Attachment 2 Sample Service Order Form.xlsx

XLSX spreadsheet 98 KB Posted Oct 31, 2025

Attached to: Draft Solicitation: Fuels South Atlantic Division - Army (SAD-A)
Solicitation number: W912DY26RA002
Issued by: Department of the Army Corps of Engineers Engineering Support Center Huntsville

About this file

Written by GovTribe AI · Oct 31, 2025

The document is a detailed Service Order Form template for a federal maintenance contract, specifically designed for fuels infrastructure maintenance. The form provides comprehensive instructions for completing service order documentation, covering critical sections such as service order information, authorization, safety requirements, and quality of work evaluation. Key components include blocks for capturing service order type, contractor details, facility information, maintenance category, priority level, and specific work descriptions.

The form is structured to support preventive and corrective maintenance activities, with specific emphasis on safety documentation, work complexity assessment, and performance tracking. Notable features include dropdown menus for service order types, military service selection, mandatory safety document listings, and a complexity matrix to determine the level of supporting information required. The template appears closely linked to the related federal contract opportunity for Fuels South Atlantic Division maintenance services, which covers maintenance work in Virginia, North Carolina, South Carolina, Georgia, Florida, Alabama, Mississippi, Puerto Rico, and the U.S. Virgin Islands.

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Other files

File	Type	Posted
Attachment 5 Instructions and Evaluation Factors.docx	DOCX document	Nov 3, 2025
Draft Solicitation Fuels SAD-A W912DY26RA002 31 OCT 25.pdf	PDF	Oct 31, 2025
PWS Appendix F _FMP BCH_08.12.25.xlsx	XLSX spreadsheet	Oct 31, 2025
CDRL Set 9 33-36.pdf	PDF	Oct 31, 2025
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CDRL Set 8 29-32.pdf	PDF	Oct 31, 2025
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CDRL Set 10 37-40.pdf	PDF	Oct 31, 2025
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CDRL Set 16 60-64.pdf	PDF	Oct 31, 2025
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PWS Appendix F _FMP HUN_08.12.25.xlsx	XLSX spreadsheet	Oct 31, 2025
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Attachment 6 Draft QASP.pdf	PDF	Oct 31, 2025
Attachment 4 - PPQ Sample.pdf	PDF	Oct 31, 2025
PWS Appendix F - FMP AAD_08.12.25.xlsx	XLSX spreadsheet	Oct 31, 2025
CDRL Set 4 13-16.pdf	PDF	Oct 31, 2025
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Instructions

SERVICE ORDER FORM INSTRUCTIONS

FMSR Form: SO Validation

All service order information should be put into this sheet. All other sheets will be populated from this sheet

PART I

Block C3: Service Order number will be provided by the government. It is the three letter site code, contractor three letter abbreviation, and service order number.

Block E3: Insert the SO initiation Revision # if any

Block C4: Insert the full Prime Contractor's name.

Block C5: Insert Facility Number(s). Use Alt-Enter to add rows.

Block D5: Insert Facility Name(s). Use Alt-Enter to add rows.

Block C6: Insert the three letter site code.

Block D6: Insert the Site Name.

Block C7: Insert the date that the service order was initiated by the FMSR.

Block C8: Select Yes or no depending if the service order is required due to a Notice of Violation (NOV) or to prevent a NOV.

Block D8: Insert the description of the NOV.

Block C9: Select Yes or no depending if the service order is related to a Natural Disaster

Block D9: Insert Name of the disaster (e.g., Hurricane, Tsunami, Flood, etc.)

Block H3: Select the service order type from the drop down menu. Normally this is determined by the FMSR on the service order initiation form.

Block H4: Insert the contract number.

Block H5: Insert the task order number.

Block H6: Select the military service from the drop down menu. This will be the service that actually owns the real property fuel systems.

Block I6: Insert the abbreviated Army Corps Military District such as POD-H, POD-J, NAD-AF, SPD-N1, etc.

Block H7: Insert the funding CLIN for the particular service order.

Block H8: Insert the maintenance category (DLA Work Category) that most represents the majority of the work being performed under this service order. This can be found in the Facility Maintenance Plan.

Block H9: Select service order priority level as designated by the FMSR.

Block A11: Insert service order description and utilize SO description continuation sheet at bottom of form as necessary. As part of SO description, please list the required safety documents. Use Alt-Enter to add rows.

PART II

Block D13: Insert FMSR full Name

Block D14: FMSR digitally signs/dates initial validation of Service Order authorizing repair.

Block D15: FMSR digitally signs/dates initial validation of Service Order authorizing repair.

Block D17: FMSR digitally signs/dates final validation of Service Order authorizing repair.

Block D18: FMSR digitally signs/dates final validation of satisfactory completion of Service Order repair.

PART III

Rows 20-29: FMSR should use this section to report on Contractor's Quality of Work. Part III will be used for final evaluation of Contractor performance.

Block A30: Use the comment section for any box checked "NO" to explain Contractor deficiency in the quality of work. Other comments negative or positive are encouraged.

Additional Instructions for Contractor:

1. Once sheet is filled out it must be converted to stand alone PDF document.

2. The PDF FMSR sheet needs to have text boxes, check boxes, and Digital signature fields added to the appropriate area.

3. The FMSR Form is the only form to be sent to the FMSR.

KO Form: SO Submission

PART I

Block C3: Populates from FMSR Form

Block E3: Insert the SO submission Revision # if any. Block A25 will be the log of all revisions for this SO.

Block C4: Populates from FMSR Form

Block C5: Insert the full Sub-Contractor's name

Block E5: Populates from FMSR Form

Block C6: Populates from FMSR Form

Block D6: Populates from FMSR Form

Block C7: Populates from FMSR Form

Block D7: Populates from FMSR Form

Block B8: Insert the date that the service order was submitted by the Contractor.

Block E8: Select Yes or No depending if the service order contains a long lead item as described in PWS Appendix A.

Block B9: Insert the estimated time of arrival of the long lead item

Block E9: Insert expected start work date for the service order

Block C10: Populates from FMSR Form

Block D10: Populates from FMSR Form

Block C11: Populates from FMSR Form

Block D11: Populates from FMSR Form

Block H3: Populates from FMSR Form

Block H4: Populates from FMSR Form

Block H5: Populates from FMSR Form

Block H6: Populates from FMSR Form

Block I6: Populates from FMSR Form

Block H7: Populates from FMSR Form

Block H8: Populates from FMSR Form

Block H9: Insert the UFC 3-460-03 Section Reference Number associated with the Maintenance Category as described in the Facility Maintenance Plan.

Block G10: Insert the Component Unique Identifier(s) (CUID) associated with the component as described in the Facility Maintenance Plan. Use Alt-Enter to add rows

Block J10: Insert the Contractor's Deficiency Unique Identifier (DUID) as identified on the deficiency report. Use Alt-Enter to add rows.

