

WATER QUALITY STATEMENT

We are pleased to report that during calendar year 2023, the results of testing of your drinking water complied with all state and federal drinking water requirements.

For your information, we have compiled a list in the table below showing the testing of your drinking water during 2023. The WV Bureau for

Public Health allows us to monitor for some contaminants less than once per year because the concentration of the contaminants does not change frequently. Some of our data, though representative, is more than one year old.

West Virginia American Water conducts extensive monitoring to determine if your water meets all water quality standards. The detections of our monitoring are reported in the following tables. While most monitoring was conducted in 2023, certain substances are monitored less than once per year because the levels do not change frequently. For help with interpreting the tables belo w, see the

“Definition of Terms” on the previous page. Some unregulated substances are measured, but maximum contaminant levels have not been established by the government. These contaminants are shown for your information.

NOTE: Regulated contaminants not listed in this table were not found in the treated water supply.

LEAD AND COPPER MONITORING PROGRAM - At least 30 tap water samples collected at customers’ taps every [time period]

Substance

(with units) Year Sampled

Compliance

Achieved

MCLG

Action Level

(AL)

90th Percentile

No. of Homes

Sampled

Homes Above

Action Level Typical Source

Lead (ppb) 2021 Yes 15 15 <1.0 30 0 Corrosion of household plumbing systems.

Copper (ppm) 2021 Yes 0 1.3 0.246 30 0 Corrosion of household plumbing systems.

REVISED TOTAL COLIFORM RULE - At least 100 samples collected each month in the distribution system

Year Sampled

MCLG MCL Highest Percentage or Count Typical Source

Total Coliform 2023 Yes NA *MCL = Less than 5% 1% Naturally present in the environment.

E. Coli 2023 Yes 0 TT = No confirmed samples 1 Human and animal fecal waste.

NOTE: Coliforms are bacteria that are naturally present in the environment and are used as an indicator of the general bacteriological quality of the water. We are reporting the highest percentage of positive samples / highest number of positive samples in any month.

1 The Treatment Technique for Total Coliforms requires that if the maximum percentage OR number of total coliform positive samples are exceeded a system assessment must be conducted, any sanitary defects identified, and corrective actions completed. Additional Level 1 Assessments or Level 2 Assessments are required depending on the circumstances.

2 The Treatment Technique for E. Coli requires that for any total coliform positive routine sample with one or more total coliform positive check samples and an E. coli positive result for any of the samples a Level 2 Assessment must be conducted, any sanitary defects identified, and corrective actions completed. The E. Coli MCL is exceeded if routine and repeat samples are total coliform-positive and either is E. coli-positive, or the system fails to take repeat samples following an E. coli-positive routine sample, or the system fails to analyze total coliform-positive repeat samples for E. coli.

DISINFECTION BYPRODUCTS - Collected in the Distribution System

Sample Point

Year

MCLG MCL

Highest

Compliance Result Range Detected Typical Source

Total

Trihalomethanes

(TTHMs) (ppb)

5183 Hughes Branch

Road 2023 Yes NA 80 41.4 17.3 to 68.4

By-product of drinking water disinfection.

(TTHMs) (ppb)

1426 Hawthorne Way 2023 Yes NA 80 25.7 10.0 to 42.8

(TTHMs) (ppb

2850 Hash Ridge Road 2023 Yes NA 80 43.0 19.9 to 68.3

4002 Ohio River Road 2023 Yes NA 80 35.0 15.4 to 47.5

5788 Segar Hill 2023 Yes NA 80 48.9 17.6 to 82.8

7933 Ohio River Road 2023 Yes NA 80 56.8 30.4 to 79.7

3436 Rt 60 East 2023 Yes NA 80 35.8 12.7 to 66.8

6001 Kyle Lane 2023 Yes NA 80 30.1 11.9 to 46.7

NOTE: Compliance is based on the running annual average at each location. The Highest Compliance Result reflects the highest average at any location and the Range Detected reflects all samples from this year used to calculate the running annual average.

