Generated by: Mohammed Abdalwahab (C016274) on 11/11/2024
UNCONTROLLED IF PRINTED PRJ-PJL-PRC-008 Procedure
QatarEnergy LNG Equipment Numbering Philosophy Procedure
Revision: 17
Issued On: 13 Oct 2024
Valid Until : 11 Nov 2027
Group Engineering AND Projects
Department Facilities AND Discipline Engineering
Division
Static Engineering
Section Engineering Systems AND Governance
Issued By
APPROVAL
Djamel Ferhi (20648) - Senior Systems Governance Analyst
SIGNED
Reviewed By (RMC)
Shahbaz Khan Niazi (21636) - Systems and Governance Coordinator
SIGNED
Reviewed By (Document Control)
Shaikha Mubarak K A Al-Kuwari (15651) - Document Control Analyst
SIGNED
Accepted By (Document Owner)
Mohammed Eid Al-Zaraa (3117) - Head of Engineering Systems & Governance
SIGNED
Accepted By
Nayef Jassim M A Al-Thani (14947)
- Projects Management Manager
SIGNED
13 Oct 2024 Date
13 Oct 2024 Date
15 Oct 2024 Date
16 Oct 2024 Date
22 Oct 2024 Date
Effective 11 Nov 2024
•QatarEnergy LNG Equipment Numbering Philosophy •Revision:17 •Criticality Level:Medium•Classification:Internal•
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UNCONTROLLED IF PRINTED PRJ-PJL-PRC-008 Procedure
Accepted By
Saleh Taher Saleh M. Aseel (1640)
- Operations Support Manager
SIGNED (by Anas Al-Ansari (14251) )
Approved By
Khalid Hamad F.A. Al-Dosari (1742) - Facilities & Disciplines Eng. Manager
SIGNED
11 Nov 2024 Date
11 Nov 2024 Date
Effective 11 Nov 2024
•QatarEnergy LNG Equipment Numbering Philosophy •Revision:17 •Criticality Level:Medium•Classification:Internal•
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UNCONTROLLED IF PRINTED PRJ-PJL-PRC-008 Procedure
REVISION HISTORY
Rev No.
Issue Date
Revision Description
Valid Until Date
00
01
01 DEC 2002 First Issue
10 OCT 2002 Scope increased to include new Upstream Facilities.
to
Updated to include Qatargas II, Helium and Refinery requirements. Updated equipment, instrumentation, fire systems and piping numbering system details. Replaces/incorporates Equipment Numbering, which has been withdrawn.
Downstream
02.50.07.02
auxiliary
include
02 Draft 1 19 SEP 2003
System Number Code updated for QG2 Unit Number Codes updated for QG2 and Refinery Section 4.8 Other Numbering Systems Deleted. New Section 4.8 Electrical Equipment Numbering System Added. Appendices 10, 11 and 12 added Refinery Project Unit Number updates to Document Numbering Procedure added Unit 34 QG2 DSO Processing Added
02
03
04
17 MAR 2004 Revision 02 Draft 1 Released
05 JUL 2004 Updated to include QG3.
System No. 11 allocated to Common Sulphur Facilities
03 APR 2005 System Numbers 50 through 59 Allocated to QG3 and
to
tag structure added
QG4 Onshore System Numbers 34 through 38 Allocated to QG3 and QG4 Offshore System Numbers 70 through 79 Allocated to Barzan Project. Restriction Orifice the procedure (Section 4.3.7). Tag structure changed System Number moved to the front and Unit Number added. PRV tag structure added (Section 4.4.1) Tag Structure updated, System Field moved to the front, Unit Field and Package Field added, to align with other types of Instrument and Process valves. New section inserted at 4.4 for SP Items and Vacuum Breakers. Previously SP Item tag numbers did not have inventory control and for a structure suitable maintenance coding in SAP.
Effective Date 11 Nov 2024
QatarEnergy LNG Equipment Numbering Philosophy Rev 17 Criticality Level: Medium Classification: Internal
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Rev No.
Issue Date
Revision Description
Valid Until Date
Previous section 4.4 (Numbering System for Valves) becomes 4.5 and all subsequent level 2 section numbers incremented by 1. 4.8. Electrical Equipment Numbering now section 4.9 – All references to Telecommunications Equipment removed. Cable numbering removed from Electrical Numbering System (4.9) and included as a separated section 4.11 Section 4.10 Telecommunications Equipment added. A revised Tag Number structure for Telecommunications equipment introduced. Section 4.11 Cable Numbering added no changes have been made to Cable Numbering methodology. Appendix 4 – Unit Numbers for Equipment updated to include Unit Numbers for QG4 and to make provision for Barzan Project. Appendix 5 – Unit Numbers for Instruments updated to make provision for QG4 and Barzan Project. Appendix 7 – Package Number Unit Numbers updated to make provision for QG4 and Barzan Project. Appendix 9 – Package Numbers for Fire Protection updated to make provision for QG4 and Barzan Project. Appendix 11 – Voltage Levels updated, description against code “1” amended to read “High Voltage 11 KV and above”. Appendix 12 – Minor Electrical Equipment Codes Updated - Telecommunications Equipment Codes removed. Appendix 13 – Telecommunications Equipment Codes, added. Appendix 14 – Telecommunications Location Codes, added
05
10 NOV 2005 Revision 5 is a consolidation of Procedure Update Issued between
through No. 20
Notices No.5 14/04/2004 and 10/11//2004. Procedure Update notice No.5 issued 14/04/2005 Appendix 10 – Electrical Equipment Type updated – Following New Codes added ET _ Earthing Truck, PD Power Socket, CD Convenience Socket Procedure Update Notice No. 7 issued 16/05/2005 Finalized & implemented 30/05/2005. Section 4.9.1.1 Main Electrical Equipment, Double Digit Sequence
Effective Date 11 Nov 2024
QatarEnergy LNG Equipment Numbering Philosophy Rev 17 Criticality Level: Medium Classification: Internal
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Rev No.
Issue Date
Revision Description
Valid Until Date
Number Introduced. Section 5.11 Appendix 11 Voltage Level Codes, Descriptions amended and new codes 6 through 9 added. Procedure Update Notice No. 8 issued 26/05/2005. Telecommunications – Appendix 13 Equipment Types and Appendix 14 Location Codes updated. 4.5 Numbering System for Valves reformatted, Valve Codes removed and placed in Appendix 15, additional Valve codes added. Section 4.5 now shows only the Valve Tag structure and format. Procedure Update Notice No.9 issued 08/06/2005 Appendix 3 - Equipment Class Codes – Additional codes, plus the description against some codes has been expanded. Appendix 15 - Valve Codes. This is a new Appendix. Valve Codes were originally listed within the body of Section 4.5 Numbering System for Valves. The existing codes have now been moved to Appendix 15, and additional Valve Codes for Offshore have been added. Procedure Update Notice No.9a issued 26/06/2005 Appendix 3 - Equipment Class Codes – Correction to Sample/ Connection Point Code. Procedure Update Notice No.10 issued 26/06/2005. Appendix 3 - Equipment Class Codes, additional codes added. Procedure Update Notice No.11 issued 26/06/2005. Appendix 6 – Line Service Codes, additional codes added. Barzan Project Removed – All Codes reassigned as Spare 30/07/2005. Reconciliation and Consolidations Exercise Revised cut- off date 21/07/2005 Procedure Update Notice No. 14 issued 14/08/2005 Following note added to 4.11 Cable Numbering: The number of characters and position of the hyphens shown in the equipment item number in the procedure are tag format/structure will depend on the type of equipment to which the cable is attached. Fiber Optic Cable Numbering – Section 4.11.10 title changed to LAN Fiber Optic Cables Section 4.11.12 added - Fiber Optic Cable & Composite Cable Procedure Update Notice No. 15 issued 23/08/2005 Procedure Title
indicative not prescriptive,
the actual
Effective Date 11 Nov 2024
QatarEnergy LNG Equipment Numbering Philosophy Rev 17 Criticality Level: Medium Classification: Internal
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Valid Until Date
Changed to - Equipment and Component Numbering Principles Appendix 2 – System Code System Codes 70 through 79 are now spare – Barzan Project deleted from procedure scope. Appendix 3 – Equipment Classes Code ST (Steam Turbine Driving a Generator) deleted - use code GT (Generator Turbine). Code EDG (Emergency Diesel Generator) deleted - use code DG to Diesel Generator. Code GTG (Gas Turbine Generator) deleted – use code GT Appendix 4 – Unit Numbers for Equipment: Unit 48 assigned to HIPPS Unit 49 assigned to PSS Unit 50 assigned to PCS Barzan Project deleted from procedure scope all Barzan Unit Number allocations removed. Appendix 6 – Line Service Codes Code CA assigned to Clean Agent Fire Extinguisher Gas (originally assigned to Catalyst, but there is no Catalyst piping), Code CO assigned to CO2 Fire Fighting Network… Appendix 10 Electrical Equipment Type, New codes added:
-
BD - Bus Duct, NGR - Neutral Ground Resister, CBK -
Capacitor Bank, VSD - Variable Speed Device Appendix 13 - Telecommunication Equipment Types New codes added:
ACS - Access Control System, LAN - Local Area
Network, TMR - Trunked Mobile Radio Code FO (Fiber Optic Cable) deleted – not Equipment. Codes for Fiber optic Cable will be covered in Section 4.11 Cable Numbering. Procedure Update Notice No. 16 issued 27/08/2005 Appendix 3 – Equipment Classes updated Code XE – Pad Eyes added. Procedure Update Notice No. 17 issued 20/09/2005 Following sections for Instrument Cable Numbering Added: 4.10.13 – Instrument Cables – Direct, 4.10.14 – Instrument Cables – Multiple (JB) 4.10.15 – Instrument Cables - Multiple (Control Room). 4.10.16 – Instrument Cables - Individual Procedure Update Notice No. 18 issued 19/10/2005
Effective Date 11 Nov 2024
QatarEnergy LNG Equipment Numbering Philosophy Rev 17 Criticality Level: Medium Classification: Internal
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UNCONTROLLED IF PRINTED PRJ-PJL-PRC-008 Procedure
Rev No.
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Appendix 6 – Line Service Codes, New and Amended Codes:
BA – Breathing Air, FO – Fuel Oil (Diesel Oil), KF – Well
06
30 JUN 2006
Kill Fluid Procedure Update Notice No. 19 issued 26/10/2005 Following sections for Instrument Cable Numbering Added: 4.10.17 – Instrument Grounding Wire Procedure Update Notice No. 20 issued 10/11/2005 Following sections for Instrument Junction Boxes Added: 4.3.8 - Field Junction Box Numbering Procedure Update Notice No. 21 issued 16/12/2005 Appendix 2 – System Codes Updated System Number 04 allocated to AGR4 / SRU 4 QG1 AGX Project. System Number 05 allocated to AGR5 / SRU 5 QG1 AGX Project. Procedure Update Notice No. 23 issued 24/01/2006 Appendix 4 – Unit Numbers for Equipment updated. QGII added to Unit No. 63 - Camp
07
07 AUG 2006 Procedure Update Notice No. 33 issued 07/08/2006
Line Numbering System – Line Number (Serial Number) Field Procedure Section 4.6 – Line Numbering System Sub-Section 4.6.1.3 – Line Number This field has been increased from a 3 digit serial number to a 4 digit serial number. Procedure Update Notice No. 34 issued 08/08/2006. Appendix 13 Telecoms Equipment Codes updated additional codes added. VMX -VCL Mux., VMO - VCL Optimux, VAL - VCL Remote Alarm Device, DVR - Lenel DVR, FOM - F.O. Modem, VPP
- BNC Patch Panel Appendix 14 Telecoms Location Codes updated additional Offshore codes added. WH1 - Wellhead Platform 1, WH2 - Wellhead Platform 2, WH3 - Wellhead Platform 3, WH4 - Wellhead Platform 4, WH5 - Wellhead Platform 5, WH6 - Wellhead Platform 6 Procedure Update Notice No. 35 issued 12/08/2006. Appendix 13 Telecoms Equipment Codes updated additional codes added. VAR - VHF Aeronautical Radio, CAD - Central Alarm Device
Effective Date 11 Nov 2024
QatarEnergy LNG Equipment Numbering Philosophy Rev 17 Criticality Level: Medium Classification: Internal
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UNCONTROLLED IF PRINTED PRJ-PJL-PRC-008 Procedure
Rev No.
Issue Date
Revision Description
Valid Until Date
08
08 JAN 2007
Procedure Update Notice No. 36 issued 29/10/2006. Appendix 13 Telecoms Equipment Codes updated additional codes added: ACU - Access Control Unit, SRI - Single Reader Interface, DRI - Dual Reader Interface, FPR - Fixed Proximity Card Reader, WPR - Wireless Proximity Card Reader, PIM - Panel Interface Module, MUX – Multiplexer, TET - TETRA. Terrestrial Trunked Radio Procedure Update Notice No. 40 issued 20/11/2006. Appendix 4 Unit Numbers For Equipment updated additional code added: 39 – Calm Buoy Mooring System Procedure Update Notice No. 41 issued 17/12/2006. 4.10.11 CCTV Power Cables has been changed to CCTV Cables and additional CCTV cable types have been added Cable type – Data Cable has been added, this now becomes 4.10.12 Cable type Antenna Cable has been added this now becomes 4.10.13 As a result of the insertion of the 2 new cable types - Fiber Optic Cable & Composite Cable (previously section 14.10.12) now becomes section 4.10.14 and all subsequent for Cables are incremented by 2. Appendix 14 Telecommunications Location Codes has been updated to include the following new codes: MEZ - Mezzanine Deck, LD - Lower Deck, CAM - Control and Auxiliary Model (Telecom Equip Cabin) Procedure Update Notice No. 42 issued 21/12/2006. Appendix 11 – Voltage Levels. The description against Code “5” has been amended to include 220V
section numbers
09
15 MAR 2007 Procedure Update Notice No. 44 issued 15/03/2007.
Appendix 8 – Equipment Codes for HVAC Systems Update to Include: PSD - Pneumatic Shut-off Damper, MD - Modulating Damper, PRD - Pressure Relief Damper Procedure Update Notice No. 46 issued 02/05/2007. Appendix 10 – Electrical Equipment Type updated to include: CTR - Control Transformer, CT - Current Transformer, HTTR - Heating Trace Transformer, PFCU - Power Factor Correction Unit, VT - Potential Transformer Appendix 12 – Minor Electrical Equipment Types updated to include:
Effective Date 11 Nov 2024
QatarEnergy LNG Equipment Numbering Philosophy Rev 17 Criticality Level: Medium Classification: Internal
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UNCONTROLLED IF PRINTED PRJ-PJL-PRC-008 Procedure
Rev No.
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Valid Until Date
10
09 SEP 2007
11
27 JUL 2008
CTE - Control Terminal Enclosure (Box) Procedure Update Notice No. 50 Issued 09/09/2007: Appendix 2 System Codes – The System Code table has been replaced with a reference to Procedures 01.50.06.01 System Number and Unit Number Codes and Descriptions Appendix 2 System Numbers. Appendix 4 Unit Numbers for Equipment – The Unit Code table has been replaced with a reference to Procedures 01.50.06.01 System Number and Unit Number Codes and Descriptions Appendix 3 Unit Numbers.
Procedure Update Notice No. 57 Issued 27/04/2008: Line Numbering System – Line Number (Serial Number) Field Procedure Section 4.6 – Line Numbering System Sub-Section 4.6.1.3 – Line Number This field has been increased from a 4 digit serial number to a 6 digit serial number. This update was necessary to accommodate Line Number format changes implemented by QG2 and QG3&4 Onshore projects. QG2 and QG3&4 Onshore projects have used a 5 digit serial number where the first two digits are the Unit Number It is not necessary for existing projects to implement this change retroactively – Line numbers already allocated can remain at 4 digits and do not have to be padded out with a leading “0” to make 6 digits
12
21 AUG 2008 General Update and Formatting
The number of Paragraph cross-references reduced and replaced with Appendix reference or direct text to make procedure easier to use. Correction to paragraph 4.3.7.1.5 – should read 3 digits not 2 digits, tag structure shown in procedure has a 3 digit Sequence Number field. Date Format Changed to DD/MM/YYYY as per email instruction issued 17/06/2008 QG/ESU-MVN-MOM-001 Issued 24/07/2008 Section 4.4.1 Title changed to Numbering Structure – Non-Manual Valves. Addition of Section 4.4.2 Numbering Structure - Manual Valves.
Effective Date 11 Nov 2024
QatarEnergy LNG Equipment Numbering Philosophy Rev 17 Criticality Level: Medium Classification: Internal
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UNCONTROLLED IF PRINTED PRJ-PJL-PRC-008 Procedure
Rev No.
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Valid Until Date
Appendix 15 – Valve Codes updated to include Manual Valve codes.
12a
12b
12c
13
14
31 NOV 2018
20 AUG 2020
01 DEC 2011 Revalidated
01 JAN 2014
Revalidated
01 JAN 2015
Revalidated
01 DEC 2015 The document was modified after several meetings with the multidiscipline team and updated with typical tag structure for all disciplines, list of abbreviations, examples. The document number has been changed to PRJ-PTI PRC-002 as per QGMS requirement. Previous number was 01.50.07.01.
21 AUG 2017 Section 3: The contents of Procedure “ 02.50.07.12 Equipment Numbering for Existing Qatargas 1 Upstream Facilities” incorporated in this section and to referred only for the existing Qatargas 1 Upstream Facilities minor brownfield modification. Electrical tag structure sec 2.7 modified based on review by Electrical engineering. Typo correction of JB abbreviations table, section 2.8. Appendix 6. Additional abbreviations added. Attachment 7. Additional generic codes. Appendix 8. Additional examples General formats and texts corrections. As per level 3 QGPM requirement this procedure PTI (Manage Project Technical Information) has been change to PJL (Manage Plant & Facilities Projects), accordingly document number has been changed from PRJ-PTI PRC-002 to PRJ-PJL-PRC-008.
15
21 JUN 2019
The procedure has been re-written to reflect the revision.12c of the same procedure. Abbreviation lists have been updated based on inputs from different disciplines and new Projects.
30 JUN 2022
16
02 AUG 2022 1.1 Purpose: PRJ-PTI-PRC-003 Equipment Numbering Workflow for Brownfield Modifications replaced by PRJ-PJL-PRC-080 - AIMS TAG Management Procedure. 1.2 Scope: ICS Security Equipment scope added. Section 4 added for ICS Security Equipment. Appendix 4,5,6,7,8 compiled in Appendix 3 to meet Tag Management System.
04 AUG 2025
Effective Date 11 Nov 2024
QatarEnergy LNG Equipment Numbering Philosophy Rev 17 Criticality Level: Medium Classification: Internal
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Rev No.
Issue Date
Revision Description
added
as per
abbreviations
Additional Management System. General formats and texts corrections. Additional clarification added to make procedure easier to use. Non-used appendix removed.
