PWS LAU FMP Template - v2.2.xlsx

XLSX spreadsheet 160 KB Posted

Attached to
Sources Sought - CEHNC FUELS PROGRAM
Solicitation number
PANHES-25-P-0000-001794
Issued by

About this file

This is a Facility Maintenance Plan (FMP) template for fuel facilities at Laughlin Air Force Base in Texas. The document details maintenance and inspection requirements for permanently installed fuel facilities operated under Quality Assurance Evaluators' control at 561 East Liberty Drive.

The template provides comprehensive maintenance specifications for various fuel system components including above ground storage tanks, underground storage tanks, filter/separators, manual valves, meter registers, flow meters, control valves, pumps, tank monitoring equipment, instruments, alarms, and firefighting equipment. It contains detailed maintenance schedules and procedures organized by facility asset, including specific requirements for components like ventilation hoods, emergency eyewash stations, basket strainers, centrifugal pumps, control valves, pressure gauges, grounding systems, and lighting. The document serves as a planning tool to ensure proper maintenance and repair of federally funded petroleum systems in compliance with applicable codes, criteria, and federal/state/local regulations.

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Sources Sought FUELS - Programmatic Rev1 7 May 25.docx DOCX document
3.4 Appendix B - Attachment 4 - SO Tracker-20210628.xlsx XLSX spreadsheet
6.0 - Appendix E ISR 15-Bulk_Fuel_Facilities FY25.xlsx XLSX spreadsheet
2.0 Appendix A RM_SO Process_20241220_PgM Reviewed Incorporated.docx DOCX document
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3.2 Appendix B - Attachment 2 - Monthly Report Format 20240910.docx DOCX document
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7.0 CUID - v2.1.pdf PDF
8.0 Appendix G_UFC 3-460-03 Maintenance Table- v4.3.pdf PDF
6.0 Appendix E ISR 14_operational_fuel_facilities FY25.xlsx XLSX spreadsheet
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Administrative

LocationSite NameLaughlin AFB Site #1
RPSUID2483
DLA Site CodeLAU
Hours of Operation24 Hours of Operation
Address561 East Liberty Drive, Laughlin AFB, TX 78843
ContractContractor
Contract #
Local POCsQAE Name
QAE Phone
QAE Email
Alt QAE Name
Alt QAE Phone
Alt QAE Email
DLA/SCP POCsDLA PM Name
DLA PM Phone
DLA PM Email
SCP PM Name
SCP PM Phone
SCP PM Email
Contractor POCsContractor PM Name
Contractor PM Phone
Contractor PM Email
Contractor QC Name
Contractor QC Phone
Contractor QC Email
Contractor SM Name
Contractor SM Phone
Contractor SM Email
USACE POCsUSACE PM/COR Name
USACE PM/COR Phone
USACE PM/COR Email
USACE PE Name
USACE PE Phone
USACE PE Email
USACE KO Name
USACE KO Phone
USACE KO Email

Facility Maintenance Plan

FMP v2.2 &P of &N

Instructions:

This table shows the minimum information required. Additional details should be included based on site specific requirements. Additional POCs may be required.

General Facility Description Facility Description

Purpose:

This Facility Maintenance Plan provides guidance for Contractor personnel in the operation, inspection, and maintenance of permanently installed fuel facilities operated under the control of the Quality Assurance Evaluators. Federal, state, and local environmental laws and regulations shall be complied with if this plan is in conflict with them.

Scope:

The instructions prescribed by this plan outline general fuels maintenance information associated with fuel storage and dispensing systems and provides the minimum periodic contractor maintenance and inspection criteria requirements for the systems. This plan is to be used in conjunction with other existing directives governing fuel system operations and maintenance requirements. Conotractor will properly maintain and repair federally funded petroleum systems and facilities in order to provide compliance with applicable code, criteria, and federal, state, local and/or host nation regulations.

Fuels Facilities:

Organizational tanks, and associated dispensing equipment are maintained and operated by the owning organization. Fuel system maintenance contractors shall perform all maintenance and associated procurement actions on installed fuel systems.

Each installation under the Southwest Division contract are military land-based facilities who receive, store, distribute, and/or dispense liquid fuels.

Standard fuel system equipment includes:

a) Above Ground Sorage Stanks (AST), Underground Storage Tanks (UST)

b) Filter/separator and other filtration device maintenance access, particularly element removal.

c) Manual valves

d) Meter Registers, and Flow Meters.

e) Control Valves.

f) Pumps

g) Tank Monitoring Equipment and Instruments

h) Alarms

i) Fire Fighting Equipment

Site Specific General Information:

Facility Maintenance Plan

FMP v2.2 &P of &N

Instructions:

Include a general facility overview and description of each fuel system for the sites in accordance with UFC 3-460-01. Examples include: Bulk Storage Facilities, Aircraft Fueling Facilities, Marine and Dispensing Facilities, Ground Products Fueling Facilities, Alternate POL Facilities, and Support Facilities. Also include facility #s, facility names, fuel type, photos, and any other pertinent information.

Include Site Specific Conditions and Restrictions in this tab.

Communication Plan

Facility Maintenance Plan

FMP v2.2 &P of &N

Instructions:

Communication plan shall address in/out briefs, lines of communication, coordination for access, etc.

Safety

Facility Maintenance Plan

FMP v2.2 &P of &N

Instructions:

Site Specific Addendum and Activity Hazard Analysis, which are Attachments to the APP, specific to activities or tasks related to recurring maintenance for this site.

