Water_Treatment_Capacities.xlsx

XLSX spreadsheet 53 KB Posted

Attached to
Joint Base San Antonio Water Treatment Chemicals for HVAC
Solicitation number
FA3016-18R-0020
Issued by

About this file

From the source

Water Treatment Capacity - Please ensure to view all tabs

View the file

Other files

File Type Posted
FA3016-18-R-0020-0001.pdf PDF
Question_and_Answers_for_Proposal_-_Answers.pdf PDF
SOW_Chemical_-_Approved2.pdf PDF
FA3016-18-R-0020.pdf PDF

On GovTribe

Work with this file

  • Download the original file
  • Contacts named in this file
  • Similar government files
  • Ask GovTribe AI about this file
Try for free Login

Text version

The file's text, extracted by GovTribe without its formatting.

LAK Condenser

Attachment 2
InstallationSystem TypeBldgCooling Cpacity (Ton AC)Condenser water flow rate (Gal/Min)Condenser Water Make up rate (Gal/Year)Cycles of Concentration
LAKCondenser1334601380

1230984383C: 1230984383C:

3 GPM/ton 8,122,680.00 1230984383C: 1230984383C:

Blowdown = make up + evaporation

Assume chillers run 70% of the time.

Blowdown= Cond GPM x 60min/hr x24 hr/dayx 365 dys /year x .7 x .006 =GPM x 2207.

.006= blowdown rate coeficient for 10 deg F delta T, 5 cycles (HVAC rules of thumb book. Page 244)

Evaporation rate = .03GPM/ton x ton x 60 min/hr x 24 hr/day x 365 days/year x .7 = ton x 11037

(p. 243 HVAC rules of thumb book); assumes tower is efficient, worst case evaporation rate = worst case condenser water usage.

4-5
LAKCondenser14784252

1230984383C: 1230984383C:

3 GPM/ton 1,483,272.00 1230984383C: 1230984383C:

Blowdown = make up + evaporation

Assume chillers run 70% of the time.

Blowdown= Cond GPM x 60min/hr x24 hr/dayx 365 dys /year x .7 x .006 =GPM x 2207.

.006= blowdown rate coeficient for 10 deg F delta T, 5 cycles (HVAC rules of thumb book. Page 244)

Evaporation rate = .03GPM/ton x ton x 60 min/hr x 24 hr/day x 365 days/year x .7 = ton x 11037

(p. 243 HVAC rules of thumb book); assumes tower is efficient, worst case evaporation rate = worst case condenser water usage.

4-5
LAKCondenser3151153452,030,670.004-5
LAKCondenser91221504502,648,700.004-5
LAKCondenser92253009005,297,400.004-5
LAKCondenser90852808404,944,240.004-5
LAKCondenser100561000300017,658,000.004-5
LAKCondenser911045013507,946,100.004-5
LAKCondenser921045013507,946,100.004-5
LAKCondenser931045013507,946,100.004-5
LAKCondenser941045013507,946,100.004-5
LAKCondenser753550015008,829,000.004-5
LAKCondenser6578 (ATC 1)40012007,063,200.004-5
LAKCondenser6586 (ATC 2)40012007,063,200.004-5
LAKCondenser6588 (ATC 3)40012007,063,200.004-5
LAKCondenser6496 (ATC 4)40012007,063,200.004-5
LAKCondenser6582 (DCF 1)47814348,440,524.004-5
LAKCondenser6592 (DCF 2)47814348,440,524.004-5
LAKCondenser557038511556,798,330.004-5
LAKCondenser24433209605,650,560.004-5
LAKCondenser1417900270015,892,200.004-5
LAKCondenser13852808404,944,240.004-5
LAKCondenser9542206603,884,760.004-5
LAKCondenser20283009005,297,400.004-5
LAKCondenser20141000300017,658,000.004-5
LAKCondenser20002000600035,316,000.004-5
LAKCondenser56162407204,237,920.004-5
LAKCondenser742954016209,535,320.004-5
LAKCondenser7355*600180010,594,800.004-5
LAK Total239,619,060.00

* Currently not in use and will not be in use in the foreseeable future

Lackland Heat Pump Loop

InstallationSystem TypeBldgAppx. Volume (Gal)
LacklandHeat pump condenser loop315600

LAK Steam

InstallationSystem TypeBldgOutput Capacity (1000 Lb Steam/Hr)Steam Boiler Make Up Water rate Gal/yrCycles of Concentration
LAKSteam15016002,355,200.00

1230984383C: 1230984383C:

Steam make up = 4 GPM/1000 lb/hr assume boilers run 70% of the time

Gal/yr = lb/hr x 4 GPM/1000 lb/hr x 60 min/hr x 24 hr/day x 365 days/ yr x .7 = lb/hr x 14727-9
LAKSteam908536005,299,200.007-9
LAKSteam931036005,299,200.007-9
LAKSteam941036005,299,200.007-9
LAKSteam706536005,299,200.007-9
LAKSteam204111701,722,240.007-9
LAKSteam20001600023,552,000.007-9
LAK Total48,826,240.00

LAK Chilled Water

InstallationSystem TypeBldgAppx. Volume (Gal)
LAKChilled Water1335260
LAKChilled Water147 *1500
LAKChilled Water3157360
LAKChilled Water9122*2000
LAKChilled Water9225*2000
LAKChilled Water9085*4800
LAKChilled Water109043780
LAKChilled Water10056*18600
LAKChilled Water91104800
LAKChilled Water92104800
LAKChilled Water93104800
LAKChilled Water94104800
LAKChilled Water75353600
LAKChilled Water6578 (ATC 1)7200
LAKChilled Water6586 (ATC 2)7200
LAKChilled Water6588 (ATC 3)7200
LAKChilled Water6496 (ATC 4)7200
LAKChilled Water6582 (DCF 1)3420
LAKChilled Water6592 (DCF 2)3420
LAKChilled Water70654800
LAKChilled Water55704800
LAKChilled Water24433200
LAKChilled Water1417*4700
LAKChilled Water13852100
LAKChilled Water9541700
LAKChilled Water20411480
LAKChilled Water2028*3060
LAKChilled Water2014*7200
LAKChilled Water2000*23800
LAKChilled Water56161280
LAKChilled Water7429*7300
LAKChilled Water73596500
175660

*Suspected Leaks

LAK Hot Water

InstallationSystem TypeBldgAppx. Volume (Gal)
LAKHot water1471500
LAKHot water9122*2000
LAKHot water9225*2000
LAKHot water9085*4800
LAKHot water109043780
LAKHot water91104800
LAKHot water92104800
LAKHot water93104800
LAKHot water94104800
LAKHot water75353600
LAKHot water6578 (ATC 1)7200
LAKHot water6586 (ATC 2)7200
LAKHot water6588 (ATC 3)7200
LAKHot water6496 (ATC 4)7200
LAKHot water6582 (DCF 1)3420
LAKHot water6592 (DCF 2)3420
LAKHot water70654800
LAKHot water55704800
LAKHot water14154700
LAKHot water13852100
LAKHot water9541700
LAKHot water20411480
LAKHot water2028*3060
LAKHot water56161280
LAKHot water7429*7300
103740

FSH Condenser

InstallationSystem TypeBldgCooling Cpacity (Ton AC)Condenser water flow rate (Gal/Min)Condenser Water Make up rate (Gal/Year)Cycles of Concentration
FSHCondenser (pH control)147249001470086,524,200.00

1230984383C: 1230984383C:

Blowdown = make up + evaporation

Assume chillers run 70% of the time.

Blowdown= Cond GPM x 60min/hr x24 hr/dayx 365 dys /year x .7 x .006 =GPM x 2207.

.006= blowdown rate coeficient for 10 deg F delta T, 5 cycles (HVAC rules of thumb book. Page 244)

Evaporation rate = .03GPM/ton x ton x 60 min/hr x 24 hr/day x 365 days/year x .7 = ton x 11037

(p. 243 HVAC rules of thumb book); assumes tower is efficient, worst case evaporation rate = worst case condenser water usage.

4-5
FSHCondenser (pH control)33151300390022,955,400.004-5
FSHCondenser (pH control)13771000300017,658,000.004-5
FSHCondenser (pH control)6003209605,650,560.004-5
FSHCondenser (pH control)32601400420024,721,200.004-5
FSHCondenser (non pH)20002006003,531,600.002-4
FSHCondenser (non pH)1263090529,740.002-4
FSHCondenser (non pH)25301203602,118,960.002-4
FSHCondenser (non pH)27912006003,531,600.002-4
FSHCondenser (non pH)590601801,059,480.002-4
FSHCondenser (non pH)591601801,059,480.002-4
FSHCondenser (non pH)41961404202,472,120.002-4
FSHCondenser (non pH)28401200360021,189,600.002-4
FSHCondenser (non pH)916802401,412,640.002-4
FSHCondenser (non pH)929802401,412,640.002-4
FSHCondenser (non pH)930802401,412,640.002-4
FSHCondenser (non pH)915802401,412,640.002-4
FSHCondenser (non pH)920802401,412,640.002-4
FSHCondenser (non pH)907802401,412,640.002-4
FSHCondenser (non pH)905802401,412,640.002-4
FSHCondenser (non pH)904802401,412,640.002-4
Total FSH204,303,060.00

FSH Heat pump Condenser Loop

InstallationSystem TypeBldgAppx. Volume (Gal)
FSHHeat pump condenser loop9161600
FSHHeat pump condenser loop9291600
FSHHeat pump condenser loop9301600
FSHHeat pump condenser loop9151600
FSHHeat pump condenser loop9201600
FSHHeat pump condenser loop9071600
FSHHeat pump condenser loop9051600
FSHHeat pump condenser loop9041600
FSHHeat pump condenser loop20003000
FSHHeat pump condenser loop590800
FSHHeat pump condenser loop591800
FSHHeat pump condenser loop147219500
FSHHeat pump condenser loop331526000
Total62900

FSH Steam

InstallationSystem TypeBldgOutput Capacity (1000 Lb Steam/Hr)Steam Boiler Make Up Water rate Gal/yrCycles of Concentration
FSH SteamSteam326050217,390,912.00

1230984383C: 1230984383C:

Steam make up = 4 GPM/1000 lb/hr assume boilers run 70% of the time

Gal/yr = lb/hr x 4 GPM/1000 lb/hr x 60 min/hr x 24 hr/day x 365 days/ yr x .7 = lb/hr x 1472 7-9

FSH Chilled Water

InstallationSystem TypeBldgAppx. Volume (Gal)
FSHChilled Water137715000
FSHChilled Water6004800
FSHChilled Water326021000
FSHChilled Water1261280
FSHChilled Water25301800
FSHChilled Water27913000
FSHChilled Water41962100
FSHChilled Water284018000
FSH Total66980

FSH Hot Water

InstallationSystem TypeBldgAppx. Volume (Gal)
FSHHot water147246000
FSHHot water6004800
FSHHot water326021000
FSHHot water1261280
FSHHot water25301800
FSHHot water27913000
FSHHot water41962100
FSHHot water284018000
FSHHot water13508000
FSHHot water13743500
FSHHot water13753500
FSH Total112980

RAN Condenser

InstallationSystem TypeBldgCooling Cpacity (Ton AC)Condenser water flow rate (Gal/Min)Condenser Water Make up rate (Gal/Year)Cycles of Concentration
RANCondenser9911200360021,189,600.00

1230984383C: 1230984383C:

Blowdown = make up + evaporation

Assume chillers run 70% of the time.

Blowdown= Cond GPM x 60min/hr x24 hr/dayx 365 dys /year x .7 x .006 =GPM x 2207.

.006= blowdown rate coeficient for 10 deg F delta T, 5 cycles (HVAC rules of thumb book. Page 244)

Evaporation rate = .03GPM/ton x ton x 60 min/hr x 24 hr/day x 365 days/year x .7 = ton x 11037

(p. 243 HVAC rules of thumb book); assumes tower is efficient, worst case evaporation rate = worst case condenser water usage.

4-5
RANCondenser3951000300017,658,000.004-5
RANCondenser5002006003,531,600.004-5
RANCondenser7381150345020,306,700.004-5
RANCondenser4962200660038,847,600.004-5
RANCondenser106850015008,829,000.004-5

RAN Total 6,250.00

RAN Steam

InstallationSystem TypeBldgOutput Capacity (1000 Lb Steam/Hr)Steam Boiler Make Up Water rate Gal/yrCycles of Concentration
RAN SteamSteam86041856,160,320.00

1230984383C: 1230984383C:

Steam make up = 4 GPM/1000 lb/hr assume boilers run 70% of the time

Gal/yr = lb/hr x 4 GPM/1000 lb/hr x 60 min/hr x 24 hr/day x 365 days/ yr x .7 = lb/hr x 1472 7-9

RAN Chilled Water

InstallationSystem TypeBldgAppx. Volume (Gal)
RANChilled Water99154000
RANChilled Water39542000
RANChilled Water5009000
RANChilled Water73848000
RANChilled Water49680000
RANChilled Water106818800

Total RAN 251800

RAN Hot Water

InstallationSystem TypeBldgAppx. Volume (Gal)
RANHot Water860540003
RANHot Water395320001.5
RANHot Water49916000010
RANHot Water738480003
RANHot Water100280002
RANHot Water112120000.5
RANHot Water64140000.6
Total RAN348000

Camp Bullis Chilled Water

InstallationSystem TypeBldgAppx. Volume (Gal)
CBChilled Water61042000
CBChilled Water5401500
CBChilled Water5405500
CBChilled Water5409500
CBChilled Water5411500
CBChilled Water5413500
CBChilled Water5420500
CBChilled Water5422500
CBChilled Water5423500
CBChilled Water5425500
CBChilled Water5428500

Total Camp Bullis 7000

Camp Bullis Hot Water

InstallationSystem TypeBldgAppx. Volume (Gal)
CBHot Water61042000
CBHot Water5401500
CBHot Water5405500
CBHot Water5409500
CBHot Water5411500
CBHot Water5413500
CBHot Water5420500
CBHot Water5422500
CBHot Water5423500
CBHot Water5425500
CBHot Water5428500

Total Camp Bullis 7000

File details come from the government source that posted it.