SAES-A-020

Engineering Standard SAES-A-020

6 April 2008

Equipment Specific P&ID Templates (ESPT) Equipment Specific P&ID Templates (ESPT) Standards Committee Members Mehra, Yuv R., Chairman Fernandez, Gabriel T., Vice Chairman Al-Abeediah, Saeed M. Al-Hashim, Ghalib A. Al-Hamam, Ibrahim H. Al-Hawaj, Ameen A. Al-Lajami, Abdullah A. Al-Zaid, Radhi H. Al-Amer, Hamid A. Al-Agnam, Salman M. Rafie, Nader Y. Benham, Donald G. Authement, Richard Al-Juaib, Mohammed K. Zoker, Samuel B. Al-Ghamdi, Fahad A. Al-Otaibi, Dhawi A. Al-Assiry, Nasser Y. Al-Shaikh, Tariq H. Al-Dossery, Isa K. Fayez, Amin A. Fayez, Luai A. Al-Mohsin, Mohsin S.

Saudi Aramco DeskTop Standards Table of Contents 1 2 3 4 5

Scope............................................................. 2 Conflicts and Deviations................................. 2 References..................................................... 3 Design Philosophy........................................ 11 ESPT Services & Applications..................... 13

Original Issue: New Next Planned Update: 6 April 2013 Primary contact: Mehra, Yuv R. (+966-3) 873-4311 Copyright©Saudi Aramco 2008. All rights reserved.

Page 1 of 20

Document Responsibility: ESPT Standards Committee Issue Date: 6 April 2008 Next Planned Update: 6 April 2013

1

SAES-A-020 Equipment Specific P&ID Templates (ESPT)

Scope This standard prescribes Equipment Specific P&ID Templates (ESPTs) to be used to define the process, piping and instrumentation configuration requirements for specifically identified major equipment and simple processes. Unless a deviation from these requirements has been approved or is allowed as described herein below, the defined requirements are to be followed precisely with neither deletions nor additions. This standard is applicable to all identified equipment in hydrocarbon processing facilities including utility services incorporated in hydrocarbon facilities. This standard does not cover the process and mechanical design, sizing, specification, selection, and installation of major equipment that is the subject of any ESPT. This standard is mandatory for all engineering work, both preliminary engineering (Project Proposal or FEED) and detailed design, performed under reimbursable or time unit rate contracts (under which the contractor’s warranty is only for rework); for work carried out in-house; and for design changes proposed by Saudi Aramco as the scope of Change Orders under lump sum contracts. For detailed design performed under lump sum contracts (under which the contractor is fully responsible for the performance of the facility), this standard shall be used as a guideline and the contractor shall have the right to deviate from the ESPTs as it deems necessary, provided the contractor satisfies the requirement under 2.3. The Design Basis Scoping Paper (DBSP) for the development of project’s Piping & Instrument Drawing(s) (P&ID) shall reference this entire standard during the Front-End Engineering Design (FEED) or Project Proposal (PP)/Detail Design.

2

Conflicts and Deviations 2.1

Any conflicts between this standard and other applicable Saudi Aramco Engineering Standards (SAESs), Materials System Specifications (SAMSSs), or industry standards, codes, and forms shall be resolved in writing by the Company or Buyer Representative through the Manager, Process & Control Systems Department of Saudi Aramco, Dhahran.

2.2

For preliminary and detailed designs performed under reimbursable or time unit rate contracts or for work carried out in-house, request for deviations from this standard shall be submitted in writing to the Company Representative, who shall follow internal company procedure SAEP-302 and forward such requests to the Manager, Process & Control Systems Department of Saudi Aramco, Dhahran.

2.3

For detailed design work performed under lump sum contracts, deviations from this standard shall be reported in writing to the Company Representative, who Page 2 of 20

Document Responsibility: ESPT Standards Committee Issue Date: 6 April 2008 Next Planned Update: 6 April 2013

SAES-A-020 Equipment Specific P&ID Templates (ESPT)

shall forward such information to the Manager, Process & Control Systems Department of Saudi Aramco, Dhahran. 3

References The selection of material and equipment, and the design, sizing, specification, construction, maintenance, and repair of equipment and facilities covered by this standard shall comply with the latest edition of the references listed below, unless otherwise noted. By inclusion of following SAEPs, SAMSSs, SAESs, SASDs and SABPs in Section 3 here below, all such references are deemed to be an integral part of this standard and shall be applied when and where applicable within the scope of a specific ESPT. 3.1