RM Schedule

Facility Maintenance Plan

FMP v2.2 &P of &N

Instructions:

Link RM schedule here

Task Matrix

Applicable Facility AssetsUFC System Level Maintenance FrequencySpecial Considerations
Real Property Unique Identifier
(RPUID)Real Property Facility #Real Property Facility NameOperational AreaComponent TypeBase Asset IDComponent Unique Identifier (CUID)MakeModelCapacity/SizeQSAUFC Section ReferenceAdditional Manufacturer RM RequirementsOperator/ equipment RequirementsSystem availabilityOther ContractComments
8Fuels Management BuildingFuels LabVentilation HoodsFuels Lab Ventilation HoodMott7361040N/AXXX11-4.1Daily visual inspection, check the fume hood for visible airflow blockage such as large items or containers near the slot opening. Other daily inspections include holding a tissue at the opening to observe inward airflow, maintaining clean surfaces inside the hood, and keeping the sash at an appropriate height when working and not working in the hood.No Operator RequirementNo Mission Impact
106Fillstand Pump ShedFillstand Pump ShedPumphouse/Filter BuildingsControl RoomN/AN/AN/AXXX11-2.1No Additional Manufacturer RequirementsNo Operator/equipment RequirementsNo Mission Impact
106Fillstand Pump ShedFillstand Pump ShedCanopiesSmall CanopyN/AN/AN/AXXX11-2.2No Additional Manufacturer RequirementsNo Operator/equipment RequirementsNo Mission Impact
106Fillstand Pump ShedFillstand Pump ShedEmergency Eyewash/ShowersFillstand Pump Shed EyewashBradleyS19314EWN/AXXX11-3Weekly - Equipment installed within 10 seconds from the hazard and on the same plane as the hazard Pathway is clear of obstructions Plumbed equipment activated to ensure compliant operation and to clear any sediment Self-contained equipment checked to determine if the flushing fluid needs to be changed or supplemented Equipment free of broken or missing parts Equipment protected against freezing User protected from scalding waterNo Operator RequirementNo Mission Impact
106Fillstand Pump ShedFillstand Pump ShedCranes and HoistsHoistChester1 TonN/AXXX11-6No Additional Manufacturer RequirementsNo Operator/equipment RequirementsNo Mission Impact
106Fillstand Pump ShedFillstand Pump ShedSignage and MarkingsPump ShedN/AN/AN/AXXX2-7No Manufacturer Requirements AvailableMonthly - Check permanent signs and markings for adequacy and readability. Repair or replace deteriorated or illegible signs and markings.No Mission Impact
106Fillstand Pump ShedFillstand Pump ShedBasket StrainersPump 6Titan-FCI150 WCB6.0 in.XXX3-6.4Daily - Monitor and chart differential pressure measurements of basket strainers from readings taken during normal operations.
Semi-annually if basket strainer is equipped with means to measure differential pressure; otherwise quarterlyDaily - Monitor and chart differential pressure measurements of basket strainers from readings taken during normal operations.
Semi-annually if basket strainer is equipped with means to measure differential pressure; otherwise quarterlyNo Mission Impact
106Fillstand Pump ShedFillstand Pump ShedBasket StrainersPump 4 basket strainerTitanH0286.0 in.XXX3-6.4Daily - Monitor and chart differential pressure measurements of basket strainers from readings taken during normal operations.
Semi-annually if basket strainer is equipped with means to measure differential pressure; otherwise quarterlyDaily - Monitor and chart differential pressure measurements of basket strainers from readings taken during normal operations.
Semi-annually if basket strainer is equipped with means to measure differential pressure; otherwise quarterlyNo Mission Impact
106Fillstand Pump ShedFillstand Pump ShedBasket StrainersPump 5TitanBS856.0 in.XXX3-6.4Daily - Monitor and chart differential pressure measurements of basket strainers from readings taken during normal operations.
Semi-annually if basket strainer is equipped with means to measure differential pressure; otherwise quarterlyDaily - Monitor and chart differential pressure measurements of basket strainers from readings taken during normal operations.
Semi-annually if basket strainer is equipped with means to measure differential pressure; otherwise quarterlyNo Mission Impact
106Fillstand Pump ShedFillstand Pump ShedBasket StrainersPump 3TitanH0286.0 in.XXX3-6.4Daily - Monitor and chart differential pressure measurements of basket strainers from readings taken during normal operations.
Semi-annually if basket strainer is equipped with means to measure differential pressure; otherwise quarterlyDaily - Monitor and chart differential pressure measurements of basket strainers from readings taken during normal operations.
Semi-annually if basket strainer is equipped with means to measure differential pressure; otherwise quarterlyNo Mission Impact
106Fillstand Pump ShedFillstand Pump ShedCentrifugal PumpsPump 4 pumpUnionFP-4600 GPM GPM/SCFMXXX3-8.1During routine pump inspections only the easy to monitor factors such as pressure, temperature, vibration etc can be checKed. But during quarterly inspections, shaft alignment and oil levels should also be checked. Change Oil AnnuallyNo Operator RequirementNo Mission Impact
106Fillstand Pump ShedFillstand Pump ShedCentrifugal PumpsPump 3UnionFP-4600 GPM GPM/SCFMXXX3-8.1During routine pump inspections only the easy to monitor factors such as pressure, temperature, vibration etc can be checKed. But during quarterly inspections, shaft alignment and oil levels should also be checked. Change Oil AnnuallyNo Operator RequirementNo Mission Impact
106Fillstand Pump ShedFillstand Pump ShedCentrifugal PumpsPump 5UnionFP-4600 GPM GPM/SCFM00X3-8.1During routine pump inspections only the easy to monitor factors such as pressure, temperature, vibration etc can be checKed. But during quarterly inspections, shaft alignment and oil levels should also be checked. Change Oil AnnuallyNo Operator RequirementNo Mission Impact
106Fillstand Pump ShedFillstand Pump ShedCentrifugal PumpsPump 6UnionFP-4600 GPM GPM/SCFMXX03-8.1During routine pump inspections only the easy to monitor factors such as pressure, temperature, vibration etc can be checKed. But during quarterly inspections, shaft alignment and oil levels should also be checked. Change Oil AnnuallyNo Operator RequirementNo Mission Impact