Tag
17
Refer to cover page
Changes done on below sections based on inputs from different disciplines and new Projects: Section 2.4.9 table 1, Section 2.6.1.4 – added new firezones, 2.9.2.2-new location codes, 2.12.1 and 2.12.2 – new cable color codes added 2.12.5 – added grounding cable code Minor changes in sections 2.9, 2.10,2.12 Improved description in 1.2 Scope, 1.6 Compliance, 1.7, Roles and responsibilities Removed section 3 – Existing Qatargas 1 Upstream Facilities and Appendix 7 – QG1 Upstream Code table Modifications in appendix 3, appendix 4 and appendix 6, added new appendix 8 Assigned table numbers to each table ICSS section is moved to section 3. Section 3- table 10 new ICS location codes added New Sections added 2.4.10, 2.9.7, 2.12.16, 2.12.19
Valid Until Date
Refer to cover page
Effective Date 11 Nov 2024
QatarEnergy LNG Equipment Numbering Philosophy Rev 17 Criticality Level: Medium Classification: Internal
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UNCONTROLLED IF PRINTED PRJ-PJL-PRC-008 Procedure
CONTENTS 1 GENERAL…13
1.1 Purpose …13 Scope…13 1.2 1.3 Criticality …13 1.4 Key Risks and Controls …14 1.5 Classification …14 1.6 Compliance…14 1.7 Roles and Responsibilities …15 2 DESCRIPTION OF DOCUMENT CONTENT…16
2.1 Definition of Tag Number…16 2.2 References…16 2.3 Main Equipment numbering …17 Main Equipment Tag Numbering…17 2.3.1
2.3.2
Auxiliary Equipment Numbering System …18
2.4 2.4.1
Instrument Numbering System …20 Looped DCS Instrument Numbering System …20
2.4.2
2.4.3
2.4.4
2.4.5
2.4.6
2.4.7
2.4.8
2.4.9
Looped Non DCS Instrument Numbering System…21
Non Looped Instrument Numbering System …22
PLC Functional Logic Numbering System…23
DCS Functional Logic Numbering System …24
Hardwired Relay Functional Logic Numbering System …24
Hardwired Solid State Shutdown Logic Numbering System …24
Restriction Orifice …25
Field Junction Box Numbering …26
2.4.10
Smart Junction Box Numbering …27
2.5 Mechanical Items Numbering System…28 Special Items and Vacuum Breakers…28 2.5.1
2.5.2
2.5.3
Numbering System for Non-Manual Valves…29
Numbering System For Manual Valves …30
2.6 2.6.1
Fire Protection System …31 Fire / Gas Detectors …31
2.6.2
2.6.3
2.6.4
2.6.5
2.6.6
For Other Instruments and Alarms …33
For Fire Protection System Valves …34
Fire Protection System Valve Headers…35
Line Fault Alarm of Fire/Gas Detectors and other Instruments…36
Line Fault Alarm of Fire Protection System Valves …37
Effective Date 11 Nov 2024
QatarEnergy LNG Equipment Numbering Philosophy Rev 17 Criticality Level: Medium Classification: Internal
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Generated by: Mohammed Abdalwahab (C016274) on 11/11/2024
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2.7 2.7.1
Line Numbering System …38 Numbering Structure for Line …38
2.8 HVAC Numbering System…39 Numbering Structure for HVAC …39 2.8.1
2.9 2.9.1
Electrical Numbering System …40 Main Electrical Equipment…40
2.9.2
2.9.3
2.9.4
2.9.5
2.9.6
2.9.7
Building Electrical Equipment …41
Motor Numbering for Main Equipment…42
Motor Numbering for Auxiliary Equipment …42
Electrical Heater Numbering…42
Local Control Unit Numbering …42
Lighting fixtures, Lighting fixture junction box and Small Power…43
2.10 Telecommunications Numbering System …43 2.11 Fire Fighting and Safety Equipment Numbering …44 Fire Fighting Equipment…44 2.11.1
2.11.2
Fire Fighting System Package…45
2.11.3
Bypass Valve …46
2.12 Cable Numbering System …47 Feeder Cable …47 2.12.1
2.12.2
Power Cable for Motor …47
2.12.3
Power Cable for Electric Heater…48
2.12.4
Control Cable for Motor …48
2.12.5
Power and Control Cable for Panel…48
2.12.6 Welding Socket Power Cable …48
2.12.7
Fire Alarm Cable…49
2.12.8
Telephone Cable …49
2.12.9
Public Address Cable…49
2.12.10
LAN Fiber Cable…50
2.12.11
CCTV Cable Numbering…50
2.12.12
Data Cable Numbering…50
2.12.13
Antenna Cable Numbering…51
2.12.14
Fiber Optic & Composite Cable…51
2.12.15
Umbilical Cable …51
2.12.16
Instrument Cable - Direct…52
2.12.17
Instrument Cable – Multiple Junction Box (JB) …52
2.12.18
Instrument Cable – Multiple Control Room…53
Effective Date 11 Nov 2024
QatarEnergy LNG Equipment Numbering Philosophy Rev 17 Criticality Level: Medium Classification: Internal
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2.12.19
Instrument Cable – Individual…53
2.12.20
Instrument Grounding Wire …53
3
INDUSTRIAL CONTROL SYSTEM SECURITY TAGGING SPECIFICATION…54
3.1 3.1.1
Tagging Philosophy for Workstation …54 ICS Location …54
3.1.2
3.1.3
3.1.4
3.1.5
ICS Location Sequence Number…54
ICS Workstation Function …54
System Identifier…54
Sequence Number …54
3.2 3.2.1
Tagging Philosophy for Servers …55 ICS Location …55
3.2.2
3.2.3
3.2.4
ICS Location Sequence Number…55
ICS Server Function …55
System Identifier…55
3.3 3.3.1
Tagging Philosophy for Network Drives …55 ICS Locations …56
3.3.2
3.3.3
3.3.4
3.3.5
3.3.6
ICS Location Sequence Number…56
ICS Network Function …56
System Identifier…56
Sequence Number …56
ICS Network Type…56
3.4 3.4.1
Tagging Philosophy for ICS Laptops…56 SITE …56
3.4.2
ICS Laptop Function …57
4 OTHER EQUIPMENT NUMBERING SPECIFICATIONS …60
4.1 4.2
Equipment Numbering Specification For Existing Asset …60 Equipment Numbering Specification For NFE-1 And NFS …60 APPENDICES…61
Appendix 1 – References and Relevant Documents …62 Appendix 2 – Glossary of Terms: Definitions, Acronyms and Abbreviations …63 Appendix 3 – Equipment Classes…64 Appendix 4 – Package Numbers…89 Appendix 5 – Voltage Levels…97 Appendix 6 – Telecommunications Location codes …98 Appendix 7 – List of Project Specification For Reference…100 Appendix 8 – Portfolio Asset Names and Abbreviations…102
Effective Date 11 Nov 2024
QatarEnergy LNG Equipment Numbering Philosophy Rev 17 Criticality Level: Medium Classification: Internal
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UNCONTROLLED IF PRINTED PRJ-PJL-PRC-008 Procedure
1 GENERAL
1.1 PURPOSE
This equipment Tag numbering procedure details the structure of tag numbering that needs to be followed to maintain consistency in QatarEnergy LNG operated facilities.
It will minimize conflicts and ambiguity, thus ensuring a reliable plant operations and maintenance.
This procedure shall be implemented in conjunction with QatarEnergy LNG procedure PRJ-PJL-PRC-005 - Facilities System and Unit Number Codes and Descriptions, and PRJ- PJL-PRC-080 - AIMS TAG Management Procedure.
1.2 SCOPE
This procedure is applicable to all QatarEnergy LNG facilities, including new greenfield projects built within all QatarEnergy LNG.
The soft calculations and logics in DCS, PLCs derived from field equipment tags which do not fall under the applications mentioned in section 2.1 need not follow this tag numbering philosophy. Examples: DCS, PLC internal calculation blocks, internal memory tags etc.
For the ICS Security Equipment, all the Greenfield projects shall follow the new Tagging convention described in Section 3.
All the tags (brownfield and greenfield projects) shall be reserved/verified as per AIMS Tag Management Procedure PRJ-PJL-PRC-080, prior to utilization in any drawings or P&IDs.
FEED tags under greenfield scope are considered temporary. Re-tagging of these FEED tags to be carried out during the EPC phase in accordance with the latest approved procedure. FEED tags under brownfield scope can be reserved in Tag Management System to avoid same tags used in other projects and the reserved FEED tags will be verified (Activated) during the EPC phase in accordance with applicable numbering procedure. If Long lead Item (LLI) cannot be retagged during EPC, those tags should be reserved and verified in Tag Management System before issue of purchase orders.
All existing facilities shall continue to use project specification tag structure for the future modifications (Brownfield projects) to maintain the consistency of the drawings within the same asset. Refer to Section 4 for more details.
1.3 CRITICALITY
This Procedure has been determined to be a Medium Criticality document.
Criticality Level : Medium
Effective Date 11 Nov 2024
QatarEnergy LNG Equipment Numbering Philosophy Rev 17 Criticality Level: Medium Classification: Internal
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1.4 KEY RISKS AND CONTROLS
Key Risks
Key Controls
Reference
Section 2,3 and 4.
Following the guidelines in this document from the early stage of project will minimize the risk
Following the guidelines in this document from the early stage of project will minimize the risk
Section 2 and 3.
Lack of consistency in equipment numbers may lead to time delays in locating the equipment, related documents, maintenance history, etc. This may adversely affect the overall efficiency of operations, maintenance and engineering day to day activities.
If projects do not follow QatarEnergy LNG guidelines on equipment numbering from early stage of project, there might be tag conflicts and ambiguity at the advanced stage of the project. Conflicts and inconsistencies detected at advanced stage of project may results in huge cost and time delay.
Table 1: Key Risks and Controls
1.5 CLASSIFICATION
This Procedure has been classified as Internal based on INF-ISG-POL-001 Information Classification Policy.
1.6 COMPLIANCE
All projects shall comply with the requirements as defined in this procedure to maintain consistency of equipment tagging in QatarEnergy LNG.
Compliance with this procedure is verifiable by Engineering Systems and Governance section at any time during project execution.
In case of any ambiguity regarding the use of this procedure, ESG team to be consulted for clarification on, and not limited to, the content, tag syntaxes, and requirement for new function codes.
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1.7 ROLES AND RESPONSIBILITIES
Roles
Engineering Systems Governance
Responsibilities
and
With the support of the Discipline Engineering Lead Under Facilities & Discipline Department:
Guides and provide clarifications to ensure that this procedure is
Project Management Team / Project (PMT) Engineer (PE)
Contractor
applied correctly. Reviews and approves any additional function codes or equipment tag structure. Ensure that this procedure is applied correctly by Contractor into the Project. Ensure that unique tags are created. Perform necessary brownfield verification prior reservation when required. Ensure that Long Lead Item (LLI) are tagged as per this procedure before issuing Purchase Orders. Contractor shall ensure all equipment covered by this procedure are tagged as per QatarEnergy LNG Equipment Numbering procedure Contractor shall ensure all their Subcontractors, Vendors and Manufacturers incorporate required QatarEnergy LNG Equipment Numbering into all deliverables. Table 2: Roles and Responsibilities
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2 DESCRIPTION OF DOCUMENT CONTENT
Explains the structure of tag number to be followed to maintain consistency in QatarEnergy LNG operated facilities.
2.1 DEFINITION OF TAG NUMBER
Tag number is a unique identification reference of an entity (equipment, instrument or function) within the QatarEnergy LNG operated facilities.
Unique tag number is required in following (but not limited to) purposes, Required for unique reference in Piping and Instrumentation Diagrams (P&ID). Required for unique reference in SAP for maintenance management and in permit
to work system.
Required as unique
Identification of Equipment’s (Mechanical, Electrical, Instruments, Fire & Gas, and Telecommunication) and monitoring & control functions.
This Equipment Numbering Philosophy shall be applicable to all physical equipments and the functions (logics) which need to be referred by unique identification numbers for the purposes mentioned above.
Examples of physical items: Pumps, Compressors, Transformers, Valves, Panels etc. Examples of functions (soft tags): Shutdown functions-UZ, DCS logics- UY, etc.
Project need to ensure same tag numbers are used in field, F&G System and in all documentation. Mismatch of tags usage between field/ system/documentation leads to confusion, hence such mismatches are not acceptable.
Note: No trailing spaces are allowed within the tag number structure.
Engineering and Governance team should be consulted if there is any ambiguity.
2.2 REFERENCES
Equipment numbering and tagging philosophies used in existing assets in QatarEnergy LNG are listed in Appendix-7.
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2.3 MAIN EQUIPMENT NUMBERING
Following is the tag structure to assigning tag numbers for all QatarEnergy LNG operated facilities. Detailed description of each column is given in succeeding sections.
2.3.1 MAIN EQUIPMENT TAG NUMBERING
Main equipment numbering system shall apply to major equipment such as columns, drums, heat exchangers, etc.
NNN 0 1 - P
AAA
NNN 2 0
NN 0 1
A A
Secondary Identifier
Sequence Number
Unit Number
Equipment Class
System Number
N = Numeric A = Alphabet
Example: 01-KT0601
2.3.1.1 System Number
System Number consists of 2 or 3 characters. New major projects will be assigned unique
system Number(s). For details refer to the procedure PRJ-PJL-PRC-005 - Facilities System
and Unit Number Codes and Descriptions.
2.3.1.2 Equipment Class or Functional Identification Abbreviation
Unique abbreviated identifiers for the type of the Equipment, Instruments and functions.
List of equipment’s and functional identifiers are defined in the Appendix 3 of this
procedure depending on the equipment type and the disciplines.
Hyphen: Use hyphen between System number and equipment identifier.
2.3.1.3 Unit Number
Unit number should be as per the procedure PRJ-PJL-PRC-005 - Facilities System and Unit
Number Codes and Descriptions.
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2.3.1.4 Sequence Number
Two-digit serial number through the same equipment category and the same unit shall be
assigned in series to the equipment in the system.
2.3.1.5 Suffixes (Secondary Identifier)
Process equipment in the same service for either throughout or standby reasons shall be
numbered using A, B, C etc.
2.3.2 AUXILIARY EQUIPMENT NUMBERING SYSTEM
Main Equipment Number NNN NNN AAA
0 6 0 1 - K T
NN 0 1
A
Auxiliary Equipment Number A A
NN 0 1
AAA P
H
Main/ Spare Designator
Sequence Number
Heater Identification if required
Indented Equipment Class
Secondary Identifier
Sequence Number
Unit Number
Equipment Class
System Number
N = Numeric A = Alphabet H = Heater ID (Constant Value)
Example: 01-KT0601-P01A
2.3.2.1 System Number
Same as 2.3.1.1
2.3.2.2 Equipment Class or Functional Identification Abbreviation
Same as 2.3.1.2
2.3.2.3 Unit Number
Same as 2.3.1.3
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2.3.2.4 Sequence Number
Same as 2.3.1.4
2.3.2.5 Suffixes (Secondary Identifier)
Same as 2.3.1.5
2.3.2.6 Indented Equipment Class
One to three characters, codes in Appendix 3 - Equipment Classes are used to designate indented equipment classification including drivers’ equipment class.
2.3.2.7 Heater Identification
This column is only used with “H” when identifying heaters of auxiliary equipment, such as lube oil tank heater, space heater of auxiliary motors.
2.3.2.8 Sequence Number
Indented equipment items having different services within an equipment class for a given of equipment shall be differentiated with a numeric designator (01 through 99). The sequence number shall be omitted if there is only one (1) item within that equipment class.
2.3.2.9 Main Service/Standby or Spare Designator
This an optional element to indicate that the service has multiple installed equipment operating either in parallel or as an installed spare in the asset and shall be differentiated using one alpha character A, B, C etc.
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2.4 INSTRUMENT NUMBERING SYSTEM
2.4.1 LOOPED DCS INSTRUMENT NUMBERING SYSTEM
NNN 0 1
AAAA Z A H H
NN 0 6
A A
NNN 1 0 0
A B
A A
Letter Suffix for Parallel Elements
Letter Suffix for Identical Package Units
Sequence Number
Package Number
Unit Number
Functional Identification Symbol
System Number
N = Numeric A = Alphabet
2.4.1.1 System Number
Same as 2.3.1.1
2.4.1.2 Functional Identification Symbol
A minimum of two and maximum of four letters depicting instrument variable/function shall be specified, such as PI, PC, FFC, LAH, LHH, UZA, LZH, PZL, PDHH and etc. Functional identification code shall be applied as per Appendix – 3 category ‘Instrument’.
2.4.1.3 Unit Number
Same as 2.3.1.3
2.4.1.4 Package Number
Package Numbers shall be applied for package units. Refer to examples of Package Numbers in Appendix 4 for new projects . Package numbers developed during project to be validated by ESG team prior to utilization. For non-package instruments, 0 should be used in the Package Number field to retain tag structure integrity.
2.4.1.5 Sequence Number
Three digit numerical shall be specified to identify the sequence number of the loop of a particular instrument variable/function.
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2.4.1.6 Letter Suffix
Letter suffix for identical package unit:
Letter suffix for parallel elements:
Letter suffix shall normally blank but be reserved for identical package units of which the package number is the same. (Appendix 4) Letter suffix shall be normally blank but be reserved for parallel elements of the same loop.
2.4.2 LOOPED NON DCS INSTRUMENT NUMBERING SYSTEM
NNN 0 1
AAAA
P D I
NNN 0 2
A H
NNN 1 0 0
A B
A A
Letter Suffix for Parallel Elements
Letter Suffix for Identical Package Units
Sequence Number
Package Number
Unit Number
Functional Identification Symbol
System Number
N = Numeric A = Alphabet
2.4.2.1 System Number
Same as 2.3.1.1
2.4.2.2 Functional Identification Symbol
A maximum of four or a minimum of two letters shall be specified, such as PI, TIC, FCC, LAH, PDIC, LAHH and etc. Functional identification code shall be applied as per Appendix – 3 category ‘Instrument’.
2.4.2.3 Unit Number
Same as 2.3.1.3
2.4.2.4 Package Number
Same as 2.4.1.4
2.4.2.5 Sequence Number
Three digit numerical shall be specified to identify the sequence number of the loop of a particular instrument variable/function
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2.4.2.6 Letter Suffix
Letter suffix for identical package unit:
Letter suffix for parallel elements:
Letter suffix shall normally blank but be reserved for identical package units of which the package number is the same. (Appendix 4) Letter suffix shall be normally blank but be reserved for parallel elements of the same loop.
2.4.3 NON LOOPED INSTRUMENT NUMBERING SYSTEM
0 5
P G
0 8
H
1
0
0
A
Letter Suffix for Parallel Elements
Letter Suffix for Identical Package Units
Sequence Number
Package Number
Unit Number
Functional Identification Symbol
System Number
N = Numeric A = Alphabet
2.4.3.1 System Number
Same as 2.3.1.1
2.4.3.2 Functional Identification Symbol
A maximum of four or a minimum of two letters shall be specified, such as PG, TG, FG, LG, FE, TW, PCV, PDCV, TCV and etc. Functional identification code shall be applied as per Appendix – 3 category ‘Instrument’.
2.4.3.3 Unit Number
Same as 2.3.1.3
2.4.3.4 Package Number
Same as 2.4.1.4.
2.4.3.5 Sequence Number
Three digit numerical shall be specified to identify the sequence number of a particular instrument variable/function.
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2.4.3.6 Letter Suffix
Letter suffix for identical package unit:
Letter suffix for parallel elements:
Letter suffix shall normally blank but be reserved for identical package units of which the package number is the same. (Appendix 4) Letter suffix shall be normally blank but be reserved for parallel elements of the same loop.
2.4.4 PLC FUNCTIONAL LOGIC NUMBERING SYSTEM
NNN AAAA NNN 2 8 8 1 U Y
A H
NNN 1 0 0
A A
A
Letter Suffix for Parallel Elements
Letter Suffix for Identical Package Units
Sequence Number
Package Number
Unit Number
Functional Identification Symbol
System Number
N = Numeric A = Alphabet
2.4.4.1 System Number
Same as 2.3.1.1
2.4.4.2 Functional Identification Symbol
The letter shall be UY, fixed for functional logic designate and UZ, fixed for shutdown logic designate.
2.4.4.3 Unit Number
Same as 2.3.1.3
2.4.4.4 Package Number
Same as 2.4.1.4.
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2.4.4.5 Sequence Number
Three digit numerical shall be specified to identify the sequence number of the loop of a particular instrument variable/function
2.4.4.6 Letter Suffix
Letter suffix for identical package unit:
Letter suffix for parallel elements:
Letter suffix shall normally blank but be reserved for identical package units of which the package number is the same. (Appendix 4)
Letter suffix shall be normally blank but be reserved for parallel elements of the same loop.
2.4.5 DCS FUNCTIONAL LOGIC NUMBERING SYSTEM
Functional identification symbol for DCS functional logic for sequential or operational control are designated as UY, fixed. The numbering system shall be same as Paragraph 2.4.4
2.4.6 HARDWIRED RELAY FUNCTIONAL LOGIC NUMBERING SYSTEM
Functional identification symbol for hardwired relay logic for permissive or sequential control are designated as I, fixed. Functional identification symbol for hardwired relay logic for emergency shutdown are designated as IZ, fixed. The numbering system shall be same as Paragraph 2.4.4.
2.4.7 HARDWIRED SOLID STATE SHUTDOWN LOGIC NUMBERING SYSTEM
Hardwired solid-state logic is primarily for emergency shutdown (ESD) and designated as UZ also, fixed. The numbering system shall be same as Paragraph 2.4.4.
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2.4.8 RESTRICTION ORIFICE
NNN 0 5
AA RO R O M R
NNN 1 0
NNN 5
2
0
A A
Secondary Identifier
Sequence Number
Unit Number
Line Service Code
RO - Functional Identification Symbol for Restriction Orifice
System Number
N = Numeric A = Alphabet
2.4.8.1 System Number
Same as 2.3.1.1
2.4.8.2 Functional Identification Symbol
Functional identification symbol RO shall be used for restriction orifice.
2.4.8.3 Line Service Codes
Line Service Code shall be applied as per Appendix – 3 and category ‘Line’.
2.4.8.4 Unit Number
Same as 2.3.1.3
2.4.8.5 Sequence Number
Three digit numerical shall be specified to identify the sequence number of the loop of a particular instrument variable/function
2.4.8.6 Secondary Identifier
Same as 2.4.1.6
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2.4.9 FIELD JUNCTION BOX NUMBERING
A A A
N A N N N A N
J B S -
Numeric sufix (For secondary sufix if there is a Foundation Field Bus)
A,B,C…shall be applied to same type Junction Boxes of similar Package Units
Serial Number (001 to continuous for each signal type and Plant Number/ train designation, 500 to continuous for package Unit. Serial Number can be split into blocks according to signal categories.
Signal Category (refer Table 4)
ITR / Control Room Number [Onshore] System Number [Offshore]
System Function Identifier (From Table 3 As applicable)
N = Numeric A = Alphabet X = Alphanumeric
Code and System Description
A - Anti-Surge C E
- Process Control System (DCS) Safety System (IPS / PSS)
F
Safety System (Fire and Gas)
M - Machine Monitoring System (MMS) S
Safety System (HIPPS) Optical Signal Communication
O -
P Z
- Power Source
System Communication
Apply to Internal Instrument Cables Only
Table 3 : System Function Identifier
Description
Analogue Input / Output Signal (4 ~20mADC.) Digital Input / Output Signal – Switches such as Pressure Switch, Level Switch, Limit Switch etc. (24VDC) Foundation Fieldbus Signal Power Source (120VAC) Resistance Temperature Detector (RTD) Signal Serial Communication Thermocouple Signal (mv-low level analogue, TK, TT, ……….) Solenoid Valve (120V AC / 24V DC.)
Code A D
F P R S T V
Note: For intrinsically safe signals the suffix “i” shall be added at the beginning of each category. Table 4 : Signal Category
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2.4.10 SMART JUNCTION BOX NUMBERING
2.4.10.1 Numbering Structure
[A] A A A A
[N] S J B C - 8 1 A 0 0 0 1 A - 1
X X X X N N N A
Suffix 2 (Refer 2.4.10.8) (Optional)
Suffix 1 (Refer 2.4.10.7)
Sequence Number(Refer 2.4.10.6)
Package Number (Refer 2.4.10.5)
ITR Number (Refer 2.4.10.4)
System Funtion Identifier (Refer 2.4.10.3)
Equipment Type (Refer 2.4.10.2)
N = Numeric A = Alphabet X = Alphanumeric
2.4.10.2 Equipment Type
Equipment Type shall be three (3) or (4) letters of equipment as follows:
SJB FPDB FFSB FDAP
: Smart Junction Box : Field Power Distribution Board : Field Fiber Splicing Board : Field Device Access Point
2.4.10.3 System Function Identifier
Refer Table 3 in section 2.4.9.
2.4.10.4 ITR Number
ITR numbers to be developed by project following the below methodology:
ITR Number shall be applied for two (2) or three (3) digits of ITR number where related signal that omits ‘ITR’ such as 85, 81A, 81B and so on.
For Instrument Junction Box inside Substation, the third digit of Substation number shall be omitted example: 621 : SS-6201, Process Substation-1 (TR-8)
For Instrument Junction box outside LCS/ LCC (Local Control Station/Center) in GTG package examples: L54 : LCS/LCC of GTG No.1 Gas Turbine
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2.4.10.5 Package Number
Same as 2.4.1.4
2.4.10.6 Sequence Number
Sequence number shall be three (3) digits of number (001 through 999).
2.4.10.7 Suffix 1
Suffix 1 shall be for one letter (A, B, C…) for same JB No. and if there are same package units in parallel as necessary
2.4.10.8 Suffix 2
Suffix 2 shall be applied as 1 digit (1, 2, 3…) for same JB No as necessary. If required this can be extended to 2 digits also (10,11,12 …).
2.5 MECHANICAL ITEMS NUMBERING SYSTEM
2.5.1 SPECIAL ITEMS AND VACUUM BREAKERS
NNN AAAA 0 1 S P
NN 0 2
NN 0 1
A A
A A
Letter Suffix for Parallel Elements
Letter Suffix for Identical Package Units
Sequence Number
Unit Number
Functional Identification Symbol As per Appendix 3 (Special Item category)
System Number
N = Numeric A = Alphabet
2.5.1.1 System Number
System Number consists of 2 or 3 characters. New major projects will be assigned unique
system Number(s). For details refer to the procedure PRJ-PJL-PRC-005 - Facilities System
and Unit Number Codes and Descriptions.
2.5.1.2 Functional Identification Symbol
Functional identification code shall be applied as per Appendix – 3 category ‘Special Item’.
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2.5.1.3 Unit Number
Same as 2.3.1.3
2.5.1.4 Sequence Number
Two digit numerical shall be specified
2.5.1.5 Package Number
Same as 2.4.1.4
2.5.1.6 Letter Suffix
Same as 2.4.1.6
2.5.2 NUMBERING SYSTEM FOR NON-MANUAL VALVES
2.5.2.1 Numbering Structure - Non-Manual Valves
NNN 0 1
AAAA B D V
NN 0 2
A B
NNN 0
0
1
A A
A A
Letter Suffix for Parallel Elements
Letter Suffix for Identical Package Units
Sequence Number
Package Number
Unit Number
Functional Identification Symbol As per Appendix 3
System Number
N = Numeric A = Alphabet
Examples:
560BDV490097
Blowdown Valve
560FV91B302
Compressor Variable Guide Vane Flow Control
2.5.2.2 System Number
Same as 2.3.1.1
2.5.2.3 Functional Identification Symbol
Functional identification code shall be applied as per Appendix – 3 category ‘Instrument’.
2.5.2.4 Unit Number
Same as 2.3.1.3
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2.5.2.5 Package Number
Same as 2.4.1.4
2.5.2.6 Sequence Number
Three digit numerical shall be specified
2.5.2.7 Letter Suffix
Same as 2.4.1.6
2.5.3 NUMBERING SYSTEM FOR MANUAL VALVES
0 1 - Q V
0 2
0 0 0 1
Sequence Number
Unit Number
Functional Identification Symbol As per Appendix 3 (Category Manual Valve)
System Number
Examples: 115-QV970823
2.5.3.1 System Number (Plant Code)
Same as 2.3.1.1
2.5.3.2 Functional Identification Symbol
Functional identification code shall be applied as per Appendix – 3 category ‘Manual Valve’.
2.5.3.3 Unit Number
Same as 2.3.1.3
2.5.3.4 Sequence Number
Four digit numerical (0001 through 9999) Numbering to start 0001 for each unique System Number/Unit Number combination
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2.6 FIRE PROTECTION SYSTEM
2.6.1 FIRE / GAS DETECTORS
NNN AAAA 0 8 G E
83 8 3
A/N 0
NNN 0
0
1
A S
AA A A
Individual Detector Identifiers
Detector Type
Sequence Number
Area Number Package Number
Unit Number
Functional Identification Symbol
System Number
N = Numeric A = Alphabet
2.6.1.1 System Number
Same as 2.3.1.1
2.6.1.2 Functional Identification Symbol
For Fire/Gas Detectors - The functional identification symbol shall be GE, fixed. For Other Instruments and Alarms - A maximum of four or a minimum of two letters shall be specified, such as PG, LT, PSH, UA, AAH, etc. A maximum of three letters for Line Fault Alarm shall be specified. For Line Fault Alarm – LM shall be added for Line Fault Alarm.
2.6.1.3 Unit Number
The Unit Number Shall be 83, Fixed.
2.6.1.4 Area Number
For Onshore Projects - For numbering methodology refer to below list:
Fire Zone/Area Number 0 1 2 3 4
5
Description
in field e.g. Pipeline Onshore - Beach Valve Station in MCB in ITR in Sub-Station in Analyzer House / Analyzer Shelter in Other building e.g. Pipeline Onshore - Beach Valve Station Interface Building Pipeline Onshore – Battery Room Table 5: Fire Zones For Onshore Projects
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For Offshore Projects - For numbering methodology for offshore projects refer to below list:
Fire Zone/Area Number 1 2 3
4
5 6 7 8 9 A B
Description
Wellhead Platform Heli Deck Wellhead Platform Upper Deck Wellhead Platform Mezzanine Deck Wellhead Platform Well Bay area (Lower Deck & Wellhead Access Platform) Wellhead Platform Lower Deck Wellhead Platform Cellar Deck Wellhead Platform Cam Building – Upper Deck Wellhead Platform HV Room – Mezzanine Deck Wellhead Platform Temporary Refuge Room – Lower Deck Wellhead Platform Transformer Room – Mezzanine Deck Wellhead Platform Battery Room – Upper Deck Table 6: Fire Zones for Offshore Project
2.6.1.5 Package Number
Same as 2.4.1.4
2.6.1.6 Sequence Number
Three digit numerical (001 through 999) shall be specified. For instruments that are categorized by zones, this sequence number shall be assigned in series to the zone.
2.6.1.7 Detector Type
The detector type shall be selected among types listed below.
F:
S:
T:
C:
Fire Detectors (General Alarm)
Smoke Detector
Toxic Gas Detectors
Combustible Gas Detectors
H:
M:
L:
O:
Heat Detectors
Pull Handles
Low Temperature Detectors
Optical Flame Detectors (W/IR)
2.6.1.8 Individual Detector Identifiers
Individual identifier shall be usually blank and ignored. For detectors that are connected to the same loop, this individual identifier shall be two-digit alphabet to identify each individual detector of the loop.
Effective Date 11 Nov 2024
QatarEnergy LNG Equipment Numbering Philosophy Rev 17 Criticality Level: Medium Classification: Internal
Page 32 of 102
Note: The printed/exported document PRJ-PJL-PRC-008 out of AIMS is considered uncontrolled.
Classification: Internal
Generated by: Mohammed Abdalwahab (C016274) on 11/11/2024
UNCONTROLLED IF PRINTED PRJ-PJL-PRC-008 Procedure
2.6.2 FOR OTHER INSTRUMENTS AND ALARMS
NNN 0 8
AAAA A A H H
83 8 3
X 0
NNN 0
0
1
A C
A A
Letter Suffix for Location
Detector Type
Sequence Number
Area Number Package Number
Unit Number
Functional Identification Symbol
System Number
N = Numeric A = Alphabet X = Alphanumeric
2.6.2.1 System Number (Plant Code)
Same as 2.3.1.1
2.6.2.2 Functional Identification Symbol
Same as 2.6.1.2
2.6.2.3 Unit Number
The Unit Number Shall be 83, Fixed.
2.6.2.4 Area Number
Same as 2.6.1.4
2.6.2.5 Package Number
Same as 2.4.1.4
2.6.2.6 Sequence Number
Three digit numerical shall be specified
2.6.2.7 Detector Type
Same as 2.6.1.7
2.6.2.8 Letter suffix for Location
Letter suffix shall be normally blank but be reserved for Location of Alarm Indication
Effective Date 11 Nov 2024
QatarEnergy LNG Equipment Numbering Philosophy Rev 17 Criticality Level: Medium Classification: Internal
Page 33 of 102
Note: The printed/exported document PRJ-PJL-PRC-008 out of AIMS is considered uncontrolled.
Classification: Internal
Generated by: Mohammed Abdalwahab (C016274) on 11/11/2024
UNCONTROLLED IF PRINTED PRJ-PJL-PRC-008 Procedure
2.6.3 FOR FIRE PROTECTION SYSTEM VALVES
AA NNN
0 8 - X V
NN 8 3
X 0
NNN 0
0
1
AA A A
Letter Suffix for Parallel Elements
Sequence Number
Area Number Package Number
Unit Number
Functional Identification Symbol (V to be replaced with Y for solenoid valve)
System Number
N = Numeric A = Alphabet X = Alphanumeric
2.6.3.1 System Number
Same as 2.3.1.1
2.6.3.2 Functional Identification Symbol
XV to be used. V to be replaced by Y for Solenoid Valve
2.6.3.3 Unit Number
Same as 2.6.1.3
2.6.3.4 Area Number
Same as 2.6.1.4
2.6.3.5 Package Number
Same as 2.4.1.4
2.6.3.6 Sequence Number
Three digit numerical shall be specified.
2.6.3.7 Letter suffix for Parallel Elements
Letter suffix shall be normally blank but be reserved for parallel elements of the same zone
Effective Date 11 Nov 2024
QatarEnergy LNG Equipment Numbering Philosophy Rev 17 Criticality Level: Medium Classification: Internal
Page 34 of 102
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Classification: Internal
Generated by: Mohammed Abdalwahab (C016274) on 11/11/2024
UNCONTROLLED IF PRINTED PRJ-PJL-PRC-008 Procedure
2.6.4 FIRE PROTECTION SYSTEM VALVE HEADERS
NNN 0 8
AAA V
D
H
NN 8 3
X 0
NNN 0
0
1
A A
A: Auto and M: Manual
Sequence Number
Area Number Package Number
Unit Number
Functional Identification Symbol (DV to be replaced with IA for instrument air header)
System Number
N = Numeric A = Alphabet X = Alphanumeric
2.6.4.1 System Number
Same as 2.3.1.1
2.6.4.2 Functional Identification Symbol
DV to be replaced by IA for Instrument Air header
2.6.4.3 Unit Number
Same as 2.6.1.3
2.6.4.4 Area Number
Same as 2.6.1.4
2.6.4.5 Package Number
Same as 2.4.1.4
2.6.4.6 Sequence Number
Three digit numerical shall be specified.
Effective Date 11 Nov 2024
QatarEnergy LNG Equipment Numbering Philosophy Rev 17 Criticality Level: Medium Classification: Internal
Page 35 of 102
Note: The printed/exported document PRJ-PJL-PRC-008 out of AIMS is considered uncontrolled.
Classification: Internal
Generated by: Mohammed Abdalwahab (C016274) on 11/11/2024
UNCONTROLLED IF PRINTED PRJ-PJL-PRC-008 Procedure
2.6.5 LINE FAULT ALARM OF FIRE/GAS DETECTORS AND OTHER INSTRUMENTS
NNN 0 8
AAA G E
L M L M 8 3
83
X 0
NNN 0
0
1
A S
Detector Type
Sequence Number
Area Number Package Number
Unit Number
Line Fault Alarm
Functional Identification Symbol
System Number
N = Numeric A = Alphabet X = Alphanumeric
2.6.5.1 System Number
Same as 2.3.1.1
2.6.5.2 Functional Identification Symbol
Same as 2.6.1.2
2.6.5.3 Line Fault Alarm
LM shall be added for Line Fault Alarm
2.6.5.4 Unit Number
Same as 2.6.1.3
2.6.5.5 Area Number
Same as 2.6.1.4
2.6.5.6 Package Number
Same as 2.4.1.4
2.6.5.7 Sequence Number
Three digit numerical shall be specified
2.6.5.8 Detector Type
Same as 2.6.1.7
Effective Date 11 Nov 2024
QatarEnergy LNG Equipment Numbering Philosophy Rev 17 Criticality Level: Medium Classification: Internal
Page 36 of 102
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Classification: Internal
Generated by: Mohammed Abdalwahab (C016274) on 11/11/2024
UNCONTROLLED IF PRINTED PRJ-PJL-PRC-008 Procedure
2.6.6 LINE FAULT ALARM OF FIRE PROTECTION SYSTEM VALVES
NNN 0 8
AA X V
L M L M 8 3
8 3
X 0
NNN 0
0
1
AA A A
Letter Suffix for Parallel Elements
Sequence Number
Area Number Package Number
Unit Number
Line Fault Alarm
Functional Identification Symbol
System Number
N = Numeric A = Alphabet X = Alphanumeric
2.6.6.1 System Number
Same as 2.3.1
2.6.6.2 Functional Identification Symbol
XV to be used. V to be replaced with Y for solenoid valve
2.6.6.3 Line Fault Alarm
LM shall be added for Line Fault Alarm
2.6.6.4 Unit Number
Same as 2.6.1.3
2.6.6.5 Area Number
Same as 2.6.1.4
2.6.6.6 Package Number
Same as 2.4.1.4
2.6.6.7 Sequence Number
Three digit numerical shall be specified.
2.6.6.8 Letter Suffix for Parallel Elements
Letter suffix shall be normally blank but be reserved for parallel elements of the same zone
Effective Date 11 Nov 2024
QatarEnergy LNG Equipment Numbering Philosophy Rev 17 Criticality Level: Medium Classification: Internal
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UNCONTROLLED IF PRINTED PRJ-PJL-PRC-008 Procedure
2.7 LINE NUMBERING SYSTEM
2.7.1 NUMBERING STRUCTURE FOR LINE
AAA
NNN NNN 0 0
M E G 0 1
NNNN
NNNN
(
XXXXX
0 0 0 6 - 1
8 ( 1 R 0
J
XXX ) ( ) 1 0 A (
NNN )
- 1 6 0 )
Insulation Temperature (Normal Operating Temp.)
Insulation Type
Line Class
Line Size
Line Number
Unit Number
System Number
Line Service Code
N = Numeric A = Alphabet X = Alphanumeric
2.7.1.1 Line Service Code
Functional identification code shall be applied as per Appendix – 3 category ‘Line’.
2.7.1.2 System Number
Same as 2.3.1.1
2.7.1.3 Line Number
Six-digit serial number through the same line service code category shall be assigned to the line in the system. For the piping in packages, the first letter of this sequence number shall be the alphabet in Appendix 4 - Package Numbers to identify the package.
Z
A
0 1
Sequence Number (01 TO 99)
Letter Suffix for Identical Package Units (Appendix 4 - Package Numbers) Package Number in Appendix 4 - Package Numbers
Effective Date 11 Nov 2024
QatarEnergy LNG Equipment Numbering Philosophy Rev 17 Criticality Level: Medium Classification: Internal
Page 38 of 102
Note: The printed/exported document PRJ-PJL-PRC-008 out of AIMS is considered uncontrolled.
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Generated by: Mohammed Abdalwahab (C016274) on 11/11/2024
UNCONTROLLED IF PRINTED PRJ-PJL-PRC-008 Procedure
2.7.1.4 Line Class
Line class shall be as per approved “Technical Specification Piping Material Classes”
2.7.1.5 Insulation Type
Insulation Type shall be as per approved “Technical Specification Summary of Coating, Insulation and Passive Fire Protection Requirements”
Note: Design Code - The design code assigned in FEED Package shall not be applied in line with the Company’s instruction during bidding stage
2.8 HVAC NUMBERING SYSTEM
2.8.1 NUMBERING STRUCTURE FOR HVAC
AA NN 0 1 - Y H
NN 4 2
NN 0 1
AAAA H U
A
NN 0 1
A A
Secondary Identifier
Sequence Number
Equipment Code
Equiupment Number
Unit Number
Equipment Class
System Number
N = Numeric A = Alphabet X = Alphanumeric
2.8.1.1 System Number
Same as 2.3.1.1
2.8.1.2 Equipment Class
YH to be used for HVAC Equipment for Structure YK to be used for HVAC Equipment for Building
2.8.1.3 Unit Number
Unit number for HVAC shall be designated as 42, fixed
2.8.1.4 Equipment Number
Two-digit serial number through the same equipment category and the same unit shall be in the system
Effective Date 11 Nov 2024
QatarEnergy LNG Equipment Numbering Philosophy Rev 17 Criticality Level: Medium Classification: Internal
Page 39 of 102
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UNCONTROLLED IF PRINTED PRJ-PJL-PRC-008 Procedure
2.8.1.5 Equipment Code
Maximum of 4 digits, Equipment code shall be applied as per Appendix – 3 from different categories based on type of equipment.
2.8.1.6 Sequence Number
Two-digit serial number through the same equipment category and the same unit shall be assigned in series to be equipment in the system
2.8.1.7 Secondary Identifier
Equipment in the same service for either throughout or standby reasons shall be numbered using A, B, etc.
2.9 ELECTRICAL NUMBERING SYSTEM
2.9.1 MAIN ELECTRICAL EQUIPMENT
S B
- 0 8
2
0 1
A/B
Suffix
Sequence Number
Voltage Level as per Appendix 5 – Voltage Levels
System Number
Equipment Type as per Appendix 3 – Equipment Classes - Category Electrical
Note: Sequence Number: Two digit sequence number shall be applied starting with 01, 02…99 through the same equipment category and the system. Example: Switch Board:
SB-68601 - 11 kV Air Insulated Switchgear SB-560301A - LV Normal Switchgear (Bus A) SB-560301B - LV Normal Switchgear (Bus B) TR-65375 - 11/0.415 KV TRANSFORMER 2.00MVA TR-560302A and- TR-560302B - 11/0.42kV Transformer (1600 kVA) PDB-121304 - Power Distribution Board DCP-114501 - DC Distribution Panel
Transformer:
Distribution Panel:
Control Panel Board: CP-142401 - Control Panel - Non HVAC CP-65303A - Control Panel - Non HVAC CP-562352 - Cold Store Walk-in Chiller Control Panel WO-402303 - Welding Socket Outlet WO-79303 - Power Junction Box for Welding Outlets WO-62310A - Welding Outlet
Welding Socket:
Effective Date 11 Nov 2024
QatarEnergy LNG Equipment Numbering Philosophy Rev 17 Criticality Level: Medium Classification: Internal
Page 40 of 102
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Generated by: Mohammed Abdalwahab (C016274) on 11/11/2024
UNCONTROLLED IF PRINTED PRJ-PJL-PRC-008 Procedure
2.9.2 BUILDING ELECTRICAL EQUIPMENT
U P S D P - 1 1 1
2
3
4
A
Secondary Sequence Number (If Required)
Sequence Number
Voltage Level as per Appendix 5 – Voltage Levels Building Code Number (Onshore) Platform Location Code (Offshore)
System Number
Equipment Type as per Appendix 3 – Equipment Classes - Category Electrical
2.9.2.1 Building Code Number
For Onshore Greenfield project, Building Code Numbers elaborated during Engineering phase must be approved by Engineering and System Governance Team before implementation.
2.9.2.2 Platform Location Code
For Offshore Greenfield project, the below location code shall be followed:
Location
Jacket Top 1st Level above Jacket top 2nd Level above Jacket top 3rd Level above Jacket top 4th Level above Jacket top 5th Level above Jacket top N-th Level above Jacket top
Code 0 1 2 3 4 5 N
Examples:
Table 7: Platform Location Codes
Description
Tag Number
Equipment type
System
Build. Code / Platform Loc. Code
Sequence Number
Voltage Level
Secondary Sequence Number (If required)
1 Lighting Panel located in Onshore Building code number 2
Lighting Panel
LP-111234
LP
111
2 UPS distribution Panel located in Onshore Building code number 2
UPS Distr. Panel
UPSDP-111234A
UPSDP
111
2
2
3 Outlet Panel OP-111234 located at Offshore platform 2nd Level above Jacket top
Outlet Panel
OP-111234
OP
111
2
3
3
3
4
4
4
A
Effective Date 11 Nov 2024
QatarEnergy LNG Equipment Numbering Philosophy Rev 17 Criticality Level: Medium Classification: Internal
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Generated by: Mohammed Abdalwahab (C016274) on 11/11/2024
UNCONTROLLED IF PRINTED PRJ-PJL-PRC-008 Procedure
2.9.3 MOTOR NUMBERING FOR MAIN EQUIPMENT
0 1 - P M 0 7
0 1 A / B
Secondary Identifier (If Required)
Equiupment Number
Unit Number
Equipment Class, Appendix 3 - Equipment Classes shall be applied
System Number
Examples:
01-PM0701A 01-XCM0601B
2.9.4 MOTOR NUMBERING FOR AUXILIARY EQUIPMENT
MAIN EQUIPMENT NUMBER
Example:
01-K0601-PM02B
2.9.5 ELECTRICAL HEATER NUMBERING
0 1 - P M 0 5 0 1 -
H
1
MOTOR OR EQUIPMENT NUMBER
Main / Spare Designator (If Required) Sequence Number (If Required)
Equipment Class, Appendix 3 - Equipment Classes shall be applied
Main / Spare Designator (If Required) Sequence Number (If Required)
Example: 230-PM8702B-H – Motor Space Heater, 04-PM0203C-H1 - HEATER-MAIN MOTOR SPACE HEATER , 26-K7101B-PM1B-H - BOIL-OFF COMPRESSOR L.O. PUMP STAND-BY MOTOR SPACE HEATER
2.9.6 LOCAL CONTROL UNIT NUMBERING
0 9 - Y H 4 1 0 2 - C P
MOTOR OR EQUIPMENT NUMBER
Example:
09-YH4102-CP01
Sequence Number (If Required)
Effective Date 11 Nov 2024
QatarEnergy LNG Equipment Numbering Philosophy Rev 17 Criticality Level: Medium Classification: Internal
Page 42 of 102
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UNCONTROLLED IF PRINTED PRJ-PJL-PRC-008 Procedure
2.9.7 LIGHTING FIXTURES, LIGHTING FIXTURE JUNCTION BOX AND SMALL POWER
E
L
P - 1 1 1 2 3 4 A - E L F
5
5 6
6
6
Sequence Number
Circuit Number
Lighting/Outlet As per Appendix 3 – Equipment Classes - Category Electrical
Lighting / Outlet Panel Number
Note: Lighting / Outlet Panel installed inside a building shall follow section 2.9.2 Building Electrical Equipment.
Examples:
Description
Tag Number
Lighting / Outlet Panel Number
Lighting / Outlet Equipment Type
Circuit Number
Sequence Number
1 Light Fixture mounted without Pole fed from lighting panel LP-111234, Circuit 55
Lighting fixture
LP-111234-NLF55666
LP-11234
NLF
2 Emergency Light Fixture JB fed from Emergency lighting panel ELP-111234, Circuit 55
Light Fixture JB
ELP-111234-LJB55666
ELP-111234
LJB
3 Convenience Socket fed from Outlet Panel OP-111234, Circuit 55
Convenience Socket
OP-111234-CD55666
OP-111234
CD
55
55
55
666
666
666
2.10 TELECOMMUNICATIONS NUMBERING SYSTEM
0 1 - A
M
P - C D
- 0 1
Secondary Sequence Number (If Required) Sequence Number
Location Code, Physical Location - Refer Appendix - 6 Equipment Class, Appendix 3- Telecommunication Equipment Types shall be applied
System Number
Effective Date 11 Nov 2024
QatarEnergy LNG Equipment Numbering Philosophy Rev 17 Criticality Level: Medium Classification: Internal
Page 43 of 102
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Classification: Internal
Generated by: Mohammed Abdalwahab (C016274) on 11/11/2024
UNCONTROLLED IF PRINTED PRJ-PJL-PRC-008 Procedure
Example:
01-AMP-CD-01
2.11 FIRE FIGHTING AND SAFETY EQUIPMENT NUMBERING
2.11.1 FIRE FIGHTING EQUIPMENT
Firefighting equipment like Fire Hydrants, Fire Monitors, Fire Hose Reel and Fire Extinguisher shall be tagged as per following syntax
AAA NNN
2 4 - F H
NN 8 3
NNNN 0 0 0 1
A A
Secondary Identifier [Optional for Fire Hydrant]
Sequence Number
Unit Number
Equipment Class
System Number
N = Numeric A = Alphabet
Examples:
Fire Hydrant:
24-FH830001
Fire Monitor:
25-FM830001
Fire Hose Reel:
52-HR830001
Fire Extinguisher: 53-FE830001
2.11.1.1 System Number
As per section 2.3.1.1
2.11.1.2 Equipment Class
As per Appendix -3 Equipment Class for Fire Hydrant, Fire Monitor, Fire Hose Reel and Fire extinguisher
2.11.1.3 Unit Number
The unit shall be 83 – Fire Protection System
2.11.1.4 .Sequence Number
Four digit numerical shall be specified to identify the sequence number for each system and function code.
Effective Date 11 Nov 2024
QatarEnergy LNG Equipment Numbering Philosophy Rev 17 Criticality Level: Medium Classification: Internal
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Generated by: Mohammed Abdalwahab (C016274) on 11/11/2024
UNCONTROLLED IF PRINTED PRJ-PJL-PRC-008 Procedure
2.11.1.5 Secondary Identifier
Secondary identifier/Suffix is optional element used to identify Outlet Valves and Storz(pumper connection) of Fire Hydrant only as per following clause
Outlet valves attached to Fire hydrant shall be tagged by adding suffix/secondary identifier to the main tag e.g. 24-FH830001A, 24-FH830001B etc.
Storz/Pumper Connection attached to Fire hydrant shall be tagged by adding letter ‘P’ as suffix to main tag e.g. 24-FH830001P
Optional secondary identifier shall NOT be used for tagging Fire Monitor, Fire Hose Reel and Fire Extinguisher
2.11.2 FIRE FIGHTING SYSTEM PACKAGE
2.11.2.1 Fire Fighting System Package
AA NNN
5 3 - X Z
NNN 8 3
NN 0 1
Sequence Number
Unit Number
Equipment Class
System Number
N = Numeric A = Alphabet
Examples:
53-XZ8301
53-XZ8302
“Equipment Class” of “XZ” from Appendix-3 Equipment Class Category to be applied for the following category of firefighting system packages:
Trailer mounted Low Expansion Foam/Water Monitor with 2,000 L Foam Tank
Water Mist System High Expansion Foam System Skid High Expansion Foam Genera tor NOVEC 1230 System (Clean Agent System)
Effective Date 11 Nov 2024
QatarEnergy LNG Equipment Numbering Philosophy Rev 17 Criticality Level: Medium Classification: Internal
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Classification: Internal
Generated by: Mohammed Abdalwahab (C016274) on 11/11/2024
UNCONTROLLED IF PRINTED PRJ-PJL-PRC-008 Procedure
2.11.2.2 Auxiliary Tags of Fire Fighting System Package
Fire fighting s ys tem pa cka ge num
AAA NNN
2 4 - X H
NNN 8 3
NN 0 1 -
Aux Equi p num AAA T
NN
0
1
Sequence Number [If Required]
Indented Equipment Class
Sequence Number
Unit Number
Equipment Class
System Number
N = Numeric A = Alphabet
2.11.2.3 Indented Equipment Class
One to three characters T, XM and CYL are used to designate indented equipment classification. Refer Appendix – 3 – Equipment classes for description of above mentioned equipment codes
2.11.2.4 Sequence Number
2 digit sequence number if required to identify multiple similar items in the same firefighting package.
Examples:
Storage tank in High expansion Foam Concentrate Storage Tank (24-XZ8301) shall be tagged as 24-XZ8301-T
Foam in-line Inductor shall be tagged as 24-XZ8301-XM
Fire Suppression Cylinders shall be tagged as 24-XZ8301-CYL01, 24-XZ8301-CYL02 etc.
2.11.3 BYPASS VALVE
Bypass valve of Deluge Valve, if any, to be identified as Auxiliary Equipment as follows
NNN 2 4
Deluge Valve Tag Number NN 8 3
AA X V
X
0
NNN
AA 1 0 0 - Q V
QV used for bypass valve
Sequence Number
Package Number
Unit Number
Functional Identification Symbol
System Number
N = Numeric A = Alphabet X = Alphanumeric
Example: Bypass valve for deluge valve 24XV830100 will be 24XV830100-QV
Effective Date 11 Nov 2024
QatarEnergy LNG Equipment Numbering Philosophy Rev 17 Criticality Level: Medium Classification: Internal
Page 46 of 102
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Classification: Internal
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UNCONTROLLED IF PRINTED PRJ-PJL-PRC-008 Procedure
2.12 CABLE NUMBERING SYSTEM
Note: The number of characters and position of the hyphens shown in the equipment item number in the procedure are indicative not prescriptive, the actual tag format/structure will depend on the type of equipment to which the cable is attached.
2.12.1 FEEDER CABLE
T R
0 2 1 1 -
F
ELECTRICAL EQUIPMENT NUMBER
Example: TR-0211-FR1-A (Single Cable) TR-0211-FBN1-A (Single Cable) TR-0021-F1 (3 Core Cable)
2.12.2 POWER CABLE FOR MOTOR
0 2 - P M 0 2 0 3
P
MOTOR ITEM NUMBER
Example: 02-PM0203A-PR1 (Single Cable) 02-PM0203A-PBN1 (Single Cable) 02-PM0203-P1 (3 Core Cable)
Splicing Number (If Required)
Sequence Number
Phaser (Single Cable Only, R, Y, B or BK, BN, GY)
Feeder Cable
Electical Equipment Item Number
Sequence Number (If Required)
Phaser (Single Cable Only, R, Y, B or BK, BN, GY)
Power Cable
Motor Item Number
Effective Date 11 Nov 2024
QatarEnergy LNG Equipment Numbering Philosophy Rev 17 Criticality Level: Medium Classification: Internal
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UNCONTROLLED IF PRINTED PRJ-PJL-PRC-008 Procedure
2.12.3 POWER CABLE FOR ELECTRIC HEATER
0 2 - P M 0 7 0 5 A - H
P
ELECTRICAL HEATER ITEM NUMBER
Sequence Number (If Required)
Power Cable
Example:
02-PM0705A-H1-P1 SB-260131-H-P EDH-201301-H-P1 SB-26111A-H1-P EDH-201301-H1-P1
2.12.4 CONTROL CABLE FOR MOTOR
0 1 - P M 0 7 0 5 A -
C
1
MOTOR ITEM NUMBER
Example:
01-PM0705A-C 360-PM0601-C1
Sequence Number (If Required)
Control Cable
2.12.5 POWER AND CONTROL CABLE FOR PANEL
E L P - 0 1 3 1 -
EQUIPMENT OR PANEL ITEM NUMBER
Sequence Number (If Required)
P = Power Cable C = Control Cable G = Grounding/Earthing Cable
Example:
ELP-0131-P
2.12.6 WELDING SOCKET POWER CABLE
W O - 0 2 3 2 -
P
WELDING SOCKET ITEM NUMBER
Sequence Number (If Required)
Power Cable
Example:
WO-0232-P WO-0232-P1
Effective Date 11 Nov 2024
QatarEnergy LNG Equipment Numbering Philosophy Rev 17 Criticality Level: Medium Classification: Internal
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UNCONTROLLED IF PRINTED PRJ-PJL-PRC-008 Procedure
2.12.7 FIRE ALARM CABLE
M C A - 0 1 1 - F A
EQUIPMENT ITEM NUMBER
Splicing Number (Alphabet If Required)
Sequence Number (If Required)
Example:
MCA-011-FA MCA-011-FA-D MCA-011-FA1 MCA-011-FA1-D
2.12.8 TELEPHONE CABLE
T B B - 0 1 1 - T L
EQUIPMENT ITEM NUMBER
Splicing Number (Alphabet If Required)
Sequence Number (If Required)
Example:
TBB-011-TL TBB-011-TL-A TBB-011-TL1 TBB-011-TL1-A
2.12.9 PUBLIC ADDRESS CABLE
A M P - 0 1 1 - P A
EQUIPMENT ITEM NUMBER
Splicing Number (Alphabet If Required)
Sequence Number (If Required)
Example:
AMP-0111-PA AMP-0111-PA-A AMP-0111-PA1 AMP-0111-PA1-A
Effective Date 11 Nov 2024
QatarEnergy LNG Equipment Numbering Philosophy Rev 17 Criticality Level: Medium Classification: Internal
Page 49 of 102
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Splicing Number (Alphabet If Required)
Sequence Number (If Required)
Optical Fiber Cable
2.12.10
LAN FIBER CABLE
O J B - 0 7 1 - O
P
C
EQUIPMENT ITEM NUMBER
Example:
OJB-071-OPC OJB-071-OPC-A OJB-071-OPC1 OJB-071-OPC1-A
2.12.11
CCTV CABLE NUMBERING
C T V - 0 1 1 - X
X
X -
EQUIPMENT ITEM NUMBER
Sequence Number (If Required)
Cable Type: P = Power CX = Coaxial CMP = Composit
Example:
CTV-0111-CMP CTV-0111-CMP-01
2.12.12
DATA CABLE NUMBERING
D A T - 0 0 1 - X
X
X -
EQUIPMENT ITEM NUMBER
Example:
DAT-001-UTP DAT-001-UTP-01
Sequence Number (If Required)
Cable Type: SER = Serial UTP = Unshielded Twisted Pair STP = Shielded Twisted Pair
Effective Date 11 Nov 2024
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2.12.13
ANTENNA CABLE NUMBERING
A N T - 0 0 1 - X
X
X -
EQUIPMENT ITEM NUMBER
Sequence Number (If Required)
Cable Type: CX = Coaxial SCX= Slotted Coaxial LLF = Low Loss Foam WG = Waveguide
Example:
ANT-001-CX
2.12.14
FIBER OPTIC & COMPOSITE CABLE
-
X
X
X
Splicing Number(Alphabet if required)
Sequence Number (If Required)
Cable Type: BOC = Burried/Subsea Fiber Optic SOC = Surface Run/Topside Fiber Optic BCC = Burried/Subsea Composite Power and Fiber Optic SCC = Surface Run/Topside Composite Power and Fiber Optic
EQUIPMENT ITEM NUMBER
Example:
ANT-001-BOC11 ANT-001-BOC11-A
The Equipment Item Number is the Tag Number of the equipment at which the cable originates. For Composite Power / Fibre Optic Cables it will be the Equipment on the Power side
2.12.15
UMBILICAL CABLE
-
X
X
X
EQUIPMENT TAG NUMBER from which the cable Originates
Splicing Number(Alphabet if required)
Sequence Number (If Required)
Cable Type: UMB = Umbilical Subsea Cable
Effective Date 11 Nov 2024
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2.12.16
INSTRUMENT CABLE - DIRECT
- Direct cables between field instrument and control panels in technical building shall
have the same tag number as field instrument + the suffix “-M”
Example:
Instrument Tag Number 01-FT0925
Instrument Cable Number 01-FT0925-M
- Direct cables between analyzer house or local panel and control panel in technical building shall have the same house number or same local panel number as field equipment.
Cable Number
2
S
AH11
Example:
001
Sequence Number
Control Room Number
Typical Function (Refer to Section 2.4.9 Table 3 )
Equipment Number
Instrument Tag Number
Instrument Cable Number
AH-81A-11
AH11-S2001
2.12.17
INSTRUMENT CABLE – MULTIPLE JUNCTION BOX (JB)
Multi cables between field junction box and marshaling cabinet in technical building shall be numbered as follows:
Cable Number 001
S2V001
Sequence Number
Junction Box Number (without the prefix JB and intermediate ’-’. See examples below). System Function Identifier in Junction Box Tag should be retained in the cable tag.
Examples:
For a junction box JBS-2V001, cable tag number should be S2V001-001 For a junction box JBE-2V001, cable tag number should be E2V001-001
Effective Date 11 Nov 2024
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2.12.18
INSTRUMENT CABLE – MULTIPLE CONTROL ROOM
Multi cables between Control Room and Main Control Room in both rooms shall be the same number as equipment numbers
Marshalling Cabinet Number (In Control Room) IMC01
Equipment Number (In Main Control Room) MMC01
001
Sequence Number
Example:
IMC01-MMC01-001
2.12.19
INSTRUMENT CABLE – INDIVIDUAL
Individual cables between field instrument and junction boxes shall have the same Tag number as field instrument + Suffix “-S”
Example:
Instrument Tag Number 01TT0317
Instrument Cable Number 01TT0317-S
2.12.20
INSTRUMENT GROUNDING WIRE
2 4 -
51A NSE
999
Sequence Number
Type of Earth
ITR / Control Room Number
System Number
Example: 24-51ANSE-009
2.12.20.1
System Number
Same as 2.3.1.1
2.12.20.2
ITR / Control Room Number
Three digit identifier for related ITR or MCR signal
2.12.20.3
Type of Earth
Minimum two digits – maximum 3 digits as per below Table 8:
IE
NSE
PE
RE
SE
I.S. Earth
Non DCS Earth
Plant Earth
Reference Earth
DCS Earth
Effective Date 11 Nov 2024
QatarEnergy LNG Equipment Numbering Philosophy Rev 17 Criticality Level: Medium Classification: Internal
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Table 8: Type of Earth
3
INDUSTRIAL CONTROL SYSTEM SECURITY TAGGING SPECIFICATION
3.1 TAGGING PHILOSOPHY FOR WORKSTATION
B S I H 1 0 1
- H
M
I
D
0 1
Sequence Number, Numeric(2)
System Identifier, Aphanumeric(1)
ICS Workstation Function, Alpha (2-3)
ICS Location Sequence, Numeric (1-4)
ICS Location, Alpha(1-4)
3.1.1 ICS LOCATION
A maximum of Four and minimum of one digit shall be specified, such as L, SIH, LCS, BSIH etc. Refer Table-10
3.1.2 ICS LOCATION SEQUENCE NUMBER
A maximum of Four and minimum of one digit shall be specified, such as 1, 06, 101,1116 etc.
3.1.3 ICS WORKSTATION FUNCTION
A maximum of Three and minimum of two letter shall be specified, such as OS, OPC, ES, HMI etc as per Appendix-3 category ‘ICS System’.
3.1.4 SYSTEM IDENTIFIER
Maximum of One Alpha-Numeric shall be specified, such as A, B, E,1,2 etc., Refer Table- 12.
3.1.5 SEQUENCE NUMBER
Sequence number shall be 2 digits and shall start with 01, 02…99 etc for a combination of ICS location and equipment type.
Effective Date 11 Nov 2024
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3.2 TAGGING PHILOSOPHY FOR SERVERS
B S I H 1 0 1
- P
D
C -
A
0 3
Sequence Number, Numeri c(2)
System Identi fi er, Aphanumeri c(1)
ICS Server Functi on, Al pha (2-3)
ICS Locati on Sequence, Numeri c (1-4)
ICS Locati on, Al pha(1-4)
3.2.1 ICS LOCATION
Same as 3.1.1
3.2.2 ICS LOCATION SEQUENCE NUMBER
Same as 3.1.2
3.2.3 ICS SERVER FUNCTION
A Maximum of three and minimum of two letters shall be specified such as DB,HS,EPO,PDC etc as per Appendix-3 category ‘ICS System’.
3.2.4 SYSTEM IDENTIFIER
Same as 3.1.3
3.3 TAGGING PHILOSOPHY FOR NETWORK DRIVES
Following Network devices naming tagging including ”switches/Routers/Firewalls/Data Diodes/NTP”
B S I H 1 0 1
- P
D
C -
A
0 3
P
ICS Network Type, Alpha (1)
Sequence Number, Numeric(2)
System Identifier, Aphanumeric(1)
ICS Server Function, Alpha (2-3)
ICS Location Sequence, Numeric(1-4)
ICS Location, Alpha(1-4)
Effective Date 11 Nov 2024
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3.3.1 ICS LOCATIONS
Same as 3.1.1
3.3.2 ICS LOCATION SEQUENCE NUMBER
Same as 3.1.2
3.3.3 ICS NETWORK FUNCTION
Two letters shall be specified such as SW, DD, FW etc as per Appendix-3 category ‘ICS System’.
3.3.4 SYSTEM IDENTIFIER
Same as 3.1.4
3.3.5 SEQUENCE NUMBER
Same as 3.1.5
3.3.6 ICS NETWORK TYPE
One letter shall be specified such as P,S .Refer Table-11
3.4 TAGGING PHILOSOPHY FOR ICS LAPTOPS
N F P S - L P - 0 1
Sequence Number, Numeric(2)
ICS Laptop Function, Alpha (2) Fixed Code LP
Site, Alpha(3-4)
3.4.1 SITE
A maximum of four and minimum of three letters shall be specified such as QGS, QGN, NFPS etc. Refer Table-9
Effective Date 11 Nov 2024
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3.4.2 ICS LAPTOP FUNCTION
One letter shall be specified such as LP as per Appendix-3 category ‘ICS System’.
Note: - Respective projects / change management execution party shall coordinate with ICS Security Engineering for the sequence numbers for the ICS Laptops being added.
CODE BRZ NFE NFPS NFS OTR QGN QGS
Department Description Barzan North Field Expansion North Field Production Sustainability North Field South Offshore-Terminals-Refining QatarEnergy LNG Onshore/Offshore Operation North QatarEnergy LNG Onshore/Offshore Operation South
Table 9- Site Codes
CODE AH BAH BCCB BER BSIH
BVS CCB
CCR CSP DRP
ECC
ER GT GTG HCCB ITR
L LCB LCS
LER LQ MCB
MCC
Location Description Analyzer House Barzan Analyzer House Barzan Central Control Building Berth Barzan Satellite Instrument House
Beach Valve station building Central Control Building
Central control Room Common Sulphur Plant Disaster Recovery Protocol
Emergency Control Center
Engineering Room Gas Turbine Generator Area Gas Turbine Generator Helium Central Control Building Instrument Technical Room
Local Panel installed at Field connected to the ITRxxx Local Control Building Local Control Station
Local Equipment Room Living Quarters Main Control Building
Motor control center
Effective Date 11 Nov 2024
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Location Description Main control Room Main engineering Room
Printer Room Rack Room Marine Terminal Building
NFXP Wellheads
North Main Control Building
NFE Operation Center
Onshore Collaboration Center
Operations center Operator Training Simulator Room Process Platform Production Terminal Process and Utility Platform Quarters Terminal
Radio room Storage Central Control Building
switch gear Room Satellite Instrument House
South Main Control Building Sulphur Recovery Unit Sub-Station
Sensor tower platform
Telecom Equipment Room
Temporary refuge Wellhead Other Buildings
Table 10: ICS Location Codes
Location Description Primary Secondary
Table 11: ICS Network type
CODE MCR MER
MPR MRR MTB
NFQ
NMCB
NOC
OCC
OS OTS PR PT PU QT
RR SCCB
SGR SIH
SMCB SRU SS
STP
TER
TR WH XK
CODE P S
CODE 0 1 2 3
Location Description Emergency/Auxiliary Diesel Generator (DG) Leak Detection system (LDS) Glycol Burner Management Systems (GBMS) Mooring System (MLM)
Effective Date 11 Nov 2024
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Location Description Tank Data Acquisition System (TDAS) Distributed Temperature Sensing System (DTSS) SIEM system Advanced Process Control Systems (APC) Beach Valve system (BVS) Distributed Control System (DCS) Gas Detection Perimeter System (GDPS) Safety Instrumented System (ESD/IPS/SIS) Fire & Gas System (FGS) HVAC Integrated Asset Management System (IAMS) Alarm Management System (AMS) Analyzer Data Acquisition System (ADAS) Loop Performance System (LPS) Machine Monitoring System (MMS) Anti-Surge/Compressor Control System (ASCS) Onsite Monitoring (OSM) Plant Operating Information System (POIS) Electrical Control Systems (ELICS) Fiscal Measurement System (FMS) Turbine Control System (TCS) HIPPS High Integrity Pipe Protection System (OOPS) Variable Frequency Drive (EFVD) Operator Training System (OTS) Pipeline Management System (PMS) ICS Security Centralized System Continuous Emission Monitoring System (CEMS)
Table 12: ICS System Identifier
CODE 4 5 6 A B C D E F G H I J K L M N O P Q R S T V W X Y Z
Effective Date 11 Nov 2024
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4 OTHER EQUIPMENT NUMBERING SPECIFICATIONS
4.1 EQUIPMENT NUMBERING SPECIFICATION FOR EXISTING ASSET
All existing QatarEnergy LNG facilities in operation before Go-Live of Tag Management system in 2021 shall continue to use projects specification tag structure for the future modifications (Brownfield project) to maintain the consistency of the drawings within the same asset.
List of project specification applicable for existing assets is listed but not limited to Appendix 7 - LIST OF PROJECT SPECIFICATIONS FOR REFERENCE.
Guidelines on Usage of Portfolio Asset Names and Abbreviations is detailed in Appendix 8.
4.2 EQUIPMENT NUMBERING SPECIFICATION FOR NFE-1 AND NFS
NFE-1 Onshore Project and NFS Onshore Project are exempted from the use of this procedure and will follow Project specification for equipment numbering as per decision records MPDR- NFXP-2021-0026 and MPDR-NFSONS-2023-023 respectively. Project Specification and decision records are listed in Appendix 7 - List Of Project Specifications For Reference.
Effective Date 11 Nov 2024
QatarEnergy LNG Equipment Numbering Philosophy Rev 17 Criticality Level: Medium Classification: Internal
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APPENDICES
Appendix 1 – References and Relevant Documents
Appendix 2 – Glossary of Terms: Definitions, Acronyms, and Abbreviations
Appendix 3 – Equipment Classes
Appendix 4 – Package Numbers
Appendix 5 – Voltage Levels
Appendix 6 – Telecommunications Location Codes
Appendix 7 – List of Project Specifications for Reference
Appendix 8 – Guidelines on Usage of Portfolio Asset Names and Abbreviations.
Effective Date 11 Nov 2024
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APPENDIX 1 – REFERENCES AND RELEVANT DOCUMENTS
Number
Title
PRJ-PJL-PRC-005
PRJ-PJL-PRC-080
Facilities System and Unit Number Codes and Descriptions
AIMS TAG Management Procedure
Effective Date 11 Nov 2024
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APPENDIX 2 – GLOSSARY OF TERMS: DEFINITIONS, ACRONYMS AND ABBREVIATIONS
Term
DCS
ESG
ICS
PLC
TMS
Description
Distributed Control System
Engineering Systems and Governance
Industrial Control System Security
Programmable Logic Controller
Tag Management System
Effective Date 11 Nov 2024
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APPENDIX 3 – EQUIPMENT CLASSES
Category Description Administrative Cable Cable Cable Cable Cable Cable Cable Cable Cable Cable Cable Cable Cable Cable Cable Cable Cable Cable Cable Cable Cable Cable Cable Cable Cable Cable Cable Cable Cable Civil Civil Civil Civil Civil Civil Civil Civil Civil Civil Civil Civil Civil
Function Code Function Code Description Administrative / Group tag ZZ Buried/Subsea Composite Power and Fiber Optic Cable BCC Buried/Subsea Fiber Optic Cable BOC Control Cable C Composite Cable CMP Coaxial Cable CX Earth cable E Feeder Cable F Fire Alarm Cable FA 50M Fibre Optic Umbilical Cable FOUC Instrument Cable IC I.S. Earth Cable IE Low Loss Foam LLF Non DCS Earth Cable NSE Optical Fiber Cable OPC Power cable P Public Address Cable PA Plant earth (ground) Cable PE Reference Earth Cable RE Surface Run/Topside Composite Power and Fiber Optic Cable SCC Slotted Coaxial SCX DCS Earth Cable SE Serial Cable SER Surface Run/Topside Fiber Optic Cable SOC Subsea composite Cable SSC Shielded Twisted Pair Cable STP Telecom Cable T Telephone Cable TL Unshielded Twisted Pair Cable UTP Waveguide WG Pit, Pond, Basin A Analyzer House AH Instrument Earth Pit with Electrode I Lightning Earth Pit with Electrode L Mast MAT Pipe Rack PR Substation SS Operating Stage Platform STG Pipe Stanchion STN Utility Station US Steel Structure, Shelters, Warehouse, Platform XH Building-Loading Station, Warehouse, Maintenance shop, etc XK Miscellaneous Structure XX
Effective Date 11 Nov 2024
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Category Description Electrical Electrical Electrical Electrical Electrical Electrical Electrical Electrical Electrical Electrical Electrical Electrical Electrical Electrical Electrical Electrical Electrical Electrical Electrical Electrical Electrical Electrical Electrical Electrical Electrical Electrical Electrical Electrical Electrical Electrical Electrical Electrical Electrical Electrical Electrical Electrical Electrical Electrical Electrical Electrical Electrical Electrical Electrical Electrical Electrical
Function Code Function Code Description AC ACC ACCU ACP ACWC ACWL AHU AN ANN AVR AWL BB BC BD BM CB CBK CCU CD CGU CP CPR CT CTR CWPM DC DCP DLB DTR EB EBB EBC EBH EDH EFM ELDB ELF ELP ELSB ELTR EM EMG EPH ES ESB
AC Power Distribution Panel Air Cooled Condenser Air Cooled Condenser Unit (Reserved for HVAC System) Control Panel, HVAC Air Cooled Water Chiller (Reserved for HVAC System) Aircraft Warning Light Air Handling Unit (Reserved for HVAC System) Anode Annunciator Automatic Voltage Regulator Aircraft Warning Lighting Panel Battery Bank Battery Charger Bus Duct Battery Monitoring System panel Circuit Breaker Capacitor Bank Close Control Unit Convenience Socket Computer Gateway Unit to DCS Control Panel, non-HVAC Transformer - Cathodic Protection Rectifier Current Transformer Control Transformer Chilled Water Pump Motor DC Power Distribution Panel DC Distribution Panel Disconnecting Link Box Distribution Transformer Earthing Protection Emergency Battery Bank Emergency Battery Charger Electric Base Board Heater, HVAC Electric Duct Heater Exhaust Fan Motor Distribution Board - Emergency Lighting Essential Light Fixture Emergency Lighting Panel Emergency Lighting Switch Board Emergency Lighting Transformer Air Cooled Exchanger Motor Emergency Light Electric Panel Heater Earth Switch Emergency Switch Board
Effective Date 11 Nov 2024
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Category Description Electrical Electrical Electrical Electrical Electrical Electrical Electrical Electrical Electrical Electrical Electrical Electrical Electrical Electrical Electrical Electrical Electrical Electrical Electrical Electrical Electrical Electrical Electrical Electrical Electrical Electrical Electrical Electrical Electrical Electrical Electrical Electrical Electrical Electrical Electrical Electrical Electrical Electrical Electrical Electrical Electrical Electrical Electrical Electrical Electrical
Function Code Function Code Description ET ETR EUH FCU FH FLC FLP G GCP GHC GSB GTCP H HE HG HS HSB HTP HTR IFM IRP KM LAR LCP LCS LDB LP LPLC LSB LSC LTR M MCS ML MLSC MOVPNL NCP NER NET NGR NLF OLTC OP PAC PC
Earthing Transformer Emergency Transformer Electric Unit Heater - HVAC Fan Coil Unit Foghorn Flood Light Contactor Fence Lighting Panel Electric Generator Generator Control Panel Color Graphic Hard Copy Generator Switch Board Gas Turbine Control Panel Electric Heater Heater - Element Heat Recovery Steam Generator Hand Switch Switch Board - HVAC Heat Tracing Panel Heat Trace Transformer Intake Fan Motor E/I Interposing Relay Panel Compressor Motor Lightning Arrestor Lighting Control Panel Local Control Station Distribution Board - Low Voltage Normal Lighting Panel PDCS Local PLC Panel Switchboard - Lighting Load Shedding Controller Lighting Transformer Electric Motor Master Clock System Main Lantern Master Load Shedding Controller MOV Panel Navaids Control/Distribution Panel Neutral Earthing Resistor Main Star coupler Panel Neutral Grounding Resistor Normal Light Fixture On Load Tap Changer Outlet Panel Single Package Unit / Condenser less Package Unit Photocell
Effective Date 11 Nov 2024
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Function Code Function Code Description PDB PDC PFM PGC PM PMS PS RAC RC RP RTU RY SAC SB SG SH SL SLP SLTG SMBD SP SPP SR SSJB SSW SYN TR UPS UPSDP USB VFD VFP VSCF VSD VT WO XCM XE XMM XP XX A A1 A3 A4
Power Distribution Board Power Distribution Control Console Pressurised Fan Motor Power Generation Control Console Pump Motor Power Management System Console Power Supply Panel Room Air Conditioner / Condenser RC snubber Relay Panel Remote Terminal Unit Relay Split Type Room Air Conditioner Switchboard - Normal Switchgear Electric Steam Humidifier - HVAC Subsidiary lantern Street Lighting Panel Street Light Smart board Solar Array panel / Solar Panel Small Power Panel Solar Regulator & Distribution Panel Subsea Splitter Box Safety Switch Synchronization Panel Transformer Uninterruptible Power Supply UPS Distribution Panel Switchboard - UPS Variable Frequency Drive VFD Panel Variable Speed Constant Frequency Variable Speed Drive Potential Transformer Welding Outlet / Socket Crane Motor Ignitor Mixer Motor Miscellaneous Panel Miscellaneous Electrical Air Cooler Production Annulus Surface Annulus Conductor Annulus
QatarEnergy LNG Equipment Numbering Philosophy Rev 17 Criticality Level: Medium Classification: Internal
Category Description Electrical Electrical Electrical Electrical Electrical Electrical Electrical Electrical Electrical Electrical Electrical Electrical Electrical Electrical Electrical Electrical Electrical Electrical Electrical Electrical Electrical Electrical Electrical Electrical Electrical Electrical Electrical Electrical Electrical Electrical Electrical Electrical Electrical Electrical Electrical Electrical Electrical Electrical Electrical Electrical Electrical Equipment Equipment Equipment Equipment
Effective Date 11 Nov 2024
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Category Description Equipment Equipment Equipment Equipment Equipment Equipment Equipment Equipment Equipment Equipment Equipment Equipment Equipment Equipment Equipment Equipment Equipment Equipment Equipment Equipment Equipment Equipment Equipment Equipment Equipment Equipment Equipment Equipment Equipment Equipment Equipment Equipment Equipment Equipment Equipment Equipment Equipment Equipment Equipment Equipment Equipment Equipment Equipment Equipment Equipment
Function Code Function Code Description ACC B BF BNR C CFU CWP CYL D DMP DVT E EF EW EXT F FDI FE FF FH FI FJY FL FM FSD FU GD GR GT HD HT IT J K KD KT L LB M MD MT MX NFQ P PD
Accumulator Boiler Bleed Fan Burner Column Chemical Filter Unit for HVAC Chilled Water Pump - HVAC Cylinder Desuperheater / Drum Damper Davit Heat Exchanger Exhaust Fan - HVAC Eyewash Expansion Tank Furnace Fuel Dispenser Fire Extinguisher / Extinguishing Agent Bottle Fresh Air Intake Fan - HVAC Fire Hydrant Rotameter Flow Computer (Supervisory) Flare Fire Monitor Fire Smoke Damper Filter Unit, HVAC Generator Diesel Engine Grill / Diffuser / Louver Generator Turbine Header Hydraulic Turbine Inhibitor Tank Ejector Compressor, Blower Compressor Diesel Engine Compressor Turbine Loading Arm / Pig Launcher Receiver Liquid Burner Mixer, Agitator Modulating Damper Meter Agitators, Blenders, Static Mixers Wellhead Pump Pump Diesel Engine
Effective Date 11 Nov 2024
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Category Description Equipment Equipment Equipment Equipment Equipment Equipment Equipment Equipment Equipment Equipment Equipment Equipment Equipment Equipment Equipment Equipment Equipment Equipment Equipment Equipment Equipment Equipment Equipment Equipment Equipment Equipment Equipment Equipment Fire and Gas Fire and Gas Fire and Gas Fire and Gas Fire and Gas Fire and Gas Fire and Gas Fire and Gas Fire and Gas Fire and Gas Fire and Gas Fire and Gas ICS System ICS System ICS System ICS System ICS System
Effective Date 11 Nov 2024
Function Code Function Code Description PRD PSD PT R S SA SEW SMX SSWR STF T V VE VOT WE X XB XC XCH XE XM XP XT XW XZ Y YH YK C F GE H HSK L M N O S T TKS ADS ADW ALM AMS AMW
Pressure Relief Damper Pneumatic Shut-off Damper Pump Turbine Reactor Filter Sound Attenuator / Silencer Safety Shower with Eyewash Caustic static mixer Safety Shower Sand Trap Filter Tank, Silo, Hopper Vessel, Drum, Converter, Reactor Vehicle Volume Tank Workshop Equipment Miscellaneous Monorail Crane Lifting Equipment Conveying and Feeding Equipment Mixer Portable Equipment Conveyors, Chute, Screws, Rotary Feeders, X-Mas Tree Winch Fire and Safety Equipment Package Unit HVAC for Structure HVAC for Building Combustible Gas Detector Fire Detector (General Alarm) Gas Detector Heat Detector Manual Alarm Call Point Low Temperature Detector Pull Handle Acoustic Detector Optical Flame Detector (W/IR) Smoke Detector Toxic Gas Detector Heat Detector (Rate of Rise) ADAS System Server ADAS System Workstation AMS Alarm Management Server IAMS Server AMS Workstation QatarEnergy LNG Equipment Numbering Philosophy Rev 17 Criticality Level: Medium Classification: Internal
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Generated by: Mohammed Abdalwahab (C016274) on 11/11/2024
UNCONTROLLED IF PRINTED PRJ-PJL-PRC-008 Procedure
Category Description ICS System ICS System ICS System ICS System ICS System ICS System ICS System ICS System ICS System ICS System ICS System ICS System ICS System ICS System ICS System ICS System ICS System ICS System ICS System ICS System ICS System ICS System ICS System ICS System ICS System ICS System ICS System ICS System ICS System ICS System ICS System ICS System ICS System ICS System ICS System ICS System ICS System ICS System ICS System ICS System ICS System ICS System ICS System ICS System ICS System
Function Code Function Code Description ASC ASW BKP CEM CF CPM DB DD DRS DTS EDG ELS ELW EPO ES EVT FGS FMS FMW FSW FW GP GTC GTG HIP HMI HS IAM IMW IPS ISS KVM LDS LOG LP LPS MF MLM MMS MMW MOB MPC MPW MS NMS
ASC system Server ASC system workstation Backup Server Continuous Emission Monitoring System Controller Firewall Condition Predictive Monitoring Database Server Data Diode Disaster Recovery/Hot spare Host Server (Virtualized) Distributed Temperature Sensing System Emergency Diesel Generator ELICS System Server ELICS System Workstation EPO Server Engineering Workstation Event Server Fire & Gas System FMS System Server FMS System workstation Field ware System Workstation Firewall Global Positioning System Gas Turbine Controller Gas Turbine Generator High Integrity pipe Protection System Human Machine Interface History Server Integrated Asset management Systems IAMS Workstation Instrumented Protection System Intrusion Scanning server Keyboard-Video-Mouse Leak Detection System Log server Laptop Loop Performance System MODBUS Firewall Mooring Load Monitoring System MMS System Server MMS System workstation Mobile Portal Server MPC Server MPC Workstation Maintenance station Network Monitoring Server
Effective Date 11 Nov 2024
QatarEnergy LNG Equipment Numbering Philosophy Rev 17 Criticality Level: Medium Classification: Internal
Page 70 of 102
Note: The printed/exported document PRJ-PJL-PRC-008 out of AIMS is considered uncontrolled.
Classification: Internal
Generated by: Mohammed Abdalwahab (C016274) on 11/11/2024
UNCONTROLLED IF PRINTED PRJ-PJL-PRC-008 Procedure
Category Description ICS System ICS System ICS System ICS System ICS System ICS System ICS System ICS System ICS System ICS System ICS System ICS System ICS System ICS System ICS System ICS System ICS System ICS System ICS System ICS System ICS System ICS System ICS System ICS System ICS System ICS System ICS System ICS System ICS System ICS System ICS System ICS System ICS System ICS System Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument
Function Code Function Code Description NTP Device NT Open Platform communication OPC Operator Station OS Primary Database Server PDB Primary Domain controller PDC Predictive Emission Monitoring PEM Primary Engineering Server PES Primary History Server PHS POIS System Server PIS POIS System workstation PIW Package Workstation PKG PMS - Pipeline Management Server PMS PMS Workstation PMW Primary OPC server POC Printer PTR Primary Virtualized Host server PVS Remote Engineering station RES Router RT Secondary Database Server SDB Secondary Domain controller SDC Security Information and Event Management Server SEM Secondary Engineering Server SES Safety firewall SF Secondary History Server SHS Secondary OPC server SOC Sequence of Events SOE Server SRV Secondary Virtualized Host Server SVS Switch SW Turbine Control System TCS Thin Client Workstation TCW Tank Data Acquisition System TDA Uninterrupted Power Supply UPS Variable Frequency Drive VFD Audible Alarm AA Analysis Alarm High AAH Analysis Trip High AAHH Analysis Alarm Low AAL Analysis Alarm Low Low AALL Actuator AC Analyzer Element AE Analysis Indicator AI Analysis Controller AIC Alarm AL Oxygen Override Switch AOM
Effective Date 11 Nov 2024
QatarEnergy LNG Equipment Numbering Philosophy Rev 17 Criticality Level: Medium Classification: Internal
Page 71 of 102
Note: The printed/exported document PRJ-PJL-PRC-008 out of AIMS is considered uncontrolled.
Classification: Internal
Generated by: Mohammed Abdalwahab (C016274) on 11/11/2024
UNCONTROLLED IF PRINTED PRJ-PJL-PRC-008 Procedure
Category Description Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument
Function Code Function Code Description AP AQA AQC AQE AQY AQZ AS ASH AT AVY AWV AX AY BAL BALL BD BDA BDV BDY BE BOV BRV BS BSL BSLL BT BY CAB CE CI CJ CP CT CTRL DCS DHSV DI DT DV DVH DW DY EAH EAHH EAL
Analysis Point Auto Sampler Alarm Sampler Controller Sampler Element Sampler Solenoid Valve Auto Sampler Analyzer switch Analysis Switch High Analyzer Transmitter Analyzer Control Valve Solenoid Valve Flow Wing Valve (Hydraulic) Field Element Analysis Relay, Solenoid Valve, Compute, Convert Burner Alarm Low Burner Alarm Low Low Rupture Disc Rupture Disc Alarm Blowdown Valve Blowdown Valve Solenoid Valve Burner Flame Detector Blow Off Valve Breather Valve Burner Switch Burner Flame Contact Burner Switch Low Low Burner Flame Transmitter Burner Relay, Solenoid Valve, Compute, Convert Instrument Cabinet / Panel Corrosion Element Calculated Indication Calibrator Switch Corrosion test Point Corrosion Transmitter Controller DCS System Downhole Safety Valve Density Indicator Density Transmitter Deluge Valve Deluge Valve Header Density Well Deluge Valve Solenoid Voltage Alarm High Voltage Alarm High High Voltage Alarm Low
Effective Date 11 Nov 2024
QatarEnergy LNG Equipment Numbering Philosophy Rev 17 Criticality Level: Medium Classification: Internal
Page 72 of 102
Note: The printed/exported document PRJ-PJL-PRC-008 out of AIMS is considered uncontrolled.
Classification: Internal
Generated by: Mohammed Abdalwahab (C016274) on 11/11/2024
UNCONTROLLED IF PRINTED PRJ-PJL-PRC-008 Procedure
Category Description Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument
Effective Date 11 Nov 2024
Function Code Function Code Description EALL EHLM EHSM EI ESCY ESDV ESDY ESM ET EWS FA FAH FAHH FAL FALL FC FCV FCY FD FE FFV FFY FG FGA FGM FGS FHLM FHSM FI FIA FIC FO FQ FQI FS FSDY FSH FSL FSLL FT FV FX FY FZT GA
Voltage Alarm Low Low Voltage MOS Indication Voltage MOS Switch Voltage Indicate I/P Converter Emergency Shutdown Valve Plant Boundary Emergency Shutdown Valve Plant Boundary Emergency Shutdown Valve Solenoid Valve ESD Marshalling Voltage Transmitter Engineering Work Station Flow alarm Flow Alarm High Flow Trip High Flow Alarm Low Flow Trip Low Flow Computer Flow Control Valve Flow valve Solenoid Fog detector/ Visibility Detector Flow Element Flow Ratio Control Valve Flow Ratio Control Valve Solenoid Flow Glass Fire/Gas Alarm F&G Marshaling Cabinet F&G System Cabinet Flow MOS Indication Flow MOS Switch Flow Indicator Flow Indicator Alarm Flow Indicator Controller Flow Orifice Flow Totalizer Flow Totalizer Indicator Flow Switch Fire Damper - Solenoid Valve Flow Switch High Flow Switch Low Flow Switch Low Low Flow Transmitter Flow Control Valve Flow Element I/P Converter Flow Flow Control Valve Position Transmitter General Alarm QatarEnergy LNG Equipment Numbering Philosophy Rev 17 Criticality Level: Medium Classification: Internal
Page 73 of 102
Note: The printed/exported document PRJ-PJL-PRC-008 out of AIMS is considered uncontrolled.
Classification: Internal
Generated by: Mohammed Abdalwahab (C016274) on 11/11/2024
UNCONTROLLED IF PRINTED PRJ-PJL-PRC-008 Procedure
Category Description Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument
Effective Date 11 Nov 2024
Function Code Function Code Description GAC GAF GAH GAHH GAHHH GAOC GASC GHLM GHSM HA HC HCV HCY HHLM HHSM HIC HL HS HSAM HSC HSH HSL HSO HSRR HSU HSUZ HV HY HZ I IAH IAL II IL IPM IPS IZ JI JT KA KAH KAL KC KCV KCY
Detector Calibrate Mode Detector Fault Gas Alarm High Gas Trip High Alarm High High High Open Circuit Alarm Short Circuit Alarm Fire and Gas Detector MOS Indication Fire and Gas Detector MOS Switch Hand alarm / Humidity Alarm Hand Controller / Humidity Controller Hand Throttling Valve Hand control valve Solenoid valve Humidity MOS Indication Humidity MOS Switch Hand Indicator Controller Indication Hand Switch Auto/Manual Selection Hand Switch Close MOV Open Command Close PB Hand Switch Open Reset PB Hand Switch Reset Hand Switch Reset Hand Control Valve, Hand Valve (Remote Operated) I/P Converter for Cooling Tower Hand Switch (ESD) Hardwired Relay Logic Current Alarm High Current Alarm Low Current (Electrical) Indicate Instrument Loop IPS Marshalling Instrumented Protective System Hardwired Relay Logic Emergency Shutdown Power Indicator Power / Current Transmitter Sequence Alarm Sequence Related/Keyphasor Alarm High Sequence Related/Keyphasor Alarm Low Sequence Controller Sequence Valve Switching Valve Solenoid Valve QatarEnergy LNG Equipment Numbering Philosophy Rev 17 Criticality Level: Medium Classification: Internal
Page 74 of 102
Note: The printed/exported document PRJ-PJL-PRC-008 out of AIMS is considered uncontrolled.
Classification: Internal
Generated by: Mohammed Abdalwahab (C016274) on 11/11/2024
UNCONTROLLED IF PRINTED PRJ-PJL-PRC-008 Procedure
Function Code Function Code Description KI KS KV KWV KXV KY LA LAH LAHH LAL LALL LC LCV LCY LG LGS LHLM LHSM LI LIC LM LQI LS LSH LSHH LSL LSLL LT LV LWV LX LY LZT MA MAH MHLM MHSM MI MIC MMS MOV MOY MS MT OWS
Keyphasor Indicator Sequence Switch Kill Valve / Sequence valve Kill wing valve Kill Wing Valve (Hydraulic) I/P Converter Sequence Level Alarm Level Alarm High Level Trip High Level Alarm Low Level Trip Low Level Controller Level Control Valve Level control valve Solenoid Valve Level Gauge Level Gauge Switch Level MOS Indication Level MOS Switch Level Indicator Level Indicator Controller Line Fault Alarm Contents Indicator Level Switch Level Switch High Level Switch High High Level Switch Low Level Switch Low Low Level Transmitter Level Control Valve Lower Wing Valve Purge Supply I/P Converter Level Level Control Valve Position Transmitter Motion Alarm Moisture Alarm High Moisture MOS Indication Moisture MOS Switch Moisture Indicator Moisture Indicator Controller Machine Monitoring System Motor Operated Valve Motor Operated Valve Solenoid Motion Detection Moisture Transmitter Operator Work Station
QatarEnergy LNG Equipment Numbering Philosophy Rev 17 Criticality Level: Medium Classification: Internal
Category Description Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument
Effective Date 11 Nov 2024
Page 75 of 102
Note: The printed/exported document PRJ-PJL-PRC-008 out of AIMS is considered uncontrolled.
Classification: Internal
Generated by: Mohammed Abdalwahab (C016274) on 11/11/2024
UNCONTROLLED IF PRINTED PRJ-PJL-PRC-008 Procedure
Function Code Function Code Description PA PAH PAHH PAL PALL PC PCP PCV PCY PDAH PDAL PDCV PDCY PDFV PDG PDHH PDI PDLL PDS PDSH PDSL PDT PDV PDY PE PG PHLM PHSM PI PIC PISH PLC PRV PS PSE PSH PSHH PSL PSLL PSS PSV PT PV PVRV PWV
Pressure Alarm Pressure Alarm High Pressure Trip High Pressure Alarm Low Pressure Trip Low Pressure Controller Purge Control Panel Pressure Control Valve Pressure Control Valve Solenoid Valve Pressure Differential Alarm High Pressure Differential Alarm Low Pressure Differential Control Valve 3 Way Single Solenoid Valve on CV Pressure Differential Flow Valve Pressure Differential Gauge Press Differential Trip High Pressure Differential Indicator Press Differential Trip Low Pressure Differential Switch Pressure Differential Switch High Pressure Differential Switch Low Pressure Differential Transmitter Pressure Differential Valve I/P Converter Pressure Diff Pressure Element Pressure Gauge Pressure MOS Indication Pressure MOS Switch Pressure Indicator Pressure Indicating Controller Pressure Indicator Switch High PLC System Pressure Relief Valve Pressure Switch Rupture Disk Pressure Switch High Pressure Switch High High Pressure Switch Low Pressure Switch Low Low Rupture Disc Switch Pressure Safety Valve Pressure Transmitter Pressure Control Valve Pressure Vacuum Relive Valve Production Wing Valve
QatarEnergy LNG Equipment Numbering Philosophy Rev 17 Criticality Level: Medium Classification: Internal
Category Description Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument
Effective Date 11 Nov 2024
Page 76 of 102
Note: The printed/exported document PRJ-PJL-PRC-008 out of AIMS is considered uncontrolled.
Classification: Internal
Generated by: Mohammed Abdalwahab (C016274) on 11/11/2024
UNCONTROLLED IF PRINTED PRJ-PJL-PRC-008 Procedure
Function Code Function Code Description PY PZT RI RO ROV SA SAHH SALL SC SCSSSV SCV SCY SDCY SDV SDY SE SG SI SOV SPR SPT SQ SSH SSHH ST SV SY TA TAH TAHH TAL TALL TC TCV TCY TDAL TDI TE TG THLM THSM TI TIAH TIC TKAH
I/P Converter Pressure Pressure Ctrl Valve Position Transmitter Response Indication Restriction Orifice Remote Operated Valve Speed Alarm Speed Trip High Speed Trip Low Speed Controller Surface Controlled Sub-Surface Safety Valve Speed Control Valve Speed Control Valve Solenoid I/P Converter Shutdown Valve Shutdown Valve Shutdown valve Solenoid Valve Speed Element Sight Glass Speed Indicator Solenoid Valve Sand Probe Sample Point / Test Station Stroke Counter Speed Switch High Speed Switch High High Speed Transmitter Swab Valve I/P Converter Speed Temperature Alarm Temperature Alarm High Temperature Trip High Temperature Alarm Low Trip Low Low Temperature Control Temperature Control Valve Temperature Control Valve Solenoid Temperature Differential Alarm Low Temperature Differential Indicator Temperature Element Temperature Gauge Temperature MOS Indication Temperature MOS Switch Temperature Indicator Temperature Indicator Alarm High Temperature Indicate Control Temperature Rate Alarm High QatarEnergy LNG Equipment Numbering Philosophy Rev 17 Criticality Level: Medium Classification: Internal
Category Description Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument
Effective Date 11 Nov 2024
Page 77 of 102
Note: The printed/exported document PRJ-PJL-PRC-008 out of AIMS is considered uncontrolled.
Classification: Internal
Generated by: Mohammed Abdalwahab (C016274) on 11/11/2024
UNCONTROLLED IF PRINTED PRJ-PJL-PRC-008 Procedure
Category Description Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument
Effective Date 11 Nov 2024
Function Code Function Code Description TMP TR-SCSSSV TS TSE TSH TSHH TSL TSLL TSV TT TW TY UA UCY UI UMV USV UT UWV UY UZ UZA UZY VAH VAHH VE VI VIAH VRV VS VSH VSHH VT VXE VXT VY VYE VYT WAL WE WI WIC WR-SCSSSV WS WSL
Temperature Sensor Unit Tubing Retrievable (Both non equalizing and self- Equalizing) Thermostat Frangible Bulb Fusible Temperature Switch High Temperature switch High High Temperature Switch Low Temperature Switch Low Low Thermal Safety Valve Temperature Transmitter Thermowell I/P Converter Temperature Fault Alarm DCS logic Multipoint Indicator Upper Master Valve/ Master Valve (Hydraulic) Underwater Safety Valve Analytical Transmitter Upper Wing Valve Functional Logic Designate Shutdown Function Lamp related with UZ function EDP Permissive from DCS Vibration Alarm High Vibration Trip High Vibration Element Vibration Indicator Vibration Indicator Alarm High Vacuum Relief Valve Vibration Switch Vibration Switch High Vibration Switch High High Vibration Transmitter Vibration Element X Axis Vibration Transmitter X Axis Vibration Relay, Solenoid Valve, Compute, Convert Vibration Element Y Axis Vibration Transmitter Y Axis Weight Alarm Low Weight Element Weight Indicator Weight Controller Wireline Retrievable (Both non equalizing and self- Equalizing) Work Station Weight Switch QatarEnergy LNG Equipment Numbering Philosophy Rev 17 Criticality Level: Medium Classification: Internal
Page 78 of 102
Note: The printed/exported document PRJ-PJL-PRC-008 out of AIMS is considered uncontrolled.
Classification: Internal
Generated by: Mohammed Abdalwahab (C016274) on 11/11/2024
UNCONTROLLED IF PRINTED PRJ-PJL-PRC-008 Procedure
Category Description Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument
Effective Date 11 Nov 2024
Function Code Function Code Description WT WV X XA XC XE XHLM XHSM XI XL XS XT XV XX XXA XXC XY XYV XZA XZS XZT YA YAL YI YL YS YZ YZUZ ZA ZAB ZAC ZAH ZAHH ZAI ZAL ZALL ZAO ZE ZHLM ZHSM ZI ZIS ZL ZLC ZLO
Weight Transmitter Wing Valve Oxygen Detector Multivariable Alarm Anti-surge Controller Miscellaneous Element Miscellaneous MOS Indication Miscellaneous MOS Switch Miscellaneous Indicator DCS Indication Miscellaneous Switch Miscellaneous Transmitter Multivariable (Sequence/On-Off/Surge) Valve Miscellaneous Instrument Miscellaneous Alarm Miscellaneous Controller Unclassified Relay, Solenoid Valve, Compute, Convert I/P Converter Trip Indication FGS Trip Command XV Position Transmitter Digital Repeat Alarm / Event Alarm Status Alarm Low Status Indicator Status Lamp Start/Stop Status Shutdown / Trip Signal (For pump, compressor, unit shutdown) Shutdown Signal from UZ function or ITR Position Alarm Position Alarm Not Close Position Alarm Close Position Alarm High Position Trip High Position Displacement Indicate Position Alarm Low Position trip Low Position Alarm Open Position Element Position MOS Indication Position MOS Switch Position Indicator Position Indication Switch Position Lamp Position Lamp Closed Position Lamp Open
QatarEnergy LNG Equipment Numbering Philosophy Rev 17 Criticality Level: Medium Classification: Internal
Page 79 of 102
Note: The printed/exported document PRJ-PJL-PRC-008 out of AIMS is considered uncontrolled.
Classification: Internal
Generated by: Mohammed Abdalwahab (C016274) on 11/11/2024
UNCONTROLLED IF PRINTED PRJ-PJL-PRC-008 Procedure
Category Description Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Instrument Junction Box Junction Box Junction Box Junction Box Junction Box Junction Box Junction Box Junction Box Junction Box Junction Box Junction Box Junction Box Junction Box Junction Box Junction Box Junction Box Junction Box Junction Box Junction Box Junction Box Junction Box Junction Box Junction Box Junction Box Junction Box Junction Box Junction Box
Effective Date 11 Nov 2024
Function Code Function Code Description ZLP ZS ZSC ZSCY ZSH ZSHH ZSHY ZSL ZSLH ZSLL ZSLY ZSO ZSOY ZSP ZT ZY ZZE ZZT ACJB AJB CJB CTVJB HJB JB JBC JBCA JBCD JBCF JBCT JBE JBEA JBED JBEV JBF JBFA JBFD JBFV JBO JBP JBS JBZ LJB MJB PABJB PAJB
Position Displacement Pilot Lamp Status for Unclassified Loop Position Switch Position Switch Closed Close Indication Lamp Limit Switch Open Position Switch High High Open Limit Indication Limit Switch Closed Position Switch Open/Closed Limit Trip Closed Close Limit Indication Position Switch Open Open Indication Lamp Field Partial Stroke Test Hand Switch Position Displacement Transmitter I/P Converter Position Axial Position Element Position Transmitter Access Control System Junction Box Anode Junction Box Cathode Junction Box CCTV Junction Box Heat trace junction box Junction Box Process Control System (DCS) Junction Box Process Control System Junction Box Signal Type Analog Process Control System Junction Box Signal Type Digital Process Control System JB Signal Type Foundation Fieldbus Process Control System Junction Box Signal Type Thermocouple Safety System IPS/PSS Junction Box Safety System IPS/PSS Junction Box Signal Type Analog Safety System IPS/PSS Junction Box Signal Type Digital Safety System IPS/PSS Junction Box Signal Type Solenoid Valve Safety System Fire and Gas Junction Box Safety System Fire and Gas Junction Box Signal Type Analog Safety System Fire and Gas Junction Box Signal Type Digital Safety System Fire and Gas Junc. Box Signal Type Solenoid Valve Optical Signal Communication Junction Box Power Source Junction Box (For instrumentation) Safety System HIPPS Junction Box System Communication Junction Box Lighting Junction Box Meteorological Equipment Junction Box PAGA Beacon Junction Box PAGA Control I/F Junction Box QatarEnergy LNG Equipment Numbering Philosophy Rev 17 Criticality Level: Medium Classification: Internal
Page 80 of 102
Note: The printed/exported document PRJ-PJL-PRC-008 out of AIMS is considered uncontrolled.
Classification: Internal
Generated by: Mohammed Abdalwahab (C016274) on 11/11/2024
UNCONTROLLED IF PRINTED PRJ-PJL-PRC-008 Procedure
Category Description Junction Box Junction Box Junction Box Junction Box Line Line Line Line Line Line Line Line Line Line Line Line Line Line Line Line Line Line Line Line Line Line Line Line Line Line Line Line Line Line Line Line Line Line Line Line Line Line Line Line Line
Function Code Function Code Description PAGA Speaker Junction Box PASJB Power Junction Box PJB Speaker Junction Box SJB Telephone Junction Box TJB Air A Acid AC ANTIFOAM AF Acid Gas AG Atmospheric Vent AV Breathing Air BA Blowdown BD Brine Drain BR BUTANE BT Butane (Berth 3A) BU Boiler Feed Water/ Softened Water BW Clean Agent Fire Extinguisher Gas CA Contaminate (Suspect) Condensate CC Carbon Dioxide CD Chemical CH Chilled Water Return CHR Chilled Water Supply CHS Corrosion Inhibitor CK Chlorine CL CO2 Fire Fighting Network CO Chemical Contaminated Water CS Dry Gas Flare CV Cooling Water (Fresh) Supply CW Dry Liquid Blowdown DB Demulsifier DE Diluted Foam Solution DF Defrost Gas DG Demineralized Water DM DIESEL OIL DO Dry Powder (Chemical) DP Drain DR Drinking Water DW Ethane ET Low Pressure Flare FC Flushing Fluid FF Fuel Gas FG Fuel Oil (Diesel Fuel) FO Freon Refrigerant FR Fire Water FW Glycol Drain GD Nitrogen Gas GI
Effective Date 11 Nov 2024
QatarEnergy LNG Equipment Numbering Philosophy Rev 17 Criticality Level: Medium Classification: Internal
Page 81 of 102
Note: The printed/exported document PRJ-PJL-PRC-008 out of AIMS is considered uncontrolled.
Classification: Internal
Generated by: Mohammed Abdalwahab (C016274) on 11/11/2024
UNCONTROLLED IF PRINTED PRJ-PJL-PRC-008 Procedure
Function Code Function Code Description GL GW HBW HC HE HF HG HO HS HW HY IA KF LB LF LG LO LP LS ME MEG MR MS N NA NG NR NS NW OD OW OX OZ P PC PP PR PW RD RS RV RW SA SC SCC
Natural Gas Liquid Glycol Solution High Pressure Feed Water Hydrocarbon (Liquid Gas) Helium High Expansion Foam Concentrate Crude Helium Hot Oil High Pressure Steam Cooling Water (Fresh) Return Hydraulic Oil Instrument Air Well Kill Fluid Line Branche Low Expansion Foam Concentrate Liquefied Natural Gas Lube Oil Liquefied Petroleum Gas Low Pressure Steam Methane Monoethylene Glycol Mixed Refrigerant Medium Pressure Steam Nitrogen Caustic Soda Natural Gas Nitrogen Refrigerant Caustic Sewer Non Contaminated Water Open Drain (Oily) Oily Contaminated Water Oxygen Oxazolidone Chemical Process Process Condensate Propane Process Propane Refrigerant Process Water Reverse Demulsifier Recovered Slops Wet Gas Flare / Tankage Gas Flare Raw Water (Desalinated Water) Service Air Steam Condensate Cold Condensate QatarEnergy LNG Equipment Numbering Philosophy Rev 17 Criticality Level: Medium Classification: Internal
Category Description Line Line Line Line Line Line Line Line Line Line Line Line Line Line Line Line Line Line Line Line Line Line Line Line Line Line Line Line Line Line Line Line Line Line Line Line Line Line Line Line Line Line Line Line Line
Effective Date 11 Nov 2024
Page 82 of 102
Note: The printed/exported document PRJ-PJL-PRC-008 out of AIMS is considered uncontrolled.
Classification: Internal
Generated by: Mohammed Abdalwahab (C016274) on 11/11/2024
UNCONTROLLED IF PRINTED PRJ-PJL-PRC-008 Procedure
Category Description Line Line Line Line Line Line Line Line Line Line Line Line Line Line Line Line Line Line Line Line Line Line Line Line Line Line Line Manual Valve Manual Valve Manual Valve Manual Valve Manual Valve Manual Valve Manual Valve Manual Valve Manual Valve Manual Valve Manual Valve Special Item Special Item Special Item Special Item Special Item Special Item Special Item
Function Code Function Code Description SCH SCL SCM SCT SF SG SL SO SP SR SS SU SV SW SX SY TW UW VBW VC VE VHS VT WB WS WU WW CV DXV LMV MKV MMV MWV QV RVX VV VX WHV BLSP FLA HCO HO JT OF PP
HP Steam Condensate LP Steam Condensate MP Steam Condensate Turbine Condensate Sour Gas Flare Seal Gas Liquid Sulphur Seal Oil Sludge Sea Water Return Sea Water Supply Sour Condensate Amine Solvent Service Water Selexol Sanitary Sewer Tempered Water Utility Water Boiler Feed Water For VHS Vacuum Condensate Vacuum Exhaust Very High Pressure Steam Vessel Trim Wet Liquid Blowdown Sewage Water Utility Water Waste Water Choke Valve Diaphragm Valves Master valve (Manual) Kill Wing Valve (Manual) Manual Lower Master Valve Manual Wing Valve/ Flow Wing Valve(Manual) Gate/Globe/Ball/Plug/Butterfly Valve Manual valves Auto Recirculation check Valve A2 Intermediate Annulus Vent Valve / Drain Valve Check Valve Annuli Valves (Manual) Blind and Spacer Flame Arrestor Hose Coupling Hose Joint Orifice Flange Nozzle / Pressure Point
Effective Date 11 Nov 2024
QatarEnergy LNG Equipment Numbering Philosophy Rev 17 Criticality Level: Medium Classification: Internal
Page 83 of 102
Note: The printed/exported document PRJ-PJL-PRC-008 out of AIMS is considered uncontrolled.
Classification: Internal
Generated by: Mohammed Abdalwahab (C016274) on 11/11/2024
UNCONTROLLED IF PRINTED PRJ-PJL-PRC-008 Procedure
Category Description Special Item Special Item Special Item Special Item Special Item Special Item Special Item Telecommunication Telecommunication Telecommunication Telecommunication Telecommunication Telecommunication Telecommunication Telecommunication Telecommunication Telecommunication Telecommunication Telecommunication Telecommunication Telecommunication Telecommunication Telecommunication Telecommunication Telecommunication Telecommunication Telecommunication Telecommunication Telecommunication Telecommunication Telecommunication Telecommunication Telecommunication Telecommunication Telecommunication Telecommunication Telecommunication Telecommunication Telecommunication Telecommunication Telecommunication Telecommunication Telecommunication Telecommunication Telecommunication
Function Code Function Code Description SB SNR SP ST STR TL VB ACBG ACBS ACLK ACML ACMX ACPB ACPS ACRD ACRI ACS ACU ACV ADC ALMD AMP ANT ANTUT ANTVT APS ATU AVAMP AVFTB AVMIC AVMX AVPRO AVS AVTP BC BCTE BNCPP BORA CAD CB8 CDPLR CHG CLAM CLK CON
Spectacle Blind Strainer Special Item Sand Trap Steam Trap Trap Liquid Vacuum Breaker Access Control System Break Glass Window Box Beacon and Sounder Strike Lock Magnetic Lock Lenel Multiplexer LNL Access Control System Release Push Button ACS Power Supply Access Card Reader Reader Interface Access Control System Access Control Unit Card Access Server ACS Door Contact Alarm Monitoring Device Amplifier Antenna Antenna UHF Antenna VHF Automatic Protection Switching ATU Audio Amplifier Flip-top Box Microphone Boundary Layer Audio Mixer Audio Processor Audio Video System Touch Panel Beacon EX Tel Beacon BNC Patch Panel (50 OHMS) BORA 600 Central Alarm Device CAB8 CD Player Character Generator Control & Alarm Module Clock Console
Effective Date 11 Nov 2024
QatarEnergy LNG Equipment Numbering Philosophy Rev 17 Criticality Level: Medium Classification: Internal
Page 84 of 102
Note: The printed/exported document PRJ-PJL-PRC-008 out of AIMS is considered uncontrolled.
Classification: Internal
Generated by: Mohammed Abdalwahab (C016274) on 11/11/2024
UNCONTROLLED IF PRINTED PRJ-PJL-PRC-008 Procedure
Function Code Function Code Description CPP CRA CTSRV CTV CTVCE CTVCP CTVCW CTVFO CTVJT CTVMN CTVRC CTVWB CTVWS CVG CVT DAT DEC DEH DOL DPMS DPP DSK ENC ENS EPIRB ESD ESDM ETAE ETP ETPF FAX FOAC FOF FOM FOPP FSB FTB GAP GTW HDMX HLT HOTP IDF IOM IPSRV
Copper Patch Panel Crane Radio CCTV Server CCTV System CCTV Camera Explosion proof CCTV Camera Pole CCTV Camera Weatherproof CCTV Fiber Options CCTV Joystick for Camera Controller CCTV Monitor CCTV RCU CCTV Washer Unit CCTV Client Station Cisco Analog Voice Gateway Convertor Data Equipment Decoder Dehydrator Data Outlet Dual Port manual switcher Data Patch Panel Desk Console Encoder Dialogic Emergency Notify. Sys Emergency Position-Indicating Radio Beacon Emergency Shut Down (SHIP) ESD Module ET100AE ETP Engineering Test Panel Fax FO Accumulator Fiber Optic Filter Fiber Optic Modem Fiber Optic Patch Panel Fiber Splice Box Fiber Terminal Box Gap PC Touch Screen Network Gateway HDMI eTender Hotline Hot Phone Intermediate Distribution Frame Input / Output Module IPT server
QatarEnergy LNG Equipment Numbering Philosophy Rev 17 Criticality Level: Medium Classification: Internal
Category Description Telecommunication Telecommunication Telecommunication Telecommunication Telecommunication Telecommunication Telecommunication Telecommunication Telecommunication Telecommunication Telecommunication Telecommunication Telecommunication Telecommunication Telecommunication Telecommunication Telecommunication Telecommunication Telecommunication Telecommunication Telecommunication Telecommunication Telecommunication Telecommunication Telecommunication Telecommunication Telecommunication Telecommunication Telecommunication Telecommunication Telecommunication Telecommunication Telecommunication Telecommunication Telecommunication Telecommunication Telecommunication Telecommunication Telecommunication Telecommunication Telecommunication Telecommunication Telecommunication Telecommunication Telecommunication
Effective Date 11 Nov 2024
Page 85 of 102
Note: The printed/exported document PRJ-PJL-PRC-008 out of AIMS is considered uncontrolled.
Classification: Internal
Generated by: Mohammed Abdalwahab (C016274) on 11/11/2024
UNCONTROLLED IF PRINTED PRJ-PJL-PRC-008 Procedure
Category Description Telecommunication Telecommunication Telecommunication Telecommunication Telecommunication Telecommunication Telecommunication Telecommunication Telecommunication Telecommunication Telecommunication Telecommunication Telecommunication Telecommunication Telecommunication Telecommunication Telecommunication Telecommunication Telecommunication Telecommunication Telecommunication Telecommunication Telecommunication Telecommunication Telecommunication Telecommunication Telecommunication Telecommunication Telecommunication Telecommunication Telecommunication Telecommunication Telecommunication Telecommunication Telecommunication Telecommunication Telecommunication Telecommunication Telecommunication Telecommunication Telecommunication Telecommunication Telecommunication Telecommunication Telecommunication
Function Code Function Code Description IS Barrier ISBR ISMT ISMF Local Area Network LAN LAP LAP LED Screen LCD Light control processor (Lutron) LCP Low Noise Amplifier LNB Main Distribution Frame MDF Modem MDM Meteorological Equipment MET Microphone MIC Wired Mic Condenser MICCN Microphone Goose Neck MICGN Microphone wireless Handheld MICW Modulator MOD Message Filter MST Multiplexer (other than OTN) MUX Microwave Unit MWU Matrix Switcher MXSW Non Direct Beacon Equipment NDB Neon NEON Nion NION Network Management System NMS Optical Line Term Equipment OLT Open Transport Network OTN SFP/TRM - OTN600 OTSFP PAGA Amplifier PAAMP PAGA Access unit PAAXT PAGA Beacon PABC PAGA Central Equipment PAC CAB MediaMatrix for PAGA System PACAB Conman PC PACMP PAGA Engineers Test Panel PAETP Paging Equipment PAG PAGA Network Controller PANC PAGA Speaker PASPK PAGA Terminal Box PATB PABX PBX Digital Extender PBXET Power Distribution Panel PDP Panel Interface Module PIM Passive Infrared Detector PIR Plasma Screen PLSCN Processor Network PNWF Printer PRI
Effective Date 11 Nov 2024
QatarEnergy LNG Equipment Numbering Philosophy Rev 17 Criticality Level: Medium Classification: Internal
Page 86 of 102
Note: The printed/exported document PRJ-PJL-PRC-008 out of AIMS is considered uncontrolled.
Classification: Internal
Generated by: Mohammed Abdalwahab (C016274) on 11/11/2024
UNCONTROLLED IF PRINTED PRJ-PJL-PRC-008 Procedure
Category Description Telecommunication Telecommunication Telecommunication Telecommunication Telecommunication Telecommunication Telecommunication Telecommunication Telecommunication Telecommunication Telecommunication Telecommunication Telecommunication Telecommunication Telecommunication Telecommunication Telecommunication Telecommunication Telecommunication Telecommunication Telecommunication Telecommunication Telecommunication Telecommunication Telecommunication Telecommunication Telecommunication Telecommunication Telecommunication Telecommunication Telecommunication Telecommunication Telecommunication Telecommunication Telecommunication Telecommunication Telecommunication Telecommunication Telecommunication Telecommunication Telecommunication Telecommunication Telecommunication Telecommunication Telecommunication
Function Code Function Code Description Projector PRJ Projector Screen PRJSC Power Supply AC PSAC Power Supply DC PSDC Power Supply Module PSSL Power Supply Unit PSU Q-Tel QTX Combiner RACOM Attenuator RATT Network / Telecom Rack RCK Ringdown Module RDSL Recorder RE Ring Generator 48V/25H2 RG48 RS 485 RS485 RSXMM RSXM Search and Rescue Transponder SART Speaker Monitor ISMT SMIF Speaker Ceiling Mount SPK Speaker – Portable SPKPT Splitter SPL Server SRV System Selector Module SSMD All Switches SWT Telephone Acoustic Hood TAH Telecom Cabinet / Panel TCB Telecom Dish TED Telephone TEL Telephone Indoor Analogue TELA Test Equipment TEQ Tel Sounder TES Radio TET Trans Horizon Link THL Telephone Interface Module TIFM Telephone & Line Recorder TLR Trunked Mobile Radio TMR Telephone Outlet TOL Access Control Turnstiles TS Touch Screen PC (CPU ) TSPC Telephone Terminal Box TTB TETRA Terrestrial Trunked Radio TTRA TETRA Radio Desktop TTRD TETRA Radio Handheld TTRH TETRA Radio Vehicle TTRV CCTV Camera (All kind of Cameras) TVC Sounder TXS
Effective Date 11 Nov 2024
QatarEnergy LNG Equipment Numbering Philosophy Rev 17 Criticality Level: Medium Classification: Internal
Page 87 of 102
Note: The printed/exported document PRJ-PJL-PRC-008 out of AIMS is considered uncontrolled.
Classification: Internal
Generated by: Mohammed Abdalwahab (C016274) on 11/11/2024
UNCONTROLLED IF PRINTED PRJ-PJL-PRC-008 Procedure
Function Code Function Code Description Category Description TXX Telecommunication UHF Telecommunication UHFDT Telecommunication UHFH Telecommunication ULM Telecommunication UPS Telecommunication VAL Telecommunication VCON Telecommunication VCU Telecommunication VHF Telecommunication VHFA Telecommunication VHFDT Telecommunication VHFH Telecommunication VIDW Telecommunication VML Telecommunication VMO Telecommunication Telecommunication VMX Telecommunication WAP Telecommunication WDM Telecommunication WST
Miscellaneous Telecom UHF Radio Equipment UHF Radio Desktop UHF Radio Handheld ULM 8 port UPS VCL Remote Alarm Device Video Conference Video Conference Unit Marine VHF Equipment VHF Aeronautical Radio VHF Marine Radio Desktop VHF Marine Radio Handheld Video Wall Voicemail VCL Optimux VCL Mux. Access point Wave Division Mux Workstation
Effective Date 11 Nov 2024
QatarEnergy LNG Equipment Numbering Philosophy Rev 17 Criticality Level: Medium Classification: Internal
Page 88 of 102
Note: The printed/exported document PRJ-PJL-PRC-008 out of AIMS is considered uncontrolled.
Classification: Internal
Generated by: Mohammed Abdalwahab (C016274) on 11/11/2024
UNCONTROLLED IF PRINTED PRJ-PJL-PRC-008 Procedure
Number For Piping
APPENDIX 4 – PACKAGE NUMBERS
Package Letter Number A B C D E F G G H H H R R R S S S J K L M N Q P
Item Suffix
A B A B C A B C A B C
Sequence Number K0601 K0602 K0603 K0604 K0605 K0801 K0901A K0901B P0201A P0201B P0201 C P0202A P0202B P0202C P0203A P0203B P0203C XZ8301 XZ8302 XZ8303 XZ8304 Y0202 Y0203 Y0903
01 through 99 01 through 99 01 through 99 01 through 99 01 through 99 01 through 99 01 through 50 51 through 99 01 through 33 34 through 66 67 through 99 01 through 33 34 through 66 67 through 99 01 through 33 34 through 66 67 through 99 01 through 99 01 through 99 01 through 99 01 through 99 01 through 99 01 through 99 01 through 99
System Numbers: 07 and 27
Package Letter Number A A B C D D D E F
Item Suffix
Sequence Number
Number For Piping
A B
K0701A K0701B Y7301 Y7401 T7101 T7102 T7103 T7104 XC702
01 through 50 51 through 99 01 through 99 01 through 99 01 through 50 51 through 75 71 through 99 01 through 99 01 through 99
Effective Date 11 Nov 2024
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Note: The printed/exported document PRJ-PJL-PRC-008 out of AIMS is considered uncontrolled.
Classification: Internal
Generated by: Mohammed Abdalwahab (C016274) on 11/11/2024
UNCONTROLLED IF PRINTED PRJ-PJL-PRC-008 Procedure
System Numbers: 08 and 28
Number For Piping
Item Suffix
A B A B C A B C D A B C D A B C D E A B A B A B
Package Letter Number A A B B B C C C C D D D D I I I I I E E F F G G H Y J J K L M N Z P Q R S T U U
Sequence Number
P8301A P8301B P8303A P8303B P8303C S8201A S8201B S8201C S8201D S8202A S8202B S8202C S8202D P8201A P8201B P8201 C P8201 D P8201E XZ8301A XZ8301B XZ8302A XZ8302B XZ8303A XZ8303B XZ8304 XZ8305 XZ8306A XZ8306B XZ8307 XZ8311 XZ8312 XZ8313 XZ8314 XZ8315 Y8101 Y8201 Y8403 Y8404 Y8406 LB8404A/B,
01 through 50 51 through 99 01 through 33 34 through 66 67 through 99 01 through 25 26 through 50 51 through 75 76 through 99 01 through 25 26 through 50 51 through 75 76 through 99 01 through 20 21 through 40 41 through 60 61 through 80 81 through 99 01 through 50 51 through 99 01 through 50 51 through 99 01 through 50 51 through 99 01 through 99 01 through 99 01 through 50 51 through 99 01 through 99 01 through 99 01 through 99 01 through 99 01 through 99 01 through 99 01 through 99 01 through 99 01 through 99 01 through 99 01 through 49 50 through 99
Effective Date 11 Nov 2024
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Page 90 of 102
Note: The printed/exported document PRJ-PJL-PRC-008 out of AIMS is considered uncontrolled.