DISINFECTION BYPRODUCTS - Collected in the Distribution System

Sample Point

Range Detected Typical Source

Haloacetic Acids

(HAAs) (ppb)

5183 Hughes Branch

Road 2023 Yes NA 60 17.9 10.9 to 26.6

(HAAs) (ppb) 1426 Hawthorne Way 2023 Yes NA 60 10.8 6.9 to 11.5

(HAAs) (ppb) 2850 Hash Ridge Road 2023 Yes NA 60 18.1 12.7 to 20.5

(HAAs) (ppb) 4002 Ohio River Road 2023 Yes NA 60 17.0 9.3 to 29.5

(HAAs) (ppb) 5788 Segar Hill 2023 Yes NA 60 18.6 11.6 to 29.5

(HAAs) (ppb) 7933 Ohio River Road 2023 Yes NA 60 25.5 17.3 to 36.2

(HAAs) (ppb) 3436 Rt 60 East 2023 Yes NA 60 13.1 8.2 to 19.2

(HAAs) (ppb) 6001 Kyle Lane 2023 Yes NA 60 12.9 8.4 to 16.6

NOTE: Compliance is based on the running annual average at each location. The Highest Compliance Result reflects the highest average at any location and the Range Detected reflects all samples from this year used to calculate the running annual average.

DISINFECTANTS - Collected in the Distribution System and at the Treatment Plant

Range

Detected

Chlorine (ppm)

(Distribution

System)

2023 Yes MRDLG = 4 4.0 2.3 1 0.3 to 3.2 Water additive used to control microbes.

Lowest

Chlorine (ppm)

(Surface Water) 2023 Yes NMRDLG = 4 4.0 0.9 2 0.9 to 2.9 Water additive used to control microbes.

1 - Data represents the highest monthly average of chlorine residuals measured throughout our distribution system.

2 - Data represents the lowest residual entering the distribution system from our surface water treatment plant.

TREATMENT BYPRODUCTS PRECURSOR REMOVAL - Collected at the Treatment Plant

Lowest

Total Organic

Carbon (TOC) 2023 Yes NA TT: 25-35% removal 31 % 31% to 70% Naturally present in the environment.

Ratio of Actual /

Required

TOC Removal

2023 Yes NA TT: Running annual average > 1.00

0.88 1 0.88 to 2.50 Naturally present in the environment.

1 – Treated water TOC is less than 2.0 mg/L on annual running average. Compliance achieved.

TURBIDITY - Collected at the Treatment Plant

Turbidity (NTU)

2023 Yes NA TT: Results > 1.0 NTU 0.14 0.04 to 0.14 Soil runoff.

2023 Yes NA TT: At least 95% of samples <0.3 NTU 100% NA Soil runoff.

REGULATED SUBSTANCE - Collected at the Treatment Plant

Barium (ppm) 2023 Yes 2.0 2.0 ND NA Discharge of drilling wastes; discharge from metal refineries;

erosion of natural deposits.

Fluoride (ppm) 2023 Yes 4.0 4.0 1.0 0.7 – 1.0 Water additive which promotes strong teeth

Nitrite (ppm) 2022 Yes 1.0 1.0 ND NA

Runoff from fertilizer use; industrial or domestic wastewater discharges; erosion of natural deposits.

Nitrate (ppm) 2023 Yes 10 10 0.55 NA Runoff from fertilizer use; industrial or domestic wastewater discharges; erosion of natural deposits.

Gross Alpha

(pCi/L) 2019 Yes 0 15 1.3 NA Radioactive decay of natural deposits

Gross Alpha – excluding

Uranium (pCi/L)

2019 Yes 0 15 1.3 NA Radioactive decay of natural deposits

Radium – 228

(pCi/L) 2019 Yes 0 5 0.6 NA

Radioactive decay of natural deposits

Uranium (ppb) 2020 Yes 0 30 ND NA Radioactive decay of natural deposits

OTHER SUBSTANCES OF INTEREST - Collected at the Treatment Plant

MCLG Limit1 Highest Result

Comments

Aluminum (ppm) 2023 NA NA 0.05 to 0.2 ND NA Mineral that occurs naturally in the soil

Boron, Total

(ppm)

2023 NA NA NA ND NA

Mineral that occurs due to erosion of natural deposits

Chloride (ppm) 2023 NA NA 250 33.6 NA Mineral that occurs naturally in the soil and runoff from road deicing

Copper, Total

(ppm) 2023 NA NA 1.3 ND NA Mineral that occurs due to erosion of natural deposits

Iron (ppb) 2023 NA NA 300 ND 0 – 70 Mineral that occurs naturally in the soil and runoff from mining operations

Manganese (ppb) 2023 NA NA 50 ND 0 – 50 Mineral that occurs naturally in the soil and runoff from mining operations