106Fillstand Pump ShedFillstand Pump ShedGeneral System Control ValvesPump 6Cla-Val150/PN164.0 in.XX04-3.2.1No Manufacturers Data Available. Adjustment not advised unless formal training is received.No Operator RequirementPartial System OOS
106Fillstand Pump ShedFillstand Pump ShedGeneral System Control ValvesPump 4 control valveCla-Val150/PNT84.0 in.XX04-3.2.1No Manufacturers Data Available. Adjustment not advised unless formal training is received.No Operator RequirementPartial System OOS
106Fillstand Pump ShedFillstand Pump ShedGeneral System Control ValvesPump 5 IssueCla-Val160/PN164.0 in.XX04-3.2.1No Manufacturers Data Available. Adjustment not advised unless formal training is received.No Operator RequirementPartial System OOS
106Fillstand Pump ShedFillstand Pump ShedGeneral System Control ValvesPump 3Cla-Val150/PNT84.0 in.XX04-3.2.1No Manufacturers Data Available. Adjustment not advised unless formal training is received.No Operator RequirementPartial System OOS
106Fillstand Pump ShedFillstand Pump ShedPressure Control ValvesPump 4 CRLCla-ValNot Legible0.5 in.XX04-4.2.7No Manufacturers Data Available. Adjustment not advised unless formal training is received.No Operator RequirementPartial System OOS
106Fillstand Pump ShedFillstand Pump ShedPressure Control ValvesPump 6 CRDCla-ValNot Legible0.5 in.XX04-4.2.7No Manufacturers Data Available. Adjustment not advised unless formal training is received.No Operator RequirementPartial System OOS
106Fillstand Pump ShedFillstand Pump ShedPressure Control ValvesPump 6 CRLCla-ValNot Legible0.5 in.X0No Manufacturers Data Available. Adjustment not advised unless formal training is received.4-4.2.7No Manufacturers Data Available. Adjustment not advised unless formal training is received.No Operator RequirementPartial System OOS
106Fillstand Pump ShedFillstand Pump ShedPressure Control ValvesPump 3 CRLCla-ValNot Legible0.5 in.X0No Manufacturers Data Available. Adjustment not advised unless formal training is received.4-4.2.7No Manufacturers Data Available. Adjustment not advised unless formal training is received.No Operator RequirementPartial System OOS
106Fillstand Pump ShedFillstand Pump ShedPressure Control ValvesPump 5 CRLCla-ValNot Legible0.5 in.X0No Manufacturers Data Available. Adjustment not advised unless formal training is received.4-4.2.7No Manufacturers Data Available. Adjustment not advised unless formal training is received.No Operator RequirementPartial System OOS
106Fillstand Pump ShedFillstand Pump ShedPressure Control ValvesPump 4 CRLCla-ValNot Legible0.375 (3/8) in.X0No Manufacturers Data Available. Adjustment not advised unless formal training is received.4-4.2.7No Manufacturers Data Available. Adjustment not advised unless formal training is received.No Operator RequirementPartial System OOS
106Fillstand Pump ShedFillstand Pump ShedPressure Control ValvesPump 3 CRLCla-ValNot Legible1.0 in.X0No Manufacturers Data Available. Adjustment not advised unless formal training is received.4-4.2.7No Manufacturers Data Available. Adjustment not advised unless formal training is received.No Operator RequirementPartial System OOS
106Fillstand Pump ShedFillstand Pump ShedPressure Control ValvesPump 5 CRDCla-ValNot Legible0.375 (3/8) in.X0No Manufacturers Data Available. Adjustment not advised unless formal training is received.4-4.2.7No Manufacturers Data Available. Adjustment not advised unless formal training is received.No Operator RequirementPartial System OOS
106Above Ground (Bulk Storage)Issue LinesAboveground PipingBldg 106 Above Ground PipingN/AN/A14.0 in.XXNo Manufacturer Requirements Available6-1.3No Manufacturer Requirements AvailableWeekly - Conduct petroleum fuel piping visual inspection in accordance with Section 6-1.5 Pipeline Visual Inspection.No Mission Impact
106Above Ground (Bulk Storage)Issue LinesAboveground PipingBldg 106 PipingN/AN/A4.0 in.XXNo Manufacturer Requirements Available6-1.3No Manufacturer Requirements AvailableWeekly - Conduct petroleum fuel piping visual inspection in accordance with Section 6-1.5 Pipeline Visual Inspection.No Mission Impact
106Above Ground (Bulk Storage)Issue LinesAboveground PipingBldg 106 Above Ground PipingN/AN/A2.0 in.XXNo Manufacturer Requirements Available6-1.3No Manufacturer Requirements AvailableWeekly - Conduct petroleum fuel piping visual inspection in accordance with Section 6-1.5 Pipeline Visual Inspection.No Mission Impact
106Above Ground (Bulk Storage)Issue LinesAboveground PipingBldg 106 PipingN/AN/A1.0 in.XXNo Manufacturer Requirements Available6-1.3No Manufacturer Requirements AvailableWeekly - Conduct petroleum fuel piping visual inspection in accordance with Section 6-1.5 Pipeline Visual Inspection.No Mission Impact
106Fillstand Pump ShedFillstand Pump ShedGate ValvesPump 4 gate valveFTISF 1504.0 in.X0Operate from fully open to fully closed . Conduct Tightness test as required for application.6-6.2.3Operate from fully open to fully closed . Conduct Tightness test as required for application.No Operator RequirementPartial System OOS
106Fillstand Pump ShedFillstand Pump ShedGate ValvesPump 6FTISF150-CS4.0 in.X0Operate from fully open to fully closed . Conduct Tightness test as required for application.6-6.2.3Operate from fully open to fully closed . Conduct Tightness test as required for application.No Operator RequirementPartial System OOS
106Fillstand Pump ShedFillstand Pump ShedGate ValvesPump 5FTIF-150-CS4.0 in.X0Operate from fully open to fully closed . Conduct Tightness test as required for application.6-6.2.3Operate from fully open to fully closed . Conduct Tightness test as required for application.No Operator RequirementPartial System OOS
106Fillstand Pump ShedFillstand Pump ShedGate ValvesPump 3FTIANSI 1504.0 in.X0Operate from fully open to fully closed . Conduct Tightness test as required for application.6-6.2.3Operate from fully open to fully closed . Conduct Tightness test as required for application.No Operator RequirementPartial System OOS
106Fillstand Pump ShedFillstand Pump ShedBall ValvesPump 3 DP Gauge DischargeHam-LetH-700-SS0.25 in.X0Operate from fully open to fully closed with 90 degree rotation of the ball.6-6.2.4Operate from fully open to fully closed with 90 degree rotation of the ball.No Operator RequirementNo Mission Impact