Blaock B12: Insert Yes or No if CMITM was used in SO.

Block G11: CEHNC will select Yes or No if a WP has been approved based on the Contractor's request.

Block J11: Populates from FMSR Form

Block E11: Populates SO complexity

Block B12: Populates if any CMITM items were used in the SO

Block D12: Populates the CMITM item used

Block G12: Populates the quantity of CMITM items used

Block J12: Populates the total quantity of CMITM items within that category for the option year

PART II

Block C14: Insert the name of the Task Order Safety Manager.

Block H14: Insert the name of the expected person who will perform the duties of the on-site safety and health officer (SHO). If the actual person on-site changes redline this block with the actual person on-site.

Block C15: Select the level of the required on-site SHO from the drop down menu (Based on TOSM determination). The levels are defined in the contract PWS. If the actual the actual SHO on-site changes redline this block with the actual person (same level) on-site.

Block H15: Designate whether supporting documents for the jobsite SHO are included in the service order, already accepted in the APP, or not applicable.

Block C16: Provide a justification for the selected level of on-site SHO. The contractor is required to have an individual responsible for safety on all jobsites. The Task Order Safety Manager shall make this determination and provide justification to the Government Designated authority (GDA) for acceptance.

Block C17: Enter Qualified / Competent Person's name.

Block H17: Designate whether supporting documents for the Qualified / Competent Person are included in the service order, already accepted in the APP, or not applicable.

Block C18: Select yes if there are new, or updated plans added to the service order that were not included in the APP. Reference EM385-1-1 APPENDIX A for a list of plans requiring an individual safety plan.

Block A21-22: List all safety plans required for SO (See Appendix A).

Block H18: Select Yes if all AHAs on this service order have been pre-accepted. Select No if there are new AHAs (not previously accepted).

Block F21-22: List all AHAs required for this service order. Every Service order submitted must have AHA/s tailored to the service order.

Block D24-25: The Task Order Safety Manager needs to e-sign and date this form prior to submittal. Signature verifies SO safety documentation has been reviewed and approved. Approved means documentation meets all contract, OSHA, and regulatory requirements prior to submittal.

Block A26: Service Order Revision Log ADD or DELETE ROW. This allows the Contractor to click the button to add cells or remove cells from this section.

Block A27-A:29: Insert the Revision Number and small description of what was revised.

Block K27-K29: Insert Date of submission for each revision.

Block A31: Populates from FMSR Service Order Form

PART III

Instructions for Contractor

Block D33-34: The Contract Safety Manager needs to e-sign and date this form prior to submittal. Signature verifies SO safety documentation has been reviewed and approved. Approved means documentation meets all contract, OSHA, and regulatory requirements prior to submittal.

Block D35-36: Project Manager needs to e-sign and date this form prior to submittal. Signature verifies that SO Package has been reviewed and approved. Approved means package meets all contract requirements prior to submittal.

Block D37-40: For Government Use Only.

1. The form allows the Contractor to add or delete cells by clicking the ADD or DELETE ROW buttons in each section.

2. All labor rates shall be fully burdened labor rates in accordance with Contractor's accepted proposal documents.

3. ALL prime contractor costs associated with the service order shall be included in the service order fee. The prime contractor service order fee shall be applied to the total subcontracted costs, prime contractor material costs, and on-site prime contractor labor cost. This means the contractor can self-perform the service order and still apply the SO fee to their own labor. The service order fee will not be applied to

travel and tax. Labor shall be fully burdened.

4. Travel/Travel Labor/Per Diem for NTE/ESOs will be included on the Travel Expense Report and submitted in accordance with the PWS Appendix A.

5. Taxes on the KO form are dependent upon work location and shall be input in the appropriate cell for the work location.

6. Cells not applicable should be left blank.

7. When ready to submit for approval the Contractor will convert this to a pdf document and the Contractor's authorized representatives (including the Safety Manager) will digitally sign the form

COMPLEXITY MATRIX:

This is a guide to help the contractor determine the amount of supporting information that will be required as part of the SO

When form is complete it will be converted to a pdf document to be included with the service order

SUBMITTING THE SERVICE ORDER:

The contractor will make a PDF Portfolio and add the following PDF documents to the portfolio:

FMSR Form with initial validation signature

KO Form with all required Contractor's signatures

Complexity matrix

AHA Sheet

UFC Work Type Category - Government use only.

This Excel file will also be included in its raw filled out state

Work Plan-If approved by Government

FMSR Form

	SERVICE ORDER FORM
	PART I - SERVICE ORDER INFORMATION
	SERVICE ORDER NUM.:		XYZ-KTR-100	REV #	SERVICE ORDER TYPE:	Routine
	CONTRACTOR:		Contractor Name		CONTRACT NUMBER:	Contract #
	FACILITY NUM./NAME:
(Use ALT-Enter to add rows)		6AA

XXXX

T2-468

TEXTRA47

9999 aaa

STOR JET FL

EXAMPLE NAME 2

JP-8 Fuel Tank Terminal 2 Terminal 3 Terminal 4 Terminal 5

Pier 17		TASK ORDER NUMBER:		Task Order #
	SITE CODE/SITE NAME:		XYZ	Site Name	SERVICE & PHASE:	Air Force	SAD-AF2
	SERVICE ORDER INITIATION DATE:		26-Oct-20		FUNDING CLIN:	0004AA
	Notice of Violation (NOV) Related?		No		MAINTENANCE CATEGORY:	Air Compressors
	Is the SO related to Natural Disaster?		No		SO PRIORITY LEVEL:	P2
	DETAILED SO DESCRIPTION: (Use ALT-Enter to add rows or new paragraphs)
	Replace PRT Pump/Motor Assembly - CUIDs: ROB-4302-CENPT-0002 & ROB-4302-ELEMT-0002.

Per the FMSR, the PRT pump/motor assembly for Tank #23 (FAC 4302) requires replacement. It has been noted that the motor is defective as well as the pump.

Ktr to replace the defective pump/motor assembly. A qualified electrician will be present for all efforts to make electrical disconnects and final terminations as required. Work will be IAW NFPA 780 article 500.

MORE INFO

MORE INFO More and Better Info.

PART II - AUTHORIZATION
FMSRNAME (First and Last):
FMSRINITIAL VALIDATION:
E-SIGNED & DATED
By signing below, I certify that the services under the above Service Order have been satisfactorily completed.
FMSRFINAL VALIDATION:
E-SIGNED & DATED
PART III - QUALITY OF WORK
Was work performed in a quality manner?	YES	NO
Was work performed safely?	YES	NO
Was work performed in a timely manner?	YES	NO
Did the prime contractor successfully manage the subcontractor?	YES	NO
Did contractor communicate with you prior to and upon completion of work?	YES	NO
Was the work area kept clean during and upon completion of work?	YES	NO
Did contractor have all necessary certifications?	YES	NO
Were there any issues with the work performed?	YES	NO
Did contractor arrive with all parts, materials, and tools needed to complete the repair?	YES	NO
FMSR COMMENTS: Any box checked "NO" requires a comment, other comments encouraged. If contractor performed in a manner worth noting (positive or negative), please provide comments.
X

KO Form

PRIME CONTRACTOR
PART I - SERVICE ORDER INFORMATION
SERVICE ORDER NUM.:	XYZ-KTR-100	REV #	SERVICE ORDER TYPE:	Routine
CONTRACTOR:	Contractor Name		CONTRACT NUMBER:	Contract #
SUB-CONTRACTOR(S):	Sub-Contractor Name		DLA Wortk Type Category or UFC Section Ref Work Cat.	Air Compressors
FACILITY NUM./NAME:	6AA

XXXX

T2-468

TEXTRA47

9999 aaa

STOR JET FL

EXAMPLE NAME 2

JP-8 Fuel Tank Terminal 2 Terminal 3 Terminal 4 Terminal 5

Pier 17		SERVICE & PHASE:		Air Force	SAD-AF2
	SITE CODE/SITE NAME:		XYZ	Site Name		FUNDING CLIN:		0004AA
	SERVICE ORDER SUBMISSION DATE:	29-Mar-21	Does SO Include Long Lead Items?		No	MAINTENANCE CATEGORY:		Air Compressors
	Expected Deliver Date of LL item:	9-Mar-21	Expected Start Work Date:		29-Apr-21	UFC REFERENCE:		Sections 7-2 through 7-10
	Notice of Violation Related?		No			CUID:	ROB-4302-CENPT-000
ROB-4302-ELEMT-0002	DUID:		DUID
	Is the SO related to Natural Disaster?		No	COMPLEXITY:	Low	Work Plan Required (Yes/No):	No	SO Priority Level:	P2
	CMITM Used: (Yes/No):	Yes	ITEM(S) USED:	JOINT SEALANT/CRACK REPAIR		CONTRACT CMITM QUANTITY:	800 LF	SO QUANTITY TOTAL:	200/800 or 900/800
	PART II - SERVICE ORDER SAFETY INFORMATION
	TOSM NAME:		John Doe			JOBSITE SHO NAME:		John Doe
	REQUIRED SHO LEVEL:		L2 - Dual Hatted Safety			SHO PROOF OF QUALIFICATION?		Included in SO
	JUSTIFICATION FOR LEVEL OF SHO:		TEST
	QUALIFIED/COMPETENT PERSON'S NAME:		John Doe			QP/CP PROOF OF QUALIFICATION?		Included in SO
	ANY NEW PLANS REQUIRE SAFETY REVIEW?		Yes			ALL AHAs ARE PREACCEPTED?		Yes
	AHA Attached		No
	LIST INCLUDED PLANS (SEE EM385-1-1 APPENDIX A):					LIST INCLUDED AHAs:
	Test					test

By signing below, I certify that I have reviewed the safety documents for this service order and they meet all contract, OSHA, and regulatory requirements.

TASK ORDER SAFETY MANAGER SIGNATURE: (MUST BE E-SIGNED AND DATED)

Service Order Revision Log: Add Drop Down for Rev #
Description:	Date:

Last Revision

SO DESCRIPTION:

Replace PRT Pump/Motor Assembly - CUIDs: ROB-4302-CENPT-0002 & ROB-4302-ELEMT-0002.

Per the FMSR, the PRT pump/motor assembly for Tank #23 (FAC 4302) requires replacement. It has been noted that the motor is defective as well as the pump.

MORE INFO

MORE INFO More and Better Info.

PART III - SERVICE ORDER PRICING
Contractor Safety Manager
E-SIGNED & DATED
CONTRACTOR (Project Manager):
E-SIGNED & DATED
CONTRACTING OFFICER OR SOA:
Fair and Reasonable - FAR 15.404-1 Technical Analysis
Fair and Reasonable - FAR 15.404-1 Price Analysis
E-SIGNED & DATED
TOTAL COST OF SERVICE ORDER:	$108,955.00

	PRIME FULLY BURDENED LABOR
	TOTAL MH	HOURLY RATE	TOTAL COST
Labor Category / Description: Confirm All Rates are in Accordance with TO Proposed Rates.
Site Superintendant - 1-10 hr day	10.00	$100.00	$1,000.00
Doing Work	5.00	$17.75	$88.75
Labor Sub-Totals			$ 1,088.75

							PRIME MATERIAL/EQUIPMENT/OTHER
							QTY.	UNIT COST	TOTAL COST
Item Description
Item Description	Manufacturer	Man. Part No.	Vendor Part No.	Catalog/Vendor	Catalog #	Vendor Price
Pump/Motor Assembly	R S Corcoran Co.	3000 D (AA05)		R S Corcoran Co.		$5,000.00	1.00	$5,000.00	$5,000.00
						$600.00	10.00	$600.00	$6,000.00
PRIME Material/Equipment/Other Sub-Totals									$11,000.00

	Subcontractor Total Cost
Subcontractor(s) Name/Task:
Subcontractor A - Remove Defective Pump/Motor Assembly	$100.00
Something Cool but Not Cheap	$8,000.00
3rd Thing	$0.17
Subcontractor Sub-Totals	$8,100.17

			Travel Total Cost
Travel (NTE’s/ESOs Only):
Travel A			$800.00
Travel B			$11.30
Travel C			$87,000.00
Travel Sub-Totals			$87,811.30
	Prime Labor		$1,088.75
	Prime Materials/Equipment/Other		$11,000.00
	Tax (MSE) (example percentage)	5%	$550.00
	Subcontractor Cost		$8,100.17
	Travel Cost		$87,811.30
	SO Fee (Labor, MSE, Sub) (example percentage)	2%	$403.78

ESO Fee ($1) (example Fee)	$1.00
		TOTAL	$108,955.00

Add Row Add Row Add Row Delete Row Delete Row Delete Row Add Row Delete Row Add Row Delete Row

Complexity Matrix

COMPLEXITY DETERMINATION SHEET

Instructions: Contractor should initially estimate the complexity of the service order. PLACE AN "X" IN THE BOX FOR LOW, MEDIUM, OR HIGH FOR EACH FACTOR. Depending on complexity, ensure the cooresponding required content is submitted with service order.

This is meant to be a guide only. Final determination of complexity as well as what is required to be included with each service order will be determined by USACE.