Saudi Aramco References Saudi Aramco Engineering Procedures SAEP-1027

Pressure Relief Valve Conventional and Balanced Types

SAEP-1028

Chemical Cleaning and Flushing of Lube/Seal Oil and Fluid Power Systems

SAEP-110

Saudi Aramco Standard Drawings

SAEP-119

Preparation of Saudi Aramco Materials System Specifications

SAEP-121

Operating Instructions for New Facilities

SAEP-125

Preparation of Saudi Aramco Engineering Standards

SAEP-1350

Design Basis Scoping Paper (DBSP) Preparation and Revision Procedure

SAEP-14

Project Proposal

SAEP-16

Project Execution Guide for Process Automation Systems

SAEP-1662

Cleaning of Heat Exchangers and Unfired Plant Equipment

SAEP-302

Instructions for Obtaining a Waiver of a Mandatory Saudi Aramco Engineering Requirement

SAEP-303

Engineering Reviews of Project Proposal and Detail Design Documentation

Page 3 of 20

Document Responsibility: ESPT Standards Committee Issue Date: 6 April 2008 Next Planned Update: 6 April 2013

SAES-A-020 Equipment Specific P&ID Templates (ESPT)

SAEP-305

Saudi Aramco Library Drawings

SAEP-317

Testing and Inspection (T&I) of Shell and Tube Heat Exchangers

SAEP-318

Pressure Relief Valve Program Authorization for Installation, Deletion and Changes

SAEP-319 & 319A

Pressure Relief Valves – Routine Test, Inspection, Quality Assurance and Regulation

SAEP-333

Cathodic Protection Monitoring

SAEP-341

Equipment Life Cycle Cost Procedure

SAEP-349

Advanced Process Control (APC) Systems

SAEP-364

Process Simulation Model Development and Support

SAEP-50

Project Execution Requirements for Third Party Royalty/Custody Metering Systems

Saudi Aramco Materials System Specifications 01-SAMSS-016

Qualifications of Pipeline, In-Plant Piping and Pressure Vessels for Resistance to HydrogenInduced Cracking

04-SAMSS-001

Gate Valves

04-SAMSS-002

Globe Valves

04-SAMSS-003

Additional Requirements for Low Temperature Valves

04-SAMSS-005

Check Valves, Swing Type

04-SAMSS-035

General Requirements for Valves

04-SAMSS-050

Gate Valves, Through Conduit Type, API SPEC 6D

04-SAMSS-051

Ball Valves, API SPEC 6D

04-SAMSS-052

Ball Valves, API SPEC 6A

31-SAMSS-001

Centrifugal Compressors

31-SAMSS-002

Packaged Reciprocating Plant and Instrument Air Compressors

31-SAMSS-003

Reciprocating Compressors for Process Air or Gas Service

31-SAMSS-004

Centrifugal Pumps Page 4 of 20

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SAES-A-020 Equipment Specific P&ID Templates (ESPT)

31-SAMSS-005

Centrifugal Fluorocarbon Refrigeration Units for Industrial/Process Services

31-SAMSS-006

Packaged, Internally Geared Centrifugal Air Compressors

31-SAMSS-009

Positive Displacement Pumps – Controlled Volume

31-SAMSS-012

Shaft Sealing Systems for Centrifugal and Rotary Pumps

32-SAMSS-004

Manufacture of Pressure Vessels

32-SAMSS-005

Manufacture of Atmospheric Tanks

32-SAMSS-006

Manufacture of Low Pressure Tanks

32-SAMSS-007

Manufacture of Shell and Tube Heat Exchangers

32-SAMSS-009

General Purpose Steam Turbines

32-SAMSS-010

Special Purpose Steam Turbines

32-SAMSS-011

Manufacture of Air-Cooled Heat Exchangers

32-SAMSS-013

Lubrication, Shaft Sealing and Control Oil Systems

32-SAMSS-019

Manufacture of Plate and Frame Heat Exchangers

32-SAMSS-020

Manufacture of Trays and Packing

32-SAMSS-027

Manufacture of Electric Heat Exchangers

32-SAMSS-028

Manufacture of Double Pipe Heat Exchangers

32-SAMSS-029

Manufacture of Fired Heaters

32-SAMSS-030

Manufacture of Small Tanks

32-SAMSS-031

Manufacture of Clad Vessels and Heat Exchangers

32-SAMSS-100

Combustion Gas Turbines

34-SAMSS-112

Orifice Meter for Gas Custody Measurement

34-SAMSS-114

Ultrasonic Flow Meter for Gas Custody Measurement

34-SAMSS-117

Turbine Flow Meters in Liquid Service

34-SAMSS-118

Positive Displacement Meters

34-SAMSS-119

Bi-Directional Meter Prover

34-SAMSS-120

Uni-Directional Meter Prover Page 5 of 20

Document Responsibility: ESPT Standards Committee Issue Date: 6 April 2008 Next Planned Update: 6 April 2013