106Fillstand Pump ShedFillstand Pump ShedBall ValvesPump 4 Basket StrainerFTIT751.0 in.X0Operate from fully open to fully closed with 90 degree rotation of the ball.6-6.2.4Operate from fully open to fully closed with 90 degree rotation of the ball.No Operator RequirementNo Mission Impact
106Fillstand Pump ShedFillstand Pump ShedBall ValvesPump 3 Issue GaugeFTIF150-SS1.0 in.X0Operate from fully open to fully closed with 90 degree rotation of the ball.6-6.2.4Operate from fully open to fully closed with 90 degree rotation of the ball.No Operator RequirementNo Mission Impact
106Fillstand Pump ShedFillstand Pump ShedBall ValvesPump 4 DP Gauge DischargeHam-LetH7000.25 in.X0Operate from fully open to fully closed with 90 degree rotation of the ball.6-6.2.4Operate from fully open to fully closed with 90 degree rotation of the ball.No Operator RequirementNo Mission Impact
106Fillstand Pump ShedFillstand Pump ShedBall ValvesPump 4 DP Gauge InletHam-LetH7000.25 in.X0Operate from fully open to fully closed with 90 degree rotation of the ball.6-6.2.4Operate from fully open to fully closed with 90 degree rotation of the ball.No Operator RequirementNo Mission Impact
106Fillstand Pump ShedFillstand Pump ShedBall ValvesPump 4 Basket Strainer DrainFTIT751.0 in.X0Operate from fully open to fully closed with 90 degree rotation of the ball.6-6.2.4Operate from fully open to fully closed with 90 degree rotation of the ball.No Operator RequirementNo Mission Impact
106Fillstand Pump ShedFillstand Pump ShedBall ValvesPump 4 Issue LineCF fluid controlsRx178.0 in.X0Operate from fully open to fully closed with 90 degree rotation of the ball.6-6.2.4Operate from fully open to fully closed with 90 degree rotation of the ball.No Operator RequirementNo Mission Impact
106Fillstand Pump ShedFillstand Pump ShedBall ValvesPump 4 Above PumpFTIF1501.0 in.X0Operate from fully open to fully closed with 90 degree rotation of the ball.6-6.2.4Operate from fully open to fully closed with 90 degree rotation of the ball.No Operator RequirementNo Mission Impact
106Fillstand Pump ShedFillstand Pump ShedBall ValvesPump 4 PRV IsolationFTI1501.0 in.X0Operate from fully open to fully closed with 90 degree rotation of the ball.6-6.2.4Operate from fully open to fully closed with 90 degree rotation of the ball.No Operator RequirementNo Mission Impact
106Fillstand Pump ShedFillstand Pump ShedBall ValvesPump 5 DP Gauge DischargeHam-LetH-700-SS0.25 in.X0Operate from fully open to fully closed with 90 degree rotation of the ball.6-6.2.4Operate from fully open to fully closed with 90 degree rotation of the ball.No Operator RequirementNo Mission Impact
106Fillstand Pump ShedFillstand Pump ShedBall ValvesPump 5 DP Gauge InletHam-LetH-700-SS0.25 in.X0Operate from fully open to fully closed with 90 degree rotation of the ball.6-6.2.4Operate from fully open to fully closed with 90 degree rotation of the ball.No Operator RequirementNo Mission Impact
106Fillstand Pump ShedFillstand Pump ShedBall ValvesFillstand Upstream PumpFTISF150-SS2.0 in.X0Operate from fully open to fully closed with 90 degree rotation of the ball.6-6.2.4Operate from fully open to fully closed with 90 degree rotation of the ball.No Operator RequirementNo Mission Impact
106Fillstand Pump ShedFillstand Pump ShedBall ValvesFillstand InletFTISf1502.0 in.X0Operate from fully open to fully closed with 90 degree rotation of the ball.6-6.2.4Operate from fully open to fully closed with 90 degree rotation of the ball.No Operator RequirementNo Mission Impact
106Fillstand Pump ShedFillstand Pump ShedBall ValvesPump 6Ham-Let1V2080.25 in.X0Operate from fully open to fully closed with 90 degree rotation of the ball.6-6.2.4Operate from fully open to fully closed with 90 degree rotation of the ball.No Operator RequirementNo Mission Impact
106Fillstand Pump ShedFillstand Pump ShedBall ValvesPump 6Ham-Let1V2080.25 in.X0Operate from fully open to fully closed with 90 degree rotation of the ball.6-6.2.4Operate from fully open to fully closed with 90 degree rotation of the ball.No Operator RequirementNo Mission Impact
106Fillstand Pump ShedFillstand Pump ShedBall ValvesFillstand Pump Shed OutletFlow-TekF151.0 in.X0Operate from fully open to fully closed with 90 degree rotation of the ball.6-6.2.4Operate from fully open to fully closed with 90 degree rotation of the ball.No Operator RequirementNo Mission Impact
106Fillstand Pump ShedFillstand Pump ShedBall ValvesPump 6FTIT75-SS1.0 in.X0Operate from fully open to fully closed with 90 degree rotation of the ball.6-6.2.4Operate from fully open to fully closed with 90 degree rotation of the ball.No Operator RequirementNo Mission Impact
106Fillstand Pump ShedFillstand Pump ShedBall ValvesPump 6FTIT75-SS1.0 in.X0Operate from fully open to fully closed with 90 degree rotation of the ball.6-6.2.4Operate from fully open to fully closed with 90 degree rotation of the ball.No Operator RequirementNo Mission Impact
106Fillstand Pump ShedFillstand Pump ShedBall ValvesPump 3 DP Gauge InletHam-LetH-700-SS0.25 in.X0Operate from fully open to fully closed with 90 degree rotation of the ball.6-6.2.4Operate from fully open to fully closed with 90 degree rotation of the ball.No Operator RequirementNo Mission Impact
106Fillstand Pump ShedFillstand Pump ShedBall ValvesPump 6FTIF150-SS1.0 in.X0Operate from fully open to fully closed with 90 degree rotation of the ball.6-6.2.4Operate from fully open to fully closed with 90 degree rotation of the ball.No Operator RequirementNo Mission Impact
106Fillstand Pump ShedFillstand Pump ShedBall ValvesPump 6FTI275 WOG1.0 in.X0Operate from fully open to fully closed with 90 degree rotation of the ball.6-6.2.4Operate from fully open to fully closed with 90 degree rotation of the ball.No Operator RequirementNo Mission Impact
106Fillstand Pump ShedFillstand Pump ShedBall ValvesPump 6FTIF150-SS1.0 in.X0Operate from fully open to fully closed with 90 degree rotation of the ball.6-6.2.4Operate from fully open to fully closed with 90 degree rotation of the ball.No Operator RequirementNo Mission Impact
106Fillstand Pump ShedFillstand Pump ShedBall ValvesPump 3FTIF150-SS1.0 in.X0Operate from fully open to fully closed with 90 degree rotation of the ball.6-6.2.4Operate from fully open to fully closed with 90 degree rotation of the ball.No Operator RequirementNo Mission Impact