TASK		Impacts			Complexity Rating
	Likelihood	Minor	Moderate	Major
Coordination with other trades, other contractors, customer, owner/operators, or regulatory	Unlikely	0	1	3	1
	Moderate	1	2	3
	Likely	2	3	3
Technical complexity of equipment being serviced.	Unlikely	0	1	3	1
	Moderate	1	2	3
	Likely	2	3	3
Required fuel system outages or outages of supporting utilities	Unlikely	0	1	3	1
	Moderate	1	2	3
	Likely	2	3	3
Level of unknowns or undefined conditions	Unlikely	0	1	3	1
	Moderate	1	2	3
	Likely	2	3	3
Logistical difficulty accessing the site or obtaining materials	Unlikely	0	1	3	1
	Moderate	1	2	3
	Likely	2	3	3
OVERALL COMPLEXITY RATING	5
Low = 1-5
Moderate = 6-10
High = 11-15

Required Content	*Complexity
	Low	Medium	High
Scope of Work	Yes	Yes	Yes
Estimated Duration in Calendar Days	Yes	Yes	Yes
Pictures	Yes	Yes	Yes
Cost Proposals	Yes	Yes	Yes
SSAPP	Yes	Yes	Yes
AHA	Yes	Yes	Yes
Manufacturers Data	A/R	Yes	Yes
WORK PLAN REQUIRED FOR MEDIUM AND HIGH COMPLEXITY
Table of Contents	*	Yes	Yes
Work Plan Narrative	*	Yes	Yes
Sketches	*	Yes	Yes
Detailed Drawings	*	A/R	A/R
Project Specific Schedule	*	A/R	Yes
Specifications	*	A/R	Yes
Project Specific Quality Control Plan	*	A/R	A/R
Work Plan Review Meeting/Pre-Con	*	A/R	A/R
Site Investigation Report	*	A/R	A/R
As Required by the Government = *

AHA

Activity Hazard Analysis (AHA)
AHA Number			Overall Risk Assessment Code (RAC) - Use Highest RAC from Tasks Below								M
SERVICE ORDER NUMBER	XYZ-KTR-100	Rev #	Risk Assessment Code (RAC) Matrix
TASK ORDER SAFETY MANAGER NAME:
CONTRACT NUMBER:	Contract #		Severity		Probability
TASK ORDER/DELIVERY #:	Task Order #
PRIME CONTRACTOR:	Contractor Name				Frequent	Likely	Occasional	Seldom		Unlikely
SUBCONTRACTOR:
JOBSITE SAFETY & HEALTH OFFICER:			Catastrophic		E	E	H	H		M
CONTRACTOR QUALIFIED PERSON:			Critical		E	H	H	M		L
CONTRACTOR COMPETENT PERSON:			Marginal		H	M	M	L		L
			Negligible		M	L	L	L		L
RAC CHART and ACCEPTANCE BY GOVERNMENT DESIGNATED AUTHORITY			Review each “Hazard” with identified safety “Controls” and determine (RAC)
E = EXTREMELY HIGH (PWO/OICC/ROICC)			Identify the RAC (Probability/Severity) as E, H, M, or L for each “Hazard”. Place the highest RAC at the top of AHA. This is the overall risk assessment code for this activity
H = HIGH RISK (FEAD DIRECTOR)			“Severity” is the outcome/degree if an incident, near miss, or accident did occur and identified as: Catastrophic, Critical, Marginal, or Negligible after controls are in place
M = MODERATE RISK (CM or ET or PAR)			“Probability” is the likelihood to cause an incident, near miss, or accident did occur and identified as: Frequent, Likely, Occasional, Seldom, or Unlikely after controls are put in place.
L = LOW RISK (ET or PAR)
Job Steps		Hazards		Controls					RAC
									E
									H
									M
									L

Work Type Category

	Component Unique Identifier:	Site Code-Facility #-Component Acronym-Sequential #					Air Compressors	Aboveground Field-Erected Tanks (Section 8-4)
	Example:	AAD-00063A-RCVL-0001					Alarms	Aboveground Piping (Section 6-1.3)
	NOTE: If component acronym is not listed, the contractor shall request an acronym be established through the HNC Project Manager and Project Engineer via email. Contractors may utilize other means of tracking/labeling assets such as QR codes in addition to the required CUID however, tracking/labeling must correlate with the CUID. This
CUID shall be the standard for all DLA capitalized equipment						Bollard	Aboveground Piping and Equipment Coatings (Section 6- 10.1)
	DLA Work Type Category	UFC Section Reference Work Category
(Revised per Change 1, 29 April 2021)	Component
Acronym				Building	Aboveground Shop Fabricated Tanks (Section 8-5.1)
	Air Compressors	Air Compressors	AIRC				Containment/Joints	Air Compressors
	Alarms	Externally Mounted Level Alarms (Section 8-9.9.1)	EMLA				Corrosion Control/Coatings	Air Eliminator Tanks (Section 3-10.1)
		Internally Mounted Level Alarms (Section 8-9.9.3)	IMLA				Electrical/Lighting	Aircraft Fueling Hoses (Section 4-7.5)
	Bollard	Bollards	BLRD				Electrical/Power	Aluminum Honeycomb Floating Pans (Section 8-9.1.1)
	Building	Building HVAC	BHVAC				Electrical/Protection	API 510 Inspections
		Building Domestic Water System	BWTR				Eyewash/Shower	API 653 or STI Inspection
		Building Waste Water	BWSW				Fencing/ Gates	Automatic Air Vents (Section 3-10.2)
		Building - Lighting	BLTG				Filtration	Automatic Line Leak Detector (Section 7-19.1.2)
		Building - Architectural	BARCH				Fire Suppression Equipment	Back Pressure Control Valves (Section 4-4.2.6)
		Building - Fire Sprinkler System	BFIRE				Fuel Laboratories	Back-Up Power Generators
	Containment/Joints	Containment Systems (General) (Section 8-10.1)	CSGEN				Gauges	Ball Valves (Section 6-6.2.4)
		Concrete and Cement Brick Dike/Berm Walls (Section 8-
10.2.1)	DKBW				Generators	Basket Strainers (Section 3-6.4)
		Dike/Berm Floors (Section 8-10.2.2)	DKBF				Heating Coils	Bollards
		Earthen Dike Walls (Section 8-10.3)	ETHDW				Hoses	Boom Reels (Section 5-9)
		Self-Diking or Vaulted Tank Containment (Section 8-10.4)	SDVTCS				Hydrazine	Breakaways (Section 7-4)
		Flexible Membrane Liners (Section 8-10.5)	FXML				Inspections	Building - Architectural
		Fuel Truck and Rail Car Containment Areas (Section 11-1.1)	FTKRCC				Issue/Receive - Ground	Building - Fire Sprinkler System
		Remote Spill Containment (Section 11-1.2)	RSCS				Issue/Receive - Marine	Building - Lighting
		Piers and Wharves Fuel Containment Systems (Section 5- 1.2) - Testing	FPWCT				Liquefied Petroleum	Building Domestic Water System
		Fuel Pier/Wharf Containment (PWS Section 3)	FPWC				Meter/ calibrations	Building HVAC
	Corrosion Control/Coatings	Aboveground Piping and Equipment Coatings (Section 6- 10.1)	AGPCT				Miscellaneous	Building Waste Water
	Miscellaneous	Miscellaneous Deactivated Components (Section 12-5)	MDEAC				Natural Disaster	Butterfly Valves (Section 6-6.2.6)
	Electrical/Lighting	Lighting (Section 9-1.8)	LIGHT				Natural Gas	Canopies (Section 11-2.2)
	Electrical/Power	Electrical Equipment (Section 9-1.2)	ELEQ				Nozzle	Card and Key Locks (Section 9-3)
		Power Cables (Section 9-1.3)	PWRCBL				Other	Cathodic Protection (Section 9-2.1)
		Motor Controls (Section 9-1.4)	MTRCT				Pantograph	Centrifugal Pumps (Section 3-8.1)
		Panelboards (Section 9-1.5)	PNLB				Piping	Check Valves (Section 6-6.2.8)
		Electric Motors (Section 9-1.7)	ELEMT				Pressure/Temperature Control	CNG Compressors (Section 10-2.2)
		Electronic Equipment (9-1.9)	ELTREQ				Pump	CNG Dispenser Hoses (Section 10-2.5)
		Card and Key Locks (Section 9-3)	CKLK				Signage/Markings	CNG Dispensers (Section 10-2.4)
	Electrical/Protection	Power Grounding Systems (Section 9-1.6.1)	PWRGS				Structures	CNG Piping (Section 10-2.1)
		Static Grounding Systems (Section 9-1.6.2)	STGS				Tank	CNG Storage (Section 10-2.3)
		Cathodic Protection (Section 9-2.1)	CP				Testing	Coatings Condition Survey
		Lightning Surge Arresters (Section 9-2.2.1)	LSAR				Underground Pits	Combination Dual Rate-of-Flow Control and Solenoid Valves (Section 4-3.3.1)
		Lightning Protection Systems (Section 9-4)	LPTS				Valves	Concrete and Cement Brick Dike/Berm Walls (Section 8-