SAES-A-020 Equipment Specific P&ID Templates (ESPT)

34-SAMSS-318

Automatic Tank Gauging Equipment

34-SAMSS-319

Radar Tank Gauging Equipment

34-SAMSS-511

Chromatographs

34-SAMSS-512

Oxygen Analyzers

34-SAMSS-514

Combustible Gas and Hydrogen Sulfide Monitors

34-SAMSS-515

Moisture Analyzers

34-SAMSS-517

Density Meters

34-SAMSS-525

Automatic Sampling Systems for Crude Oil and Refined Products

34-SAMSS-611

Safety Relief Valves Conventional and Balanced Types

34-SAMSS-612

Safety Relief Valves – Pilot Operated Types

34-SAMSS-621

ESD Systems – Hard wired – Solid-State (Nonprogrammable)

34-SAMSS-622

ESD Systems – Electromagnetic Relay

34-SAMSS-634

Local ZV Control Systems

34-SAMSS-711

Control Valves – General Services

34-SAMSS-716

Pneumatic Actuators On-Off Service

34-SAMSS-717

Hydraulic Valve Actuator Systems

34-SAMSS-718

Electric Motor Operated Valve Actuators

Saudi Aramco Engineering Standards SAES-A-202

Saudi Aramco Engineering Drawing Preparation

SAES-A-207

Catalyst and Desiccant Selection and Replacement

SAES-B-055

Plant Layout

SAES-B-057

Safety Requirements: Refrigerated and Pressure Storage Tanks and Vessels

SAES-B-058

Emergency Shutdown, Isolation and Depressuring

SAES-C-001

Process Design of Trays and Packing

SAES-D-001

Design Criteria for Pressure Vessels

SAES-D-100

Design Criteria of Atmospheric and Low-Pressure Tanks Page 6 of 20

Document Responsibility: ESPT Standards Committee Issue Date: 6 April 2008 Next Planned Update: 6 April 2013

SAES-A-020 Equipment Specific P&ID Templates (ESPT)

SAES-D-109

Design of Small Tanks

SAES-E-004

Design Criteria of Shell and Tube Heat Exchangers

SAES-E-006

Design Criteria of Double Pipe Heat Exchangers

SAES-E-007

Design Criteria of Air-Cooled Heat Exchangers

SAES-E-014

Design Criteria of Plate and Frame Heat Exchangers

SAES-E-015

Design Criteria of Electric Heat Exchangers

SAES-F-001

Design Criteria of Fired Heaters

SAES-G-005

Centrifugal Pumps

SAES-G-006

Positive Displacement Pumps – Controlled Volume

SAES-G-115

Lubrication, Shaft Sealing and Control Oil Systems

SAES-G-116

Cleanliness Standard for Lube/Seal Oil and Fluid Power Systems

SAES-J-001

Instrumentation Index

SAES-J-003

Instrumentation – Basic Design Criteria

SAES-J-004

Instrumentation Symbols and Identification

SAES-J-005

Instrumentation Drawings and Forms

SAES-J-100

Process Flow Metering

SAES-J-200

Pressure

SAES-J-300

Level

SAES-J-400

Temperature

SAES-J-502

Analyzer Shelters

SAES-J-600

Pressure Relief Devices

SAES-J-601

Emergency Shutdown and Isolation Systems

SAES-J-603

Process Heaters Safety Systems

SAES-J-605

Surge Relief Protection Systems

SAES-J-700

Control Valves

SAES-J-904

FOUNDATION™ Fieldbus (FF) Systems

SAES-K-402

Centrifugal Compressors Page 7 of 20

Document Responsibility: ESPT Standards Committee Issue Date: 6 April 2008 Next Planned Update: 6 April 2013

SAES-A-020 Equipment Specific P&ID Templates (ESPT)