106Fillstand Pump ShedFillstand Pump ShedBall ValvesPump Room High PointFTIF150 SS2.0 in.X0Operate from fully open to fully closed with 90 degree rotation of the ball.6-6.2.4Operate from fully open to fully closed with 90 degree rotation of the ball.No Operator RequirementNo Mission Impact
106Fillstand Pump ShedFillstand Pump ShedBall ValvesHigh side bv above pump 4FTI1501.0 in.X0Operate from fully open to fully closed with 90 degree rotation of the ball.6-6.2.4Operate from fully open to fully closed with 90 degree rotation of the ball.No Operator RequirementNo Mission Impact
106Fillstand Pump ShedFillstand Pump ShedBall ValvesPRV Line 17FTIF150-SS1.0 in.X0Operate from fully open to fully closed with 90 degree rotation of the ball.6-6.2.4Operate from fully open to fully closed with 90 degree rotation of the ball.No Operator RequirementNo Mission Impact
106Fillstand Pump ShedFillstand Pump ShedBall ValvesFillstand Pump Shed Inlet PRV LineFTIF150-SS1.0 in.X0Operate from fully open to fully closed with 90 degree rotation of the ball.6-6.2.4Operate from fully open to fully closed with 90 degree rotation of the ball.No Operator RequirementNo Mission Impact
106Fillstand Pump ShedFillstand Pump ShedBall ValvesFillstand Pump Shed Inlet PRV LineFTIF150-SS1.0 in.X0Operate from fully open to fully closed with 90 degree rotation of the ball.6-6.2.4Operate from fully open to fully closed with 90 degree rotation of the ball.No Operator RequirementNo Mission Impact
106Fillstand Pump ShedFillstand Pump ShedBall ValvesFillstand Pump Shed Inlet DrainFTISF150-SS2.0 in.X0Operate from fully open to fully closed with 90 degree rotation of the ball.6-6.2.4Operate from fully open to fully closed with 90 degree rotation of the ball.No Operator RequirementNo Mission Impact
106Fillstand Pump ShedFillstand Pump ShedBall ValvesFillstand Pump Shed OutletFTIF1500-SS1.0 in.X0Operate from fully open to fully closed with 90 degree rotation of the ball.6-6.2.4Operate from fully open to fully closed with 90 degree rotation of the ball.No Operator RequirementNo Mission Impact
106Fillstand Pump ShedFillstand Pump ShedBall ValvesFillstand Pump Shed OutletFTISF150-SS2.0 in.X0Operate from fully open to fully closed with 90 degree rotation of the ball.6-6.2.4Operate from fully open to fully closed with 90 degree rotation of the ball.No Operator RequirementNo Mission Impact
106Fillstand Pump ShedFillstand Pump ShedBall ValvesFillstand Pump Shed Outlet PRV LineFTIF150-SS1.0 in.X0Operate from fully open to fully closed with 90 degree rotation of the ball.6-6.2.4Operate from fully open to fully closed with 90 degree rotation of the ball.No Operator RequirementNo Mission Impact
106Fillstand Pump ShedFillstand Pump ShedBall ValvesContainment DrainVelan1000 WOG1.0 in.X0Operate from fully open to fully closed with 90 degree rotation of the ball.6-6.2.4Operate from fully open to fully closed with 90 degree rotation of the ball.No Operator RequirementNo Mission Impact
106Fillstand Pump ShedFillstand Pump ShedBall ValvesPump 3 Basket Strainer TopFTI1501.0 in.X0Operate from fully open to fully closed with 90 degree rotation of the ball.6-6.2.4Operate from fully open to fully closed with 90 degree rotation of the ball.No Operator RequirementNo Mission Impact
106Fillstand Pump ShedFillstand Pump ShedBall ValvesPump 5 Basket Stainer TopFTIF-150 SS1.0 in.X0Operate from fully open to fully closed with 90 degree rotation of the ball.6-6.2.4Operate from fully open to fully closed with 90 degree rotation of the ball.No Operator RequirementNo Mission Impact
106Fillstand Pump ShedFillstand Pump ShedBall ValvesPump 5FTIF-150 SS1.0 in.X0Operate from fully open to fully closed with 90 degree rotation of the ball.6-6.2.4Operate from fully open to fully closed with 90 degree rotation of the ball.No Operator RequirementNo Mission Impact
106Fillstand Pump ShedFillstand Pump ShedBall ValvesPump 5 Issue Gauge IsolationFTIF-1501.0 in.X0Operate from fully open to fully closed with 90 degree rotation of the ball.6-6.2.4Operate from fully open to fully closed with 90 degree rotation of the ball.No Operator RequirementNo Mission Impact
106Fillstand Pump ShedFillstand Pump ShedBall ValvesPump 5 IsolationFTIF150 -CS8.0 in.X0Operate from fully open to fully closed with 90 degree rotation of the ball.6-6.2.4Operate from fully open to fully closed with 90 degree rotation of the ball.No Operator RequirementNo Mission Impact
106Fillstand Pump ShedFillstand Pump ShedBall ValvesPump 3 PRV IsolationFTIF150-SS1.0 in.X0Operate from fully open to fully closed with 90 degree rotation of the ball.6-6.2.4Operate from fully open to fully closed with 90 degree rotation of the ball.No Operator RequirementNo Mission Impact
106Fillstand Pump ShedFillstand Pump ShedBall ValvesPump 3FTI150-CD8.0 in.X0Operate from fully open to fully closed with 90 degree rotation of the ball.6-6.2.4Operate from fully open to fully closed with 90 degree rotation of the ball.No Operator RequirementNo Mission Impact
106Fillstand Pump ShedFillstand Pump ShedBall ValvesPump 6FTIF150-CS8.0 in.X0Operate from fully open to fully closed with 90 degree rotation of the ball.6-6.2.4Operate from fully open to fully closed with 90 degree rotation of the ball.No Operator RequirementNo Mission Impact
106Fillstand Pump ShedFillstand Pump ShedBall ValvesPump 3FTI1000 WOG1.0 in.X0Operate from fully open to fully closed with 90 degree rotation of the ball.6-6.2.4Operate from fully open to fully closed with 90 degree rotation of the ball.No Operator RequirementNo Mission Impact
106Fillstand Pump ShedFillstand Pump ShedDouble Block and Bleed ValvesFillstand Pump Shed InletGeneral Twin SealTwin Seal14.0 in.XXValve design must permit sealing slips to be replaced from the bottom with the valve mounted in the piping. Valves must operate from fully open to fully closed by rotation of the handwheel to lift and turn the plug.6-6.2.5Valve design must permit sealing slips to be replaced from the bottom with the valve mounted in the piping. Valves must operate from fully open to fully closed by rotation of the handwheel to lift and turn the plug.No Operator RequirementPartial System OOS