10.2.1)

	Ground Verification System (Section 9-5)	GRVS	Waste	Containment Systems (General) (Section 8-10.1)
	Electronic Overfill Protection Systems (Section 9-6)	EOPS		Cranes and Hoists (Section 11-6)
Eyewash/Shower	Emergency Eyewash/Showers (Section 11-3)	EMEWSH		Deactivated Petroleum Fuel Pipelines (Section 12-3)
Fencing/ Gates	Fencing	FENC		Deactivated Petroleum Fuel Pumps (Section 12-4)
	Gates	GATE		Deactivated Petroleum Fuel Tanks (Section 12-2)
Filtration	Pre-Filters (Section 3-6.1)	PFVSL		Defuel Control Valve (Section 4-3.2.7)
	Filter Separators (Section 3-6.2)	FLSP		Defuel/Flush Valves (Section 4-4.2.3)
	Haypack Filters (Section 3-6.3)	HPKF		Detachable Pantographs (Section 4-7.1.2)
	Basket Strainers (Section 3-6.4)	BSTR		Dial Thermometer (Section 6-9.1)
	Filter Separator Sump Heaters (Section 3-6.5)	FSSH		Diaphragm Pumps (Section 3-8.7)
	Sidestream Filtration Systems (Section 8-9.11)	SSFTS		Differential Pressure Gauges (Section 6-7.2)
Fire Suppression Equipment	Flame Arrestors (Section 8-9.5)	FLMARR		Differential Pressure Transmitters (Section 6-7.4)
	Foam Fire Protection Systems (Section 8-9.15)	FFPS		Dike/Berm Floors (Section 8-10.2.2)
	Fire Protection Systems - Wet Pipe	FPRS		Dispenser Cabinet (Section 7-7)
Fuel Laboratories	Ventilation Hoods (Section 11-4.1)	VENTHD		Dispenser Filters (Section 7-9)
Gauges	Pressure and Pressure/Vacuum Gauges (Section 6-7.1)	PVGA		Dispenser Hoses (Section 7-3)
	Differential Pressure Gauges (Section 6-7.2)	DPGA		Dispenser Meters (Section 7-8)
	Mechanical Tape Gauges (Section 8-9.7)	MTGA		Dispenser Nozzles (Section 7-2)
	Mechanically Operated Tape Gauge (Section 8-9.8.1)	MOTGA		Dispenser Strainers (Section 7-10)
	Magnetostrictive Probes (Section 8-9.8.2)	MRPRB		Dispenser Sumps (Section 7-13)
	Servo Gauge (Section 8-9.8.3)	SRVGA		Double Block and Bleed Valves (Section 6-6.2.5)
Generators	Back-Up Power Generators	BGEN		Double-Wall Piping (Section 6-1.4)
Heating Coils	Steam Type Heating Coils (Section 8-9.16.1)	STHC		Double-Walled Underground Shop-Fabricated Tanks (Section

8-5.4.2) Thermal Fluid Type Heating Coils (Section 8-9.16.2) TFTHC Dual Pressure Relief, Solenoid Shutoff, and Check Valves (Section 4-3.3.2)

		Electric Rod Type Heating (Section 8-9.16.3)	ERTH				Dual Rate-of-Flow Control Valves (Section 4-3.2.8)
	Hoses	Loading Fuel Hoses (Section 3-9.1)	LDHS				Earthen Dike Walls (Section 8-10.3)
		Offloading Fuel Hoses (Section 3-9.2)	OLHS				EFSO Systems (Section 7-16)
		Aircraft Fueling Hoses (Section 4-7.5)	ACFHS				Electric Motors (Section 9-1.7)
	Hydrazine	Hydrazine Charging Units (Section 10-3)	HDZCU				Electric Rod Type Heating (Section 8-9.16.3)
	Inspections	Trouble Shoot	TRBST				Electrical Equipment (Section 9-1.2)
		API 510 Inspections	API510				Electronic Equipment (9-1.9)
		API 653 or STI Inspection	API653				Electronic Overfill Protection Systems (Section 9-6)
		Coatings Condition Survey	CCS				Emergency Eyewash/Showers (Section 11-3)
		Dispenser Nozzles (Section 7-2)	DSNZ				Emergency Shut-off Valves (Section 4-4.2.9)
		Dispenser Hoses (Section 7-3)	DSHS				Emergency Shutoff Valves (Shear Valves) (Section 7-12)
		Breakaways (Section 7-4)	DSBW				Emergency Vents (Section 8-9.4)
		Swivels (Section 7-5)	DSSW				External High Level Shutoff Valves (HLSO) (Section 8-9.6.1)
		Hose Retriever (Section 7-6)	HSRTV				Externally Mounted Level Alarms (Section 8-9.9.1)
		Dispenser Cabinet (Section 7-7)	DSCB				Fencing
		Dispenser Meters (Section 7-8)	DSMTR				Fill Ports (Section 8-9.12)
		Dispenser Filters (Section 7-9)	DSFLR				Filter Separator Control Valves (Section 4-4.2.2)
		Dispenser Strainers (Section 7-10)	DSSTR				Filter Separator Sump Heaters (Section 3-6.5)
		Ground Vehicle Fuel Piping (Section 7-11)	GVFP				Filter Separators (Section 3-6.2)
	Component Unique Identifier:	Site Code-Facility #-Component Acronym-Sequential #					Fire Protection Systems - Wet Pipe
	Example:	AAD-00063A-RCVL-0001					Fire Valves (Section 6-6.4.1)
	NOTE: If component acronym is not listed, the contractor shall request an acronym be established through the HNC Project Manager and Project Engineer via email. Contractors may utilize other means of tracking/labeling assets such as QR codes in addition to the required CUID however, tracking/labeling must correlate with the CUID. This
CUID shall be the standard for all DLA capitalized equipment						Fixed Pantographs (Section 4-7.1.1)
	DLA Work Type Category	UFC Section Reference Work Category
(Revised per Change 1, 29 April 2021)	Component
Acronym				Flame Arrestors (Section 8-9.5)
	Issue/Receive - Ground	Emergency Shutoff Valves (Shear Valves) (Section 7-12)	ESHVL				Flexible Ball Joints (Section 6-8)
		Dispenser Sumps (Section 7-13)	DSSMP				Flexible Membrane Liners (Section 8-10.5)
		Transition Sumps (Section 7-14)	TRSMP				Floating Roof and Pan Legs (Section 8-9.1.6)
		Remote Dispenser Pumps (Section 7-15.1)	RDSP				Floating Roof and Pan Pressure/Vacuum Vents (Section 8- 9.1.5)
		Self-Contained Dispenser Pumps (Section 7-15.2)	SCDSP				Floating Roofs (Section 8-9.1.4)
		EFSO Systems (Section 7-16)	EFSO				Floating Suction Lines (Section 8-9.14)
		Stage I Vapor Recovery (Section 7-17.1)	SIVP				Foam Fire Protection Systems (Section 8-9.15)
		Stage II Vapor Recovery (Section 7-17.2)	SIIVP				Foundations (Section 8-4.3)
		Vapor Burners (Section 7-17.3)	VPBNR				Fuel Additive Injectors (Section 3-11)
		Point Sensor - Dry (Section 7-19.1.1)	PSDRY				Fuel Pier/Wharf Containment (PWS Section 3)
		Automatic Line Leak Detector (Section 7-19.1.2)	ALLD				Fuel Truck and Rail Car Containment Areas (Section 11-1.1)
		Visual Monitoring (Section 7-20.1)	VSLM				Fueling Nozzles (Section 4-7.3)
	Issue/Receive - Marine	Marine Receipt (Section 5-2)	MRNRCP				Fusible Link Butterfly Valves (Section 6-6.4.2)
		Marine Issue (Section 5-3)	MRNISU				Gate Valves (Section 6-6.2.3)
		Marine Loading Arms (Section 5-4)	MRNLA				Gates
		Marine Transfer Hoses (Section 5-5.1)	MBTHS				Gear Pumps (Section 3-8.6)
		Underwater Hoses (Section 5-5.2)	UWHS				Gearboxes (Section 3-8.9)
		Single Point Mooring Systems (Section 5-7.1)	SPMSS				General System Control Valves (Section 4-3.2.1)
		Multi Point Mooring Systems (Section 5-7.2)	MPMSS				Geodesic Dome Roofs (Section 8-4.2)
		Submerged Piping Systems (Section 5-8)	SMPS				Globe Valves (Section 6-6.2.7)
		Boom Reels (Section 5-9)	BMRL				Ground Vehicle Fuel Piping (Section 7-11)
	Liquefied Petroleum	Liquefied Petroleum Tanks (Section 10-1.1)	LPTANK				Ground Verification System (Section 9-5)
		Liquefied Petroleum Pipelines (Section 10-1.2)	LPPIPE				Haypack Filters (Section 3-6.3)
		Liquefied Petroleum Vapor Lines (Section 10-1.3)	LPVPL				High Point Vent Pits (Section 6-11.3)
		LPG Vaporizers (Section 10-1.4)	LPGVPZ				High Point Vents (Section 6-12.2)
		Petroleum Gas Regulators (Section 10-1.5)	PGREG				Hose Retriever (Section 7-6)
		Liquefied Petroleum Gas Hoses (Section 10-1.6)	LPGHS				Hydrant Adapters (Section 4-7.2)
	Meter/ calibrations	Positive Displacement Meters (Section 3-7.1)	PDMT				Hydrant Control Valves (Section 4-4.2.8)
		Turbine Flow Meters (Section 3-7.2)	TBFMT				Hydrant Fuel Pits (Section 6-11.2)
		Orifice Flow Meters (Section 3-7.3)	OFMT				Hydrazine Charging Units (Section 10-3)
	Natural Disaster	Natural Disaster					Internal Combustion Drives (Section 3-8.8)
	Natural Gas	CNG Piping (Section 10-2.1)	NGPIPE				Internal HLSO Valves (Section 8-9.6.2)
		CNG Compressors (Section 10-2.2)	NGCOMP				Internally Mounted Level Alarms (Section 8-9.9.3)
		CNG Storage (Section 10-2.3)	NGSTOR				Isolation Valve Pits (Section 6-11.1)
		CNG Dispensers (Section 10-2.4)	NGDS				Issue Venturi (Section 4-4.2.4)
		CNG Dispenser Hoses (Section 10-2.5)	NGDSHS				Lateral Control Pits (Section 6-11.5)
	Nozzle	Hydrant Adapters (Section 4-7.2)	HADP				Lighting (Section 9-1.8)
		Fueling Nozzles (Section 4-7.3)	FLNZ				Lightning Protection Systems (Section 9-4)
	Other	Fuel Additive Injectors (Section 3-11)	FAIJ				Lightning Surge Arresters (Section 9-2.2.1)
	Pantograph	Fixed Pantographs (Section 4-7.1.1)	FXPNT				Line Blanks, Ring Spacers, and Spectacle Blinds (Section 6- 6.2.9)
		Detachable Pantographs (Section 4-7.1.2)	DTPNT				Liquefied Petroleum Gas Hoses (Section 10-1.6)
	Piping	On-Base Pipelines (Section 6-1.1)	OBPL				Liquefied Petroleum Pipelines (Section 10-1.2)
		Non-DOT Regulated (Section 6-1.2.1)	NDPL				Liquefied Petroleum Tanks (Section 10-1.1)
		Aboveground Piping (Section 6-1.3)	AGPL				Liquefied Petroleum Vapor Lines (Section 10-1.3)
		Double-Wall Piping (Section 6-1.4)	DWPL				Loading Fuel Hoses (Section 3-9.1)
		Low Point Drains (Section 6-12.1)	LPDN				Low Point Drain Pits (Section 6-11.4)
		High Point Vents (Section 6-12.2)	HPVT				Low Point Drains (Section 6-12.1)
		Sight Flow Indicators (Section 6-12.3)	SFND				LPG Vaporizers (Section 10-1.4)
		Rope Sensor Systems (Section 6-13.1.1)	RPSS				Magnetostrictive Probes (Section 8-9.8.2)
		Point Sensor - Dry (Section 6-13.1.2)	PSDRY				Manual Valve Gear Operators (Section 6-6.2.10)
		Visual Monitoring (Section 6-14.1)	VSLM				Marine Issue (Section 5-3)
		Pipe Penetrations (Section 8-10.6)	PPEN				Marine Loading Arms (Section 5-4)
		Deactivated Petroleum Fuel Pipelines (Section 12-3)	DEACPL				Marine Receipt (Section 5-2)
	Pressure/Temperature Control	Air Eliminator Tanks (Section 3-10.1)	AELT				Marine Transfer Hoses (Section 5-5.1)
		Automatic Air Vents (Section 3-10.2)	AAVT				Mechanical Tape Gauges (Section 8-9.7)
		Surge Suppressors (Section 4-7.4)	SRGSP				Mechanically Operated Tape Gauge (Section 8-9.8.1)
		Thermal and Pressure Relief Valves (Section 6-6.3)	TPRVL				Miscellaneous Deactivated Components (Section 12-5)
		Pressure Transmitters (Section 6-7.3)	PRTR				Motor Controls (Section 9-1.4)
		Differential Pressure Transmitters (Section 6-7.4)	DPTR				Motor Operators (Section 6-6.6)
		Flexible Ball Joints (Section 6-8)	FBLJT				Multi Point Mooring Systems (Section 5-7.2)
		Dial Thermometer (Section 6-9.1)	DTHMR				Natural Disaster
		Emergency Vents (Section 8-9.4)	EMGVT				Non-DOT Regulated (Section 6-1.2.1)
	Pump	Centrifugal Pumps (Section 3-8.1)	CENP				Non-Surge Check Valves (Section 4-4.2.1)
		Vertical Inline Pumps (Section 3-8.2)	VILP				Offloading Fuel Hoses (Section 3-9.2)
		Vertical Turbine/Submerged Turbine Pumps (Section 3-8.3)	VTSP				Oil/Water Separators (Section 11-5)
		Sliding Vane Pumps (Section 3-8.5)	SLVP				On-Base Pipelines (Section 6-1.1)
		Gear Pumps (Section 3-8.6)	GERP				Orifice Flow Meters (Section 3-7.3)
		Diaphragm Pumps (Section 3-8.7)	DIAP				Overfill Valve for Product Recovery Tanks (Section 4-8.1)
		Internal Combustion Drives (Section 3-8.8)	ICDR				Panelboards (Section 9-1.5)
		Gearboxes (Section 3-8.9)	GRBX				Pantograph Control Valves (Section 4-5.2.12)
		Deactivated Petroleum Fuel Pumps (Section 12-4)	DEACP				Pantograph Pressure Control Valves (Section 4-5.2.13)
	Signage/Markings	Signage and Markings (Section 2-7)	SIGN				Petroleum Gas Regulators (Section 10-1.5)
	Structures	Pumphouse/Filter Buildings (Section 11-2.1)	PFBLDG				Piers and Wharves Fuel Containment Systems (Section 5- 1.2) - Testing
		Canopies (Section 11-2.2)	CNPY				Pipe Penetrations (Section 8-10.6)
		Cranes and Hoists (Section 11-6)	CRNHST				Plug Valves - Lubricated (Section 6-6.2.1)
		Aboveground Field-Erected Tanks (Section 8-4)	AGFET				Plug Valves - Non-lubricated (Section 6-6.2.2)
		Geodesic Dome Roofs (Section 8-4.2)	GEODR				Point Sensor - Dry (Section 6-13.1.2)
		Foundations (Section 8-4.3)	FOUND				Point Sensor - Dry (Section 7-19.1.1)
	Component Unique Identifier:	Site Code-Facility #-Component Acronym-Sequential #					Point Sensor - Dry (Section 8-9.13.1)
	Example:	AAD-00063A-RCVL-0001					Point Sensor - Pressure/Vacuum (Section 8-9.13.3)
	NOTE: If component acronym is not listed, the contractor shall request an acronym be established through the HNC Project Manager and Project Engineer via email. Contractors may utilize other means of tracking/labeling assets such as QR codes in addition to the required CUID however, tracking/labeling must correlate with the CUID. This
CUID shall be the standard for all DLA capitalized equipment						Point Sensor - Wet (Section 8-9.13.2)
	DLA Work Type Category	UFC Section Reference Work Category
(Revised per Change 1, 29 April 2021)	Component
Acronym				Pontoon Floating Pans (Section 8-9.1.3)
	Tank	Aboveground Shop Fabricated Tanks (Section 8-5.1)	AGSFP				Positive Displacement Meters (Section 3-7.1)
		Self-Diking or Vaulted Tanks (Section 8-5.2)	SDVT				Power Cables (Section 9-1.3)
		Rectangular Concrete-Encased Tanks (Section 8-5.3)	RCET				Power Grounding Systems (Section 9-1.6.1)
		Single-Walled Underground Shop-Fabricated Tanks (Section 8-5.4.1)	UGSSFT				Pre-Filters (Section 3-6.1)
		Double-Walled Underground Shop-Fabricated Tanks (Section
8-5.4.2)	UGDSFT				Pressure and Pressure/Vacuum Gauges (Section 6-7.1)
		Underground Field-Constructed Tanks (Cut and Cover Tanks) (Section 8-6)	UGFET				Pressure Control Valves (Section 4-4.2.7)
		Tank Cleaning (Section 8-7)	TCLEAN				Pressure Relief Valves (Section 4-3.2.6)
		Aluminum Honeycomb Floating Pans (Section 8-9.1.1)	AHFP				Pressure Testing
		Steel Floating Pans (Section 8-9.1.2)	STLFP				Pressure Transmitters (Section 6-7.3)
		Pontoon Floating Pans (Section 8-9.1.3)	PTNFP				Product Saver Tanks (Section 8-9.10)
		Floating Roofs (Section 8-9.1.4)	FLTRF				Pumphouse/Filter Buildings (Section 11-2.1)
		Floating Roof and Pan Pressure/Vacuum Vents (Section 8- 9.1.5)	FPPVV				Rectangular Concrete-Encased Tanks (Section 8-5.3)
		Floating Roof and Pan Legs (Section 8-9.1.6)	FRPLG				Refuel Control Valves (Section 4-3.2.5)
		Secondary Tank Bottoms (Section 8-9.2)	SNDTB				Remote Dispenser Pumps (Section 7-15.1)
		Tank Pressure/Vacuum Vents (Section 8-9.3)	TPVVT				Remote Spill Containment (Section 11-1.2)
		Product Saver Tanks (Section 8-9.10)	PRDST				Return Venturi (Section 4-4.2.5)
		Fill Ports (Section 8-9.12)	FPRT				Rope Sensor Systems (Section 6-13.1.1)
		Point Sensor - Dry (Section 8-9.13.1)	PSDRY				Secondary Tank Bottoms (Section 8-9.2)
		Point Sensor - Wet (Section 8-9.13.2)	PSWET				Self-Contained Dispenser Pumps (Section 7-15.2)
		Point Sensor - Pressure/Vacuum (Section 8-9.13.3)	PSPV				Self-Diking or Vaulted Tank Containment (Section 8-10.4)
		Visual Leak Detection (Section 8-9.13.4)	VSLLD				Self-Diking or Vaulted Tanks (Section 8-5.2)
		Floating Suction Lines (Section 8-9.14)	FLTSL				Servo Gauge (Section 8-9.8.3)
		Stilling Wells (Section 8-9.17)	STGW				Sidestream Filtration Systems (Section 8-9.11)
		Deactivated Petroleum Fuel Tanks (Section 12-2)	DEACT				Sight Flow Indicators (Section 6-12.3)
	Testing	Pressure Testing					Signage and Markings (Section 2-7)
	Underground Pits	Isolation Valve Pits (Section 6-11.1)	ISVLP				Single Point Mooring Systems (Section 5-7.1)
		Hydrant Fuel Pits (Section 6-11.2)	HDFP				Single-Walled Underground Shop-Fabricated Tanks (Section 8-5.4.1)
		High Point Vent Pits (Section 6-11.3)	HPVP				Sliding Vane Pumps (Section 3-8.5)
		Low Point Drain Pits (Section 6-11.4)	LPDP				Stage I Vapor Recovery (Section 7-17.1)
		Lateral Control Pits (Section 6-11.5)	LTCP				Stage II Vapor Recovery (Section 7-17.2)
	Valves	General System Control Valves (Section 4-3.2.1)	GSCVL				Static Grounding Systems (Section 9-1.6.2)
		Refuel Control Valves (Section 4-3.2.5)	RCVL				Steam Type Heating Coils (Section 8-9.16.1)
		Pressure Relief Valves (Section 4-3.2.6)	PRCVL				Steel Floating Pans (Section 8-9.1.2)
		Defuel Control Valve (Section 4-3.2.7)	DFCVL				Stilling Wells (Section 8-9.17)
		Dual Rate-of-Flow Control Valves (Section 4-3.2.8)	DRFCVL				Submerged Piping Systems (Section 5-8)
		Combination Dual Rate-of-Flow Control and Solenoid Valves (Section 4-3.3.1)	CFSCVL				Surge Suppressors (Section 4-7.4)
		Dual Pressure Relief, Solenoid Shutoff, and Check Valves
(Section 4-3.3.2)	DPSCVL				Swivels (Section 7-5)
		Non-Surge Check Valves (Section 4-4.2.1)	NSCKVL				Tank Cleaning (Section 8-7)
		Filter Separator Control Valves (Section 4-4.2.2)	FSCVL				Tank Pressure/Vacuum Vents (Section 8-9.3)
		Defuel/Flush Valves (Section 4-4.2.3)	DFFCVL				Thermal and Pressure Relief Valves (Section 6-6.3)
		Issue Venturi (Section 4-4.2.4)	ISVTR				Thermal Fluid Type Heating Coils (Section 8-9.16.2)
		Return Venturi (Section 4-4.2.5)	RTVTR				Transition Sumps (Section 7-14)
		Back Pressure Control Valves (Section 4-4.2.6)	BPCVL				Trouble Shoot
		Pressure Control Valves (Section 4-4.2.7)	PCVL				Truck Fill Valves (Section 6-6.5.1)
		Hydrant Control Valves (Section 4-4.2.8)	HCVL				Turbine Flow Meters (Section 3-7.2)
		Emergency Shut-off Valves (Section 4-4.2.9)	ESOVL				Underground Field-Constructed Tanks (Cut and Cover Tanks) (Section 8-6)
		Pantograph Control Valves (Section 4-5.2.12)	PTCVL				Underwater Hoses (Section 5-5.2)
		Pantograph Pressure Control Valves (Section 4-5.2.13)	PTPCVL				Vapor Burners (Section 7-17.3)
		Overfill Valve for Product Recovery Tanks (Section 4-8.1)	OVLPRT				Ventilation Hoods (Section 11-4.1)
		Plug Valves - Lubricated (Section 6-6.2.1)	PLVL				Vertical Inline Pumps (Section 3-8.2)
		Plug Valves - Non-lubricated (Section 6-6.2.2)	NPLVL				Vertical Turbine/Submerged Turbine Pumps (Section 3-8.3)
		Gate Valves (Section 6-6.2.3)	GTVL				Visual Leak Detection (Section 8-9.13.4)
		Ball Valves (Section 6-6.2.4)	BLVL				Visual Monitoring (Section 6-14.1)
		Double Block and Bleed Valves (Section 6-6.2.5)	DBBVL				Visual Monitoring (Section 7-20.1)
		Butterfly Valves (Section 6-6.2.6)	BFVL
		Globe Valves (Section 6-6.2.7)	GLVL
		Check Valves (Section 6-6.2.8)	CKVL
		Line Blanks, Ring Spacers, and Spectacle Blinds (Section 6- 6.2.9)	BLIND
		Manual Valve Gear Operators (Section 6-6.2.10)	MVLGO
		Fire Valves (Section 6-6.4.1)	FRVL
		Fusible Link Butterfly Valves (Section 6-6.4.2)	FLBFVL
		Truck Fill Valves (Section 6-6.5.1)	TFVL
		Motor Operators (Section 6-6.6)	MTROP
		External High Level Shutoff Valves (HLSO) (Section 8-9.6.1)	EHLSVL
		Internal HLSO Valves (Section 8-9.6.2)	IHLSVL
	Waste	Oil/Water Separators (Section 11-5)	OWS

File details come from the government source that posted it. Updated Oct 31, 2025.