Nickel (ppb) 2023 NA NA NA ND NA Industrial sources such as metal reclamation and production of certain alloys pH 2023 NA NA <6.5 or 8.5> 7.5 7.1 – 7.5 Acidity or basicity of water from natural sources or constituent of water treatment

Total Chromium

(ppb)

2023 NA NA NA ND NA

Industrial sources such as metal reclamation and production of certain alloys

Sodium (ppm)2 2023 NA NA NA 24 NA Element that occurs naturally in water and soil; road salt;

water softeners

Sulfate (ppm) 2023 NA NA 250 41.6 NA Mineral that occurs naturally in the soil

Zinc (ppm) 2023 NA NA 5 0.60 0.3 to 0.6 Element that occurs naturally in the water; constituent of corrosion control additive

1 - Substances with Secondary MCLs do not have MCLGs and are not legally enforceable; these limits are primarily established to address aesthetic concerns.

2 - For healthy individuals the sodium intake from water is not important because a much greater intake of sodium takes place from salt in the diet. However, sodium levels above the recommended upper limit may be of concern to individuals on a sodium restricted diet.

3 - USEPA's Health Advisories are non-enforceable and provide technical guidance to states agencies and other public health officials on health effects, analytical methodologies, and treatment technologies associated with drinking water contamination.

UNREGULATED CONTAMINANT MONITORING RULE

Unregulated contaminants are those for which the EPA has not established drinking water standards. The purpose of unregulated contaminant monitoring is to assist the EPA in determining the occurrence of unregulated contaminants in drinking water and whether future regulation is necessary. Every five years, the EPA issues a new list of no more than 30 unregulated contaminants to be monitored. If you are interested in examining the results, please contact West Virginia American Water’s

Customer Service Center at 1-800-685-8660. The table below provides information on the unregulated contaminants that were detected in the water system under the current round of monitoring.

UNREGULATED CHEMICALS

Parameter Year Sampled Average Amount

Low-High

Proposed

U.S. EPA MCL

Hazard Index

Calculation

Perfluorooctanoic acid (PFOA) 2023 ND ND 4.0 ppt N/A

Manufactured chemical(s);

used in household goods for stain, grease, heat and water resistance.

Perfluorooctanesulfonic acid (PFOS) 2023 ND ND 4.0 ppt N/A

Hexafluoropropylene oxide dimer acid (HFPO-DA)

(GenX chemicals)

2023 ND ND

1.0 ppt Hazard Index

(unitless)

Perfluorobutanesulfonic acid (PFBS) 2023 ND ND

Perfluorohexane sulfonic acid (PFHxS) 2023 ND ND

Perfluorononanoic acid (PFNA) 2023 ND ND

Lithium 2023 ND ND N/A N/A Naturally occurring with multiple commercial uses

For more information on the U.S. EPA’s proposed PFAS drinking water standards, including the Hazard Index, please visit https://www.epa.gov/pfas.

PFAS chemicals are unique, so two PFAS chemicals at the same level typically do not present the same risk. Therefore, you should not compare the results for one

PFAS chemical against the results of another.

PFAS

PFAS are not regulated in West Virginia. In 2023, U.S. EPA proposed drinking water standards for six PFAS chemicals – PFOA (4 ppt), PFOS (4 ppt) and GenX, PFBS, PFNA, and PFHxS as a group using a Hazard Index of 1. For more information on the proposed PFAS drinking water standards, please visit https://www.epa.gov/pfas.

PFAS chemicals are unique, so two PFAS chemicals at the same level typically do not present the same risk. Therefore, you should not compare the results for one PFAS chemical against the results of another.

UNREGULATED PFAS CHEMICALS

Parameter Year Sampled Average Amount

Low-High

Proposed

U.S. EPA MCL

Hazard Index

Calculation

Perfluorooctanoic acid (PFOA) 2023 2.0 ppt ND to 3.4 ppt 4.0 ppt N/A

Manufactured chemical(s);

used in household goods for stain, grease, heat and water resistance.