106Fillstand Pump ShedFillstand Pump ShedDouble Block and Bleed ValvesFillstand Pump Shed OutletGeneral Twin SealTwin Seal12.0 in.XXValve design must permit sealing slips to be replaced from the bottom with the valve mounted in the piping. Valves must operate from fully open to fully closed by rotation of the handwheel to lift and turn the plug.6-6.2.5Valve design must permit sealing slips to be replaced from the bottom with the valve mounted in the piping. Valves must operate from fully open to fully closed by rotation of the handwheel to lift and turn the plug.No Operator RequirementPartial System OOS
106Fillstand Pump ShedFillstand Pump ShedThermal and/or Pressure Relief ValvesFillstand Pump Shed Inlet PRV LineTaylorT-8200-11.0 in. 0 - 0 PSIXXThermal and pressure relief valves shall be inspected for signs of leaks. Inspect valve exterior of thermal and pressure relief valves for corrosion. Repaint as required. Adjustment not reccomended.6-6.3Thermal and pressure relief valves shall be inspected for signs of leaks. Inspect valve exterior of thermal and pressure relief valves for corrosion. Repaint as required. Adjustment not reccomended.Monthly for Army, Navy, USMC; Quarterly for AF - Thermal and pressure relief valves shall be inspected for signs of leak-by. Inspect relief valves for leaks by visually inspecting downstream flow indicators (if installed) for flow. If no flow indicators are installed listen for possible leaks. If suspect: isolate and test the relief valve; check opening pressure; and verify re-seating. Malfunctioning valves shall be repaired or replaced.
Monthly for Army, Navy, USMC; Quarterly for AF - Ensure manual isolation valves installed upstream and downstream of thermal and pressure relief valves are open with valve handles are removed, wired open or locked.Partial System OOS26-50 set at 50
106Fillstand Pump ShedFillstand Pump ShedThermal and/or Pressure Relief ValvesPump 3 IssueTaylorT-8200-11.0 in. 0 - 0 PSIXXThermal and pressure relief valves shall be inspected for signs of leaks. Inspect valve exterior of thermal and pressure relief valves for corrosion. Repaint as required. Adjustment not reccomended.6-6.3Thermal and pressure relief valves shall be inspected for signs of leaks. Inspect valve exterior of thermal and pressure relief valves for corrosion. Repaint as required. Adjustment not reccomended.Monthly for Army, Navy, USMC; Quarterly for AF - Thermal and pressure relief valves shall be inspected for signs of leak-by. Inspect relief valves for leaks by visually inspecting downstream flow indicators (if installed) for flow. If no flow indicators are installed listen for possible leaks. If suspect: isolate and test the relief valve; check opening pressure; and verify re-seating. Malfunctioning valves shall be repaired or replaced.
Monthly for Army, Navy, USMC; Quarterly for AF - Ensure manual isolation valves installed upstream and downstream of thermal and pressure relief valves are open with valve handles are removed, wired open or locked.Partial System OOS101-225
106Fillstand Pump ShedFillstand Pump ShedThermal and/or Pressure Relief ValvesPump 6TaylorT-8200-11.0 in. 0 - 0 PSIXXThermal and pressure relief valves shall be inspected for signs of leaks. Inspect valve exterior of thermal and pressure relief valves for corrosion. Repaint as required. Adjustment not reccomended.6-6.3Thermal and pressure relief valves shall be inspected for signs of leaks. Inspect valve exterior of thermal and pressure relief valves for corrosion. Repaint as required. Adjustment not reccomended.Monthly for Army, Navy, USMC; Quarterly for AF - Thermal and pressure relief valves shall be inspected for signs of leak-by. Inspect relief valves for leaks by visually inspecting downstream flow indicators (if installed) for flow. If no flow indicators are installed listen for possible leaks. If suspect: isolate and test the relief valve; check opening pressure; and verify re-seating. Malfunctioning valves shall be repaired or replaced.
Monthly for Army, Navy, USMC; Quarterly for AF - Ensure manual isolation valves installed upstream and downstream of thermal and pressure relief valves are open with valve handles are removed, wired open or locked.Partial System OOS101-225 set at 225
106Fillstand Pump ShedFillstand Pump ShedThermal and/or Pressure Relief ValvesPump 4 PRVTaylorT8200-11.0 in. 0 - 0 PSIXXThermal and pressure relief valves shall be inspected for signs of leaks. Inspect valve exterior of thermal and pressure relief valves for corrosion. Repaint as required. Adjustment not reccomended.6-6.3Thermal and pressure relief valves shall be inspected for signs of leaks. Inspect valve exterior of thermal and pressure relief valves for corrosion. Repaint as required. Adjustment not reccomended.Monthly for Army, Navy, USMC; Quarterly for AF - Thermal and pressure relief valves shall be inspected for signs of leak-by. Inspect relief valves for leaks by visually inspecting downstream flow indicators (if installed) for flow. If no flow indicators are installed listen for possible leaks. If suspect: isolate and test the relief valve; check opening pressure; and verify re-seating. Malfunctioning valves shall be repaired or replaced.
Monthly for Army, Navy, USMC; Quarterly for AF - Ensure manual isolation valves installed upstream and downstream of thermal and pressure relief valves are open with valve handles are removed, wired open or locked.Partial System OOS
106Fillstand Pump ShedFillstand Pump ShedThermal and/or Pressure Relief ValvesFillstand Pump Shed OutletTaylorT-8200-11.0 in. 0 - 0 PSIXXThermal and pressure relief valves shall be inspected for signs of leaks. Inspect valve exterior of thermal and pressure relief valves for corrosion. Repaint as required. Adjustment not reccomended.6-6.3Thermal and pressure relief valves shall be inspected for signs of leaks. Inspect valve exterior of thermal and pressure relief valves for corrosion. Repaint as required. Adjustment not reccomended.Monthly for Army, Navy, USMC; Quarterly for AF - Thermal and pressure relief valves shall be inspected for signs of leak-by. Inspect relief valves for leaks by visually inspecting downstream flow indicators (if installed) for flow. If no flow indicators are installed listen for possible leaks. If suspect: isolate and test the relief valve; check opening pressure; and verify re-seating. Malfunctioning valves shall be repaired or replaced.
Monthly for Army, Navy, USMC; Quarterly for AF - Ensure manual isolation valves installed upstream and downstream of thermal and pressure relief valves are open with valve handles are removed, wired open or locked.Partial System OOS51-100 set at 100
106Fillstand Pump ShedFillstand Pump ShedThermal and/or Pressure Relief ValvesPump 5 IssueTaylorT-8200-11.0 in. 0 - 0 PSIXXThermal and pressure relief valves shall be inspected for signs of leaks. Inspect valve exterior of thermal and pressure relief valves for corrosion. Repaint as required. Adjustment not reccomended.6-6.3Thermal and pressure relief valves shall be inspected for signs of leaks. Inspect valve exterior of thermal and pressure relief valves for corrosion. Repaint as required. Adjustment not reccomended.Monthly for Army, Navy, USMC; Quarterly for AF - Thermal and pressure relief valves shall be inspected for signs of leak-by. Inspect relief valves for leaks by visually inspecting downstream flow indicators (if installed) for flow. If no flow indicators are installed listen for possible leaks. If suspect: isolate and test the relief valve; check opening pressure; and verify re-seating. Malfunctioning valves shall be repaired or replaced.
Monthly for Army, Navy, USMC; Quarterly for AF - Ensure manual isolation valves installed upstream and downstream of thermal and pressure relief valves are open with valve handles are removed, wired open or locked.Partial System OOS101-225 set 225
106Fillstand Pump ShedFillstand Pump ShedThermal and/or Pressure Relief ValvesFillstand Pump Shed Outlet PRV LineTaylorT-8200-11.0 in. 0 - 0 PSIXXThermal and pressure relief valves shall be inspected for signs of leaks. Inspect valve exterior of thermal and pressure relief valves for corrosion. Repaint as required. Adjustment not reccomended.6-6.3Thermal and pressure relief valves shall be inspected for signs of leaks. Inspect valve exterior of thermal and pressure relief valves for corrosion. Repaint as required. Adjustment not reccomended.Monthly for Army, Navy, USMC; Quarterly for AF - Thermal and pressure relief valves shall be inspected for signs of leak-by. Inspect relief valves for leaks by visually inspecting downstream flow indicators (if installed) for flow. If no flow indicators are installed listen for possible leaks. If suspect: isolate and test the relief valve; check opening pressure; and verify re-seating. Malfunctioning valves shall be repaired or replaced.
Monthly for Army, Navy, USMC; Quarterly for AF - Ensure manual isolation valves installed upstream and downstream of thermal and pressure relief valves are open with valve handles are removed, wired open or locked.Partial System OOS100-225 set at 225
106Fillstand Pump ShedFillstand Pump ShedPressure and Pressure/Vacuum GaugesPump 5WikaNot Labeled0.25 in.XXCheck operation of gauge. Ensure gauge is indicating pressure of the system. Inspect liquid level, and clean exterior glass. Calibrate as required dependent on use.6-7.1Check operation of gauge. Ensure gauge is indicating pressure of the system. Inspect liquid level, and clean exterior glass. Calibrate as required dependent on use.Monthly - Check operation of gauge. Ensure gauge is indicating pressure of the system.Partial System OOS0-300
106Fillstand Pump ShedFillstand Pump ShedPressure and Pressure/Vacuum GaugesPump 3Not LabeledNot Labeled0.25 in.XXCheck operation of gauge. Ensure gauge is indicating pressure of the system. Inspect liquid level, and clean exterior glass. Calibrate as required dependent on use.6-7.1Check operation of gauge. Ensure gauge is indicating pressure of the system. Inspect liquid level, and clean exterior glass. Calibrate as required dependent on use.Monthly - Check operation of gauge. Ensure gauge is indicating pressure of the system.Partial System OOS-30 - 0
106Fillstand Pump ShedFillstand Pump ShedPressure and Pressure/Vacuum GaugesPump 6Not LabeledNot Labeled0.25 in.XXCheck operation of gauge. Ensure gauge is indicating pressure of the system. Inspect liquid level, and clean exterior glass. Calibrate as required dependent on use.6-7.1Check operation of gauge. Ensure gauge is indicating pressure of the system. Inspect liquid level, and clean exterior glass. Calibrate as required dependent on use.Monthly - Check operation of gauge. Ensure gauge is indicating pressure of the system.Partial System OOSVacuum pressure -30 - 0
106Fillstand Pump ShedFillstand Pump ShedPressure and Pressure/Vacuum GaugesPump 3 Issue LineWikaNot Labeled0.25 in.XXCheck operation of gauge. Ensure gauge is indicating pressure of the system. Inspect liquid level, and clean exterior glass. Calibrate as required dependent on use.6-7.1Check operation of gauge. Ensure gauge is indicating pressure of the system. Inspect liquid level, and clean exterior glass. Calibrate as required dependent on use.Monthly - Check operation of gauge. Ensure gauge is indicating pressure of the system.Partial System OOS
106Fillstand Pump ShedFillstand Pump ShedPressure and Pressure/Vacuum GaugesPump 4 gaugeNot LabeledNot Labeled0.25 in.XXCheck operation of gauge. Ensure gauge is indicating pressure of the system. Inspect liquid level, and clean exterior glass. Calibrate as required dependent on use.6-7.1Check operation of gauge. Ensure gauge is indicating pressure of the system. Inspect liquid level, and clean exterior glass. Calibrate as required dependent on use.Monthly - Check operation of gauge. Ensure gauge is indicating pressure of the system.Partial System OOS
106Fillstand Pump ShedFillstand Pump ShedPressure and Pressure/Vacuum GaugesPump 6Not LabeledNot Labeled0.25 in.XXCheck operation of gauge. Ensure gauge is indicating pressure of the system. Inspect liquid level, and clean exterior glass. Calibrate as required dependent on use.6-7.1Check operation of gauge. Ensure gauge is indicating pressure of the system. Inspect liquid level, and clean exterior glass. Calibrate as required dependent on use.Monthly - Check operation of gauge. Ensure gauge is indicating pressure of the system.Partial System OOS0-300
106Fillstand Pump ShedFillstand Pump ShedPressure and Pressure/Vacuum GaugesPump 4 gauge w/ test tee, above pumpNot LabeledNot Labeled0.25 in.XXCheck operation of gauge. Ensure gauge is indicating pressure of the system. Inspect liquid level, and clean exterior glass. Calibrate as required dependent on use.6-7.1Check operation of gauge. Ensure gauge is indicating pressure of the system. Inspect liquid level, and clean exterior glass. Calibrate as required dependent on use.Monthly - Check operation of gauge. Ensure gauge is indicating pressure of the system.Partial System OOS
106Fillstand Pump ShedFillstand Pump ShedPressure and Pressure/Vacuum GaugesPump 5 DP GaugeNot LabeledNot Labeled0.25 in.XXCheck operation of gauge. Ensure gauge is indicating pressure of the system. Inspect liquid level, and clean exterior glass. Calibrate as required dependent on use.6-7.1Check operation of gauge. Ensure gauge is indicating pressure of the system. Inspect liquid level, and clean exterior glass. Calibrate as required dependent on use.Monthly - Check operation of gauge. Ensure gauge is indicating pressure of the system.Partial System OOS
106Fillstand Pump ShedFillstand Pump ShedPressure and Pressure/Vacuum GaugesFillstand Pump Shed OutletNot LabeledNot Labeled0.25 in.XXCheck operation of gauge. Ensure gauge is indicating pressure of the system. Inspect liquid level, and clean exterior glass. Calibrate as required dependent on use.6-7.1Check operation of gauge. Ensure gauge is indicating pressure of the system. Inspect liquid level, and clean exterior glass. Calibrate as required dependent on use.Monthly - Check operation of gauge. Ensure gauge is indicating pressure of the system.Partial System OOS0-300
106Fillstand Pump ShedFillstand Pump ShedDifferential Pressure GaugesPump 3Gammon534-300 - 300 PSIXXPeriodic calibration of this instrument is unnecessary because the graduated scale is made to match the characteristics (load/deflection curve) of the spring. If the spring loses some of its strength for some reason, the ”free length” must be shortened. Afull length spring will always provide accurate readings. This is a fundamental truth about compression springs. This spring is at its “free full length” when there is zero differential pressure; the top of the piston is then in the “zero” band of the graduated scale.6-7.2Periodic calibration of this instrument is unnecessary because the graduated scale is made to match the characteristics (load/deflection curve) of the spring. If the spring loses some of its strength for some reason, the ”free length” must be shortened. Afull length spring will always provide accurate readings. This is a fundamental truth about compression springs. This spring is at its “free full length” when there is zero differential pressure; the top of the piston is then in the “zero” band of the graduated scale.Quarterly - Clean outside of gauge glass.Partial System OOS
106Fillstand Pump ShedFillstand Pump ShedDifferential Pressure GaugesPump 6Gammon534-300 - 300 PSIXXPeriodic calibration of this instrument is unnecessary because the graduated scale is made to match the characteristics (load/deflection curve) of the spring. If the spring loses some of its strength for some reason, the ”free length” must be shortened. Afull length spring will always provide accurate readings. This is a fundamental truth about compression springs. This spring is at its “free full length” when there is zero differential pressure; the top of the piston is then in the “zero” band of the graduated scale.6-7.2Periodic calibration of this instrument is unnecessary because the graduated scale is made to match the characteristics (load/deflection curve) of the spring. If the spring loses some of its strength for some reason, the ”free length” must be shortened. Afull length spring will always provide accurate readings. This is a fundamental truth about compression springs. This spring is at its “free full length” when there is zero differential pressure; the top of the piston is then in the “zero” band of the graduated scale.Quarterly - Clean outside of gauge glass.Partial System OOS0-30
106Fillstand Pump ShedFillstand Pump ShedDifferential Pressure GaugesPump 4Gammon534-300 - 300 PSIXXPeriodic calibration of this instrument is unnecessary because the graduated scale is made to match the characteristics (load/deflection curve) of the spring. If the spring loses some of its strength for some reason, the ”free length” must be shortened. Afull length spring will always provide accurate readings. This is a fundamental truth about compression springs. This spring is at its “free full length” when there is zero differential pressure; the top of the piston is then in the “zero” band of the graduated scale.6-7.2Periodic calibration of this instrument is unnecessary because the graduated scale is made to match the characteristics (load/deflection curve) of the spring. If the spring loses some of its strength for some reason, the ”free length” must be shortened. Afull length spring will always provide accurate readings. This is a fundamental truth about compression springs. This spring is at its “free full length” when there is zero differential pressure; the top of the piston is then in the “zero” band of the graduated scale.Quarterly - Clean outside of gauge glass.Partial System OOS
106Fillstand Pump ShedFillstand Pump ShedDifferential Pressure GaugesPump 5Gammon534-300 - 300 PSIXXPeriodic calibration of this instrument is unnecessary because the graduated scale is made to match the characteristics (load/deflection curve) of the spring. If the spring loses some of its strength for some reason, the ”free length” must be shortened. Afull length spring will always provide accurate readings. This is a fundamental truth about compression springs. This spring is at its “free full length” when there is zero differential pressure; the top of the piston is then in the “zero” band of the graduated scale.6-7.2Periodic calibration of this instrument is unnecessary because the graduated scale is made to match the characteristics (load/deflection curve) of the spring. If the spring loses some of its strength for some reason, the ”free length” must be shortened. Afull length spring will always provide accurate readings. This is a fundamental truth about compression springs. This spring is at its “free full length” when there is zero differential pressure; the top of the piston is then in the “zero” band of the graduated scale.Quarterly - Clean outside of gauge glass.Partial System OOS

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