SAES-K-403

Reciprocating Compressors

SAES-K-501

Steam Turbines

SAES-K-502

Combustion Gas Turbines

SAES-L-105

Piping Material Specifications

SAES-L-108

Selection of Valves

SAES-L-130

Material for Low Temperature Service

SAES-L-132

Material Selection for Piping Systems

SAES-L-133

Corrosion Protection Requirements for Pipelines, Piping and Process Equipment

SAES-L-140

Thermal Expansion Relief in Piping

SAES-N-100

Refractory Systems

SAES-O-100

General Requirements Safety and Security

SAES-O-127

Tank Spacing – Dikes and Drainage

SAES-P-113

Motors and Generators

SAES-S-020

Industrial Drainage and Sewers

SAES-X-500

Cathodic Protection of Vessel and Tank Internals

SAES-X-600

Cathodic Protection of Plant Facilities

SAES-Y-101

Custody Metering of Hydrocarbon Gases

SAES-Y-103

Royalty/Custody Metering of Hydrocarbon Liquids

SAES-Z-000

Process Control Standards Index

SAES-Z-001

Process Control Systems

Saudi Aramco Standard Drawings AA-036388-001

Cathodic Protection Internal Galvanic Anodes Installation Detail for Vessels

AA-036513-001

Custody Transfer Metering and Proving Station (Liquid), Typical schematic

AA-036762-001

Cathodic Protection, Crude and Product Tank Bottom Internal Galvanic Anode Installation

AA-036859-001

Lube Oil Circulation System Piping and Instrument Diagram (P&ID)

AA-036911-001

Insulation Details for Hot Piping Page 8 of 20

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SAES-A-020 Equipment Specific P&ID Templates (ESPT)

AA-036912-001

Insulation Details for Hot Vessels

AA-036913-001

Insulation Details for Cold Piping

AA-036913-002

Insulation Details for Cold Vessels

AB-036003-001

Manways and Vents for Tanks

AB-036019-001

Thermowell Assembly and Detail

AB-036054-001

Oily Water Sewer Manholes Miscellaneous Details

AB-036094-001/002

Standard Orifice Plates

AB-036305-001

Standard Equipment Symbols

AB-036379-001

Royalty/Custody Metering for Hydrocarbon Gases

AB-036492-001

Local Instrument Symbols (Pneumatic and Electrical) for Instrument Loop Diagrams

AB-036492-002

Local Instrument Symbols (Miscellaneous) for Instrument Loop Diagrams

AB-036764-001

Temporary Suction Screen for Gas Compressors

AC-036004-001

Orientation for Orifice Flanges

AC-036045-001

Detail Vent, Drain and Sample Connections

AC-036688-001

Conical Pump Suction Screen for Class 150 and 300 Flanges Pipe Sizes 16”

AC-036950-001

Instrument Symbols

AC-036963-001

Assembly of Davits for Side Mounting on Pressure Vessels

AD-036080-001

Conical Pump Suction Screen for Raised Face Flange Pipe Sizes 2”, 3” and 4”

AD-036393-001

Letter Designation for Line Numbers

AD-036467-001

Blinds for API-3000 PSI Ring Joint Flanges

AD-036491-001

In-Line Instrument Symbols for Instrument Loop Diagrams

AD-036495-001

Conical Pump Suction Screen for Raised Faced Flanges Pipe Sizes 6”, 8”, 10” and 12”

AD-036631-001

Spectacle Plates, Blinds and Spacers for Class 125 Cast Iron Flanges

AD-036633-001

Spectacle Plates, Blinds and Spacers for Class 150 Raised Face Flanges Page 9 of 20

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SAES-A-020 Equipment Specific P&ID Templates (ESPT)

AD-036636-001

Spectacle Plates, Blinds and Spacers for Class 600 Raised Face Flanges

AD-036731-001

Spectacle Plates, Blinds and Spacers for Class 250 R.F.C.I. and Class 300 Raised Face Flanges

AD-036734-001

Spectacle Plates, Blinds and Spacers for Class 600 Oct. Ring Joint Flanges

AD-036735-001

Spectacle Plates, Blinds and Spacers for Class 900 Oct. Ring Joint Flanges

AD-036736-001

Spectacle Plates, Blinds and Spacers for Class 1500 Oct. Ring Joint Flanges

AE-036046-001

Detail of ½” Standard Sample Tube

AE-036084-001

Pump Suction Screen Flat

AE-036092-001

Vertical Ladders Details for Tanks

AE-036411-001/002/003 Drawing and Equipment Index Key AE-036549-001

Minimum Instrumentations for Separator Vessels

AE-036550-001

Branch Connections to Flare Headers

Saudi Aramco Best Practices SABP-A-002

Load Management for Energy Efficiency: Pumps and Compressors

SABP-A-008

Load Management for Energy Efficiency: Heat Transfer Equipment

SABP-A-009

Pinch Technology for Energy Efficiency Optimization

SABP-A-011

Energy Conservation Requirements in Saudi Aramco Engineering Standards and Materials Systems Specifications