Classification: Internal
Generated by: Mohammed Abdalwahab (C016274) on 11/11/2024
UNCONTROLLED IF PRINTED PRJ-PJL-PRC-008 Procedure
Package Letter Number
Item Suffix
Sequence Number
Number For Piping
V V
X X X X X X X X Y Y Y Y Y
A B
AND 8408 Y8601 Y8602 and Sulphur Handling System Y8707A Y8707B Y8705 Y8701 Y8702 Y8708 Y8709 Y8710 A8723 A8726 A8727 A8728 A8729
01 through 49 50 through 99
A01 through A20 B01 through B20 21 through 40 (For Piping and Instrument) 41 through 50 (For Piping and Instrument) 51 through 60 (For Piping and Instrument) 61 through 70 (For Piping and Instrument) 71 through 80 (For Piping and Instrument) 81 through 90 (For Piping and Instrument) 01 through 10 11 through 20 21 through 30 31 through 40 41 through 50
System Numbers: 09 and 29
Package Letter Number A A A A B B B C C C C D D D D D
Item Suffix
Sequence Number
Number For Piping
A B C D A B C A B C D A B C D E
K9501A K9501B K9501C K9501D P9202A P9202B P9202C B9201 B9202 B9203 B9204 69101 69102 69103 69104 69105
A01 through A99 B01 through B99 C01 through C99 D01 through D99 01 through 33 34 through 66 67 through 99 01 through 25 26 through 50 51 through 75 76 through 99 A01 through A99 B01 through B99 C01 through C99 D01 through D99 E01 through E99
Effective Date 11 Nov 2024
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Page 91 of 102
Note: The printed/exported document PRJ-PJL-PRC-008 out of AIMS is considered uncontrolled.
Classification: Internal
Generated by: Mohammed Abdalwahab (C016274) on 11/11/2024
UNCONTROLLED IF PRINTED PRJ-PJL-PRC-008 Procedure
Package Letter Number D E E E F F F J J K P Q R S S S S S T U V W X X X X Y Z
Z
Z
Item Suffix
Sequence Number
Number For Piping
F A B C A B C A B
A B C D
A B C D
A
B
69106 P9402A P9402B P9402C P9405A P9405B P9405C G9110 G9111 69115 Y9201 Y9202 Y9203 Y9401A Y9401B Y9401 C Y9401D Y9407 Y9402 Y9403 Y9405 Y9406 Y9501A Y9501B Y9501C Y9501D Y9502 Y9602A/ Y9603A Y9602B/ Y9603B Y9602AB Y9603AB
F01 through F99 01 through 33 34 through 66 67 through 99 01 through 33 34 through 66 67 through 99 A01 through A99 B01 through B99 01 through 99 01 through 99 01 through 99 01 through 99 A01 through A80 B01 through B80 C01 through C80 D01 through D80 81 through 99 (For Piping and Instrument 01 through 99 01 through 99 01 through 99 01 through 99 A01 through A99 B01 through B99 C01 through C99 D01 through D99 01 through 99 A01 through A199
B01 through B199
01 through 199 (For Piping between each skid)
Effective Date 11 Nov 2024
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Classification: Internal
Generated by: Mohammed Abdalwahab (C016274) on 11/11/2024
UNCONTROLLED IF PRINTED PRJ-PJL-PRC-008 Procedure
Package Numbers – System 26, 27, 47 and 56
System Number
Unit Number
Package Equipment No.
Package Number
Letter Suffix for identical package Unit
26
71
71
74
74
71
71
74
74
26-E7101A/B/C
26-K7101A/B/C
26- P7101A/B/C/D/E/F/G/H 26-T7101 26-L7401A/B/C/D 26-L7411A/B/C/D 26-L7431A/B/C/D 26-Y7402 / 26-Y7412 / 26-Y7422 26-FL7401 26-FL7411 26-FL7421
26-XC7101
26-XC7113
26-Y7131
26-Y7132
26-Y7133
26-Y7134
26-AH7405 / 26-AH7406 / 26-AH7407
26-XC7401 A/B/C/D
26-XC7411 A/B/C/D
26-XC7431 A/B/C/D
B
D
I
H
L
M
Q
J
A,B,C
A,B,C
A,B,C,D,E,F,G,H
Service
Boil-Off Compressor After Cooler Boil-Off Compressor 26-T7101 LNG Loading Pump LNG storage Tank
A,B,C,D
LNG Loading Arm
E,F,G
Hydraulic Oil Unit
A B C
A
B
A
B
C
D
A
B
Flare Stack Flare Stack Jetty Flare Stack Overhead Crane for Boil Off Compressor Crane / Hoist for LNG Tank Pumps 26-T7101 Metering system with analyzer packages Metering system with analyzer packages Metering system with analyzer packages Metering system with analyzer packages Process analyzer & sampling system
Double Quick Release
Effective Date 11 Nov 2024
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Classification: Internal
Generated by: Mohammed Abdalwahab (C016274) on 11/11/2024
UNCONTROLLED IF PRINTED PRJ-PJL-PRC-008 Procedure
System Number
Unit Number
Package Equipment No.
Package Number
Letter Suffix for identical package Unit
Service
74
26- XC7402A/B/C/D/E/F/G/H 26- XC7402A/B/C/D/E/F/G/H 26- XC7402A/B/C/D/E/F/G/H
Not Specific
UPS-26401 UPS-26453A UPS-26453B UPS-26403A UPS-26403B UPS-26402A UPS-26402B Not Specific 26-Y8311-V1, 26-Y8332- V1, 26-Y8333-V1 26-Y8322-CP, 26-Y8323- CP,26-Y8324-CP 26-Y8322,26-Y8323,26- Y8324 26-Y8311A /B, 26- Y8315A /B, 26-Y8319A /B
83
26-Y8313-V1 /V2
26-Y8325, 26-Y8326 , 26- Y8327 26-Y8301A/B, 26- Y8302A/B, 26-Y8303A/B 26-V8337, 26-V8338, 26- V8339 26-V8334, 26-V8328,26- V8329,26-V8330
27
71
27-E7102C
27-K7102C
K
P
U
Y
S
B
C
Quadruple Quick Release
MATERIAL REQUISITION FOR BERTH MONITORING SYSTEM (DAS, EMS).
UPS System
NOVEC system Dry chemical storage skid
Local Control panel
Hydraulic power unit
Dry chemical monitor
Dry chemical storage skid Hydraulic Power Unit Remote control monitor
Air vessel
Foam Tank
Boil-Off Compressor After Cooler
Boil-Off Compressor
F
F
Effective Date 11 Nov 2024
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Page 94 of 102
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Classification: Internal
Generated by: Mohammed Abdalwahab (C016274) on 11/11/2024
UNCONTROLLED IF PRINTED PRJ-PJL-PRC-008 Procedure
System Number
Unit Number
Package Equipment No.
Package Number
Letter Suffix for identical package Unit
27- P7106A/B/C/D/E/F/G/H 27- P7107A/B/C/D/E/F/G/H
27-T7106
27-T7107
Not Specific
27-Y8314-V1 /V2, 27-Y8315-V1 /V2 27-V8302, 27-V8303 27-Y8301 Not Specific
47-K7101A/B/C
47-T7101 / 47-T7102 47- P7101A/B/C/D/E/F/G/H 47- P7102A/B/C/D/E/F/G/H 47-L7441A/B/C/D 47-FL7441
47-XC7111 / 47-XC7112
47-XC7402A/B/C/D 47- XC7403A/B/C/D/E/F/G/H
Not Specific
47-XC7405
47-P7121A/B/C/D
71
71
23
71
71
71
74 74
71
74
74
74
71
D
D
P
S
Y
B
D
D
I H
L
J
K
P
Q
E
47
F
G
F
G
A,B,C
Service
27-T7106 LNG Loading Pump 27-T7107 LNG Loading Pump 27-T7 106 - LNG storage tank 27-T7 107 - LNG storage tank MATERIAL REQUISITION FOR BERTH MONITORING SYSTEM (DAS, EMS). Dry chemical storage skid Air vessel Foam Tank NOVEC system Tank BOG Compressor LNG storage Tank
A,B,C,D,E,F,G,H
LNG Loading Pump
A,B,C,D,E,F,G,H
To be Updated
LNG Loading Arm Jetty Flare Stack Monorail Hoist for LNG Loading Pump Quick release Hook
A,B,C,D
A,B,C,D,E,F,G,H
Quick release Hook
MATERIAL REQUISITION FOR BERTH MONITORING SYSTEM (DAS, EMS). Lifting Equipment LNG LOADING- UNLOADING LNG LIQUID RETURN PUMPS
A,B,C,D
Effective Date 11 Nov 2024
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Page 95 of 102
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Classification: Internal
Generated by: Mohammed Abdalwahab (C016274) on 11/11/2024
UNCONTROLLED IF PRINTED PRJ-PJL-PRC-008 Procedure
System Number
Unit Number
71
Package Equipment No. 47-E7101A/B/C
Package Number
Letter Suffix for identical package Unit
F
A,B,C,D
56
56-E3701C
56-E3702C
37
56-E3703C
56-K3701C
56-K3702C
56-K3703C
37
56-Y3708 56-Y3709
UPS-56407A UPS-56407B
C
A
F
U
Service
To be Updated LP BOG Compressor Aftercooler MP BOG Compressor Aftercooler HP BOG Compressor Aftercooler LP BOG Compressor MP BOG Compressor HP BOG Compressor Metering system with analyzer packages UPS System Existing UPS System Existing
Package Numbers – New Facilities
Project Specific - Package Numbers to be developed by Project as per following methodology.
System Number
Unit Number
Package Equipment No.
Package Number
Letter Suffix for identical package Unit
Service
83 83 83 83 83
60-P8301A 60-P8301B 60-P8301C 60-P8302A 60-P8302B
A A A B B
A B C A B
Fresh water fire main pumps
Fresh water fire jockey pumps
60
Note:
New package numbers developed during project or modification on existing package list to be validated by ESG team prior to utilization.
Effective Date 11 Nov 2024
QatarEnergy LNG Equipment Numbering Philosophy Rev 17 Criticality Level: Medium Classification: Internal
Page 96 of 102
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Classification: Internal
Generated by: Mohammed Abdalwahab (C016274) on 11/11/2024
UNCONTROLLED IF PRINTED PRJ-PJL-PRC-008 Procedure
APPENDIX 5 – VOLTAGE LEVELS
ADDITIONS OR CHANGES TO THIS TABLE MUST BE APPROVED BY QATARENERGY LNG BUSINESS & PROCEDURES BEFORE IMPLEMENTATION.
Description
Code High Voltage (HV) – 33 kV High Voltage (HV) - 6.6 kV Low Voltage – (LV) 690V / 415V / 400V / 240 V AC UPS - 120V / 230V AC UPS - 125V / 48V / 24V DC High Voltage (HV) – 11 kV High Voltage (HV) – 22 kV High Voltage (HV) – 66 kV High Voltage (HV) – 132 kV / 220 kV
1 2 3 4 5 6 7 8 9
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Generated by: Mohammed Abdalwahab (C016274) on 11/11/2024
UNCONTROLLED IF PRINTED PRJ-PJL-PRC-008 Procedure
APPENDIX 6 – TELECOMMUNICATIONS LOCATION CODES
Telecom Existing Codes BOG CL CMC CS ECC FLD FLU HQ1 HQ2 HQ3 HQ4 LG1 LG2 LG3 MTB PCC PGH PU SL SL SS ST1 ST2 ST3 ST4 SWI TC UTD WH1 WH2 WH3 WH4 WH5 WH6 WHA WHB WHC WHD
Telecom Location Description Boil of Gas Condensate Loading Area Crisis Management Centre Condensate Storage Area Emergency Control Centre Downstream Flare Receiving/Flare & KO Drums Area Headquarters Admin Area Level 1 Headquarters Admin Area Level 2 Headquarters Admin Area Level 3 Headquarters Admin Area Level 4 Lean Gas Corridor between Barzan ISBL and NFS at Block Valve Station Lean Gas Corridor NFS at Block Valve Station Lean Gas Corridor adjacent Station A1 Marine Terminal Building Power Control Centre Plant Gate House Process and Utility Platform Receiving/ Slug Catcher Area Sulphur Loading Area Sub-Station LNG Storage Tank 1 Area LNG Storage Tank 2 Area LNG Storage Tank 3 Area NG Storage Tank 4 Area Sea Water Intake Training Centre Utility Area Downstream Wellhead Platform 1 Wellhead Platform 2 Wellhead Platform 3 Wellhead Platform 4 Wellhead Platform 5 Wellhead Platform 6 Warehouse Area A Warehouse Area B Warehouse Area C Warehouse Area D
Effective Date 11 Nov 2024
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Classification: Internal
Generated by: Mohammed Abdalwahab (C016274) on 11/11/2024
UNCONTROLLED IF PRINTED PRJ-PJL-PRC-008 Procedure
Telecom Projects Codes FA CA CAM FS GA HU ITR LAB MC MCB MGH MSU MWA UCB UPR BVS
Telecom Location Description Fabrication Workshop Area Canteen Control and Auxiliary Model (Telecom Equip Cabin) Fire Station Garage Area HVAC Utility Instrument Technical Room Laboratory Area Medical Centre Main Control Building Main Gate House Main Sub Station Area Maintenance Workshop Area Receiving/ Control Building Area Receiving/ Process Area Beach Valve Station Building Offshore Projects Only
CD SCD DP ED1 ED2 FLP HD IP JT L1 / L2 / L3 LD LQ MD MEZ OCC PD PR PSV RD RT SD UD AD BS1 BS2
Cellar Deck Sub-Cellar Deck Discharge Cooler Platform Emergency Diesel Gen 1 Emergency Diesel Gen 2 Flare Platform Helideck Intermediate Platform Jacket Top Level 1 / Level 2 / Level 3 Lower Deck Living Quarters Platform Main Deck Mezzanine Deck Onshore Collaboration Center Production Deck Process Platform PSV Service Platform Roof Deck Radio Tower Sump Deck Upper Deck Wellhead access deck Bridge Support 1 Platform Bridge Support 2 Platform
Effective Date 11 Nov 2024
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Classification: Internal
Generated by: Mohammed Abdalwahab (C016274) on 11/11/2024
UNCONTROLLED IF PRINTED PRJ-PJL-PRC-008 Procedure
APPENDIX 7 – LIST OF PROJECT SPECIFICATION FOR REFERENCE
SL
Number
Title
Onshore / Offshore Operations North
1
2
3
4
5
6
7
003-00-51-IN-DP-00-002
Instrument Numbering System, and Signal Tagging Philosophy
010-00-00-EL-TS-00-102
Electrical Numbering System
010-00-00-PE-PC-00-002
Equipment Numbering Procedure
010-00-51-IN-TS-00-205
Numbering and Identification Procedure for Instrument
218-20-00-EL-PC-NA-001
Equipment Numbering Procedure - Berth 6
218-20-00-IN-PC-NA-002
Instrument Numbering Procedure and P&ID Symbols - Berth 6
218-20-00-PE-PC-NA-303
Equipment / Line/ Instrument Numbering Procedure - Berth 6
8 DB-T041-ST-U-88-00-00-0012 QG upstream 4th Storage tank project Equipment numbering
9 DB-V001-ON-U-02-00-00-0012 Train 3 equipment and numbering procedure
10 QCS-50-00-EL-PC-NA-001
Electrical Numbering System
11 QCS-50-00-IN-PC-NA-002
Instrument Numbering Procedure and P&ID Symbols
12 QCS-50-00-PE-PC-NA-303
Equipment / Line / Instrument Numbering Procedure
13 QCS-50-83-CS-PC-NA-001
Procedure for Numbering Fire Fighting Equipment at QG 3&4
14 QCS-50-83-CS-PC-NA-001
PLANT LOCATION CODES for QG3&4
15 QCS-50-83-CS-PC-NA-001
Plant Location Code for QG3&4 Fire Fighting Equipment
16 QCS-50-83-CS-PC-NA-001
EQUIPMENT CODES for QG3&4
17 QCS-50-83-CS-PC-NA-001
Equipment Code for QG3&4 Fire Fighting Equipment
18 210-30-20-PE-PC-NA-024
QG2 Offshore numbering procedure
19 QGX-20-00-EL-PC-NA-001
Electrical Numbering Procedure
20 QGX-20-00-IN-PC-NA-002
Instrument Numbering Procedure and P&ID Symbols
21 QGX-20-00-PE-PC-NA-303
Equipment / Line / Instrument Numbering Procedure
22 RP-C005-PU-U-00-60-46-0001 QG upstream PU top electrical identification and numbering.
23 RP-V001-CF-U-00-60-46-0001 QG upstream 3rd train development Electrical equipment
24 RP-C004-CF-U-00-60-46-0001 QG upstream Electrical equipment numbering
25 02.50.07.12
Upstream Equipment Numbering Procedure
Onshore / Offshore Operations South
26 S-00-1141-002
27 RGX-S-00-1130-005
28 RG6-S-00-1130-005
Ras Laffan onshore facilities project (South train 1-2)
Ras Laffan onshore expansion project (South train 3-4-5)
Ras gas onshore expansion project phase 2 (South train 6-7)
29 RLH-S-300-1130-001
Equipment numbering procedure (South Helium 1)
Onshore / Offshore Operations Barzan
30 BRZ-GX-O-QA-0027
31 BF-S-B00-1130-005
Barzan offshore equipment tag numbering system (Barzan offshore)
Barzan onshore project – equipment numbering procedure
32 DOL-0000-GSP-00002
Tag Numbering Procedure (Dolphine)
RLTO & Refining
Effective Date 11 Nov 2024
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Classification: Internal
Generated by: Mohammed Abdalwahab (C016274) on 11/11/2024
UNCONTROLLED IF PRINTED PRJ-PJL-PRC-008 Procedure
SL
Number
Title
33 FAP-S-00-1130-014
Equipment numbering procedure (Berth 25/30)
34 CSP-11-00-PE-PC-NA-303
Equipment, Line, Instrument numbering procedure (CSP)
35 256-82-00-IN-DP-NA-110001
LR2 – Instrumentation identification and numbering
Ras Laffan Refinery
NFE-1
36 60-00-EL-PRC-00024
Electrical Numbering Procedure
37 60-51-IN-PRC-00001
Instrumentation Numbering Procedure And P&ID Symbols
38 NFE1-CTJV-HV-PRC-00001
HVAC Equipment Numbering Procedure
NFE1-CTJV-PE-PRC-00001
39
Equipment/Line/Structure/Building/Piping Components Tag Numbering Procedure
40 NFE1-CTJV-TC-PRC-20001
Telecommunication Numbering Procedure
41 3945_18-4698-00030
ICS Cabinet / Component Naming Specification
MPDR-NFXP-2021-0026
42
Decision Record - Tagging Specifications for NFXP Onshore Project, EPC Phase
43 NFS_EPC-TECC-PE-PRC-00001 NFS Equipment Numbering Procedure
MPDR-NFSONS-2023-023
44
Decision Record - Equipment Numbering (Tagging) Philosophy of NFS Onshore Project
NFS
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Generated by: Mohammed Abdalwahab (C016274) on 11/11/2024
UNCONTROLLED IF PRINTED PRJ-PJL-PRC-008 Procedure
APPENDIX 8 – PORTFOLIO ASSET NAMES AND ABBREVIATIONS
Former Qatargas QG1 QG2 QG3 QG4 QG5 QG6 QG7 QG8 QG9 QG10 QG11 QG12 RL RL2 RL3
NEW NAME QatarEnergy LNG QatarEnergy LNG N(1) QatarEnergy LNG N(2) QatarEnergy LNG N(3) QatarEnergy LNG N(4) QatarEnergy LNG NFE(1) QatarEnergy LNG NFE(2) QatarEnergy LNG NFE(3) QatarEnergy LNG NFE(4) QatarEnergy LNG NFE(5) QatarEnergy LNG NFS(1) QatarEnergy LNG NFS(2) QatarEnergy LNG NFS (3) QatarEnergy LNG S(1) QatarEnergy LNG S(2) QatarEnergy LNG S(3)
NEW ABBREVIATION QELNG N1 N2 N3 N4 NFE1 NFE2 NFE3 NFE4 NFE5 NFS1 NFS2 NFS3 S1 S2 S3
Effective Date 11 Nov 2024
QatarEnergy LNG Equipment Numbering Philosophy Rev 17 Criticality Level: Medium Classification: Internal
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Note: The printed/exported document PRJ-PJL-PRC-008 out of AIMS is considered uncontrolled.
Project: Q-32705 - Saipem COMP3 Folder: RFQ Files