Perfluorooctanesulfonic acid (PFOS) 2023 ND ND 4.0 ppt N/A

Hexafluoropropylene oxide dimer acid (HFPO-DA)

(GenX chemicals)

2023 ND ND

1.0 ppt Hazard Index

(unitless) 0.00017

Perfluorobutanesulfonic acid (PFBS) 2023 0.39 ppt ND to 2.0 ppt

Perfluorohexane sulfonic acid (PFHxS) 2023 ND ND

Perfluorononanoic acid (PFNA) 2023 ND ND

• 1,1,1-Trichloroethane

• 1,1,2-Trichloroethane

• 1,1-Dichloroethene

• 1,2,4-Trichlorobenzene

• 1,2-Dibromoethane (EDB)

• 1,2-Dibromo-3-chloropropane

• 1,2-Dichlorobenzene

• 1,2-Dichloroethane

• 1,2-Dichloropropane

• 1,4-Dichlorobenzene

• 2,4’D

• 2,4,5-T

• 2,4,5-TP (Silvex)

• 2,4-DB

• 3,5-Dichlorobenzoic Acid

• 3-Hydroxycarbofuran

• Acifluorfen

• Alachlor

• Aldicarb

• Aldicarb Sulfone

• Aldicarb Sulfoxide

• Aroclor-1016

• Aroclor-1221

• Aroclor-1232

• Aroclor-1242

• Aroclor-1248

• Aroclor-1254

• Aroclor-1260

• Arsenic – Total

• Atrazine

• Barium – Total

• Benzaton

• Benzene

• Benzo(a)pyrene

• Beryllium – Total

• Bromoform

• Cadmium - Total

• Carbaryl (Sevin)

• Carbofuran

• Carbon tetrachloride

• Chlorobenzene

• Chromium - Total

• cis-1,2-Dichloroethene

• Cobalt - Total

• Cyanide, Total

• Dacathal

• Dalapon

• Di(2-ethylhexyl) phthalate

• Di(2-ethylhexyl)adipate

• Dicamba

• Dichloroprop

• Dinoseb

• Diquat

• Endothall

• Endrin

• Ethyl Benzene

• Gamma-BHC (Lindane)

• Glyphosate

• Heptachlor

• Heptachlor epoxide

• Hexachlorobenzene

• Hexachlorocyclopentadie ne

• Lead - Total

• Mercury – Total

• Methiocarb

• Methomyl

• Methoxychlor

• Methyl tert-Butyl ether

(MTBE)

• Methylene chloride

• Molybdenum – Total

• Monobromoacetic Acid

• Nickel - Total

• Oxamyl (Vydate)

• Pentachlorophenol

• Picloram

• Potassium – Total

• Selenium - Total

• Silica - Total

• Silver – Total

• Simazine (Princep)

• Styrene

• Technical PCBs

• Tetrachloroethene (PCE)

• Thallium - Total

• Toluene

• Total PCBs

• Toxophene

• trans-1,2-dichloroethene

• Trichloroethene (TCE)

• Vanadium - Total

• Vinyl chloride

• Xylene (total)

WATER INFORMATION SOURCES

West Virginia American Water www.westvirginiaamwater.com

West Virginia Department of Health and Human Resources:

www.dhhr.wv.gov

West Virginia Bureau for Public Health:

www.dhhr.wv.gov

West Virginia Department of Environmental Protection:

www.dep.wv.gov

United States Environmental Protection Agency (USEPA):

www.epa.gov/safewater

Safe Drinking Water Hotline: (800) 426-4791

Centers for Disease Control and Prevention: www.cdc.gov

American Water Works Association: www.awwa.org

Water Quality Association: www.wqa.org

National Library of Medicine/National Institute of Health:

www.nlm.nih.gov/medlineplus/drinkingwater.html http://www.westvirginiaamwater.com/ http://www.dhhr.wv.gov/ http://www.dhhr.wv.gov/ http://www.dep.wv.gov/ http://www.epa.gov/safewater http://www.cdc.gov/ http://www.awwa.org/ http://www.wqa.org/ http://www.nlm.nih.gov/medlineplus/drinkingwater.html

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Cooling Towers-RESUB01.pdf

© 2014 Baltimore Aircoil Company Corporate Headquarters: 7600 Dorsey Run Road, Jessup, MD 20794 – Tele: (410) 799-6200 / Fax: (410) 799-6416

Submittal Data Form 8-22-2016

Revised 10-5-2016 Revised 10-18-2016

Sold To : Morrison Plumbing

6480 Merritts Creek Road Barboursville, WV 25702 United States

Project: Huntington VA Medical Center Purchase Order No:

Engineer: AE Works BAC Order # U164205701 Representative: FLUID TECH, INC

All Information is per Unit

Quantity: 1 Model S3E-1222-06O-3/W COOLING TOWER

Certified Capacity: 5400.00 USGPM of water from 93.00°F to 85.00°F at 76.00°F entering air wet bulb.

Fan Motor(s): Three (3) 30 HP fan motor(s):…