SABP-A-012

New Projects Energy Efficiency Optimization Review Methodology

SABP-A-013

Corrosion Control in Amine Units

SABP-A-015

Chemical Injection Systems

SABP-A-016

Crude Unit Corrosion Control

SABP-F-001

Process Heaters Optimizations

SABP-G-013

Rotating Equipment Piping Strain Diagnosis Page 10 of 20

Document Responsibility: ESPT Standards Committee Issue Date: 6 April 2008 Next Planned Update: 6 April 2013

3.2

SAES-A-020 Equipment Specific P&ID Templates (ESPT)

SABP-K-002

Introduction to Industrial Refrigeration Systems Targeting

SABP-Q-004

Heat Exchanger and Horizontal Vessel Foundation Design

SABP-X-001

Cathodic Protection Design Package Preparation

Industry Codes and Standards All industry codes and standards as referenced in SA referenced standards are applicable.

3.3

Terminology The terminology and nomenclature used in ISA and ANSI standards applies to this standard.

4

Design Philosophy Each ESPT in this standard is designed to be used as a building block for developing a project’s P&IDs. Upon the availability of project’s Process Flow Diagram(s) (PFD), the P&IDs are generally developed during the FEED or the PP phases of the project. This standard provides ESPTs only for major equipment for processing, separation, and treating of the hydrocarbon process streams. Where appropriate, such as for heat exchangers, the utility side stream(s) like cooling water, seawater, steam or steam condensate are integrated into the ESPTs. No sizing for equipment, piping, instrument range, or internal dimensions (related to liquid levels or minimum spacing, etc.) are included on ESPTs. These data are specific to a project and its process application and configuration. For some of the common hydrocarbon processing applications to Saudi Aramco, this standard provides ESPTs for typical systems that serve as an example of how ESPTs can be configured together for a specific project or application. In these ESPTs, inlet stream flow measurement is provided only for gas compressors. For all other equipment, outlet flow measurement is provided to enable assessment of equipment’s performance, and appropriate operational control. Multi-phase streams are not measured; flow measurement has been limited to single phase streams. Except for the pumps, each ESPT is limited to a single piece of major equipment. For example, when more than one piece of equipment is required in a process configuration, such as two (2) fifty percent (50%) or four (4) twenty-five percent (25%) capacity, appropriate ESPT may be used more than once as required. In such cases, care must be taken by the engineering teams so as not to duplicate instrumentation that can be Page 11 of 20

Document Responsibility: ESPT Standards Committee Issue Date: 6 April 2008 Next Planned Update: 6 April 2013

SAES-A-020 Equipment Specific P&ID Templates (ESPT)

combined into a single measurement, or having multiple bypasses around the multitude of equipment. Each pump ESPT is based on the provision of one (1) hundred-percent (100%) capacity pump operating and one (1) hundred-percent (100%) capacity pump spare. For multiple services, for example, if three (3) fifty percent (50%) capacity pumps are required, the pump ESPT may be used twice, provided one pump is deleted from the final P&ID, because each pump ESPT has two pumps, and using twice will result in four pumps. Care must be taken during design engineering to assure that each pump is protected for minimum flow requirement and that there is no duplication of flow measurement or level control of the operating pumps. If for a selected pump minimum flow protection is not required or necessary, indicated piping and instrumentation for minimum flow in the ESPT must be deleted. Each ESPT is provided with specific notes that allow certain flexibility to facilitate smooth design engineering by the engineering contractor without requiring unnecessary waivers to this standard. Unless otherwise provided under the notes for a specific ESPT, the indicated requirement for instrument(s) and the designated control philosophy (as incorporated in each ESPT, reflect the best practices for engineering, operational, loss prevention, and maintenance for minimizing life cycle costs for such major process equipment) must be used without changes. All instrumentation shown in ESPTs of this standard is conventional type. Should a specific project choose to incorporate Foundation Fieldbus technology, then such project’s P&IDs shall conform to the requirements of SAES-J-904 to appropriately indicate legends of all FF instruments. If a project’s Hazard and Risk Analysis (e.g., HAZOP) study dictates addition or deletion of any valves, instruments, ZVs, etc., these items can be incorporated in project’s P&IDs without securing P&CSD prior approval. However, such deviations should be documented in the HAZOP study report. For any hydrocarbon liquid streams that are rich in ethane, such as ethane-plus natural gas liquids (C2+ NGL), which are subject to custody transfer measurements as defined by SAES-Y-103, mass measurement of such liquid streams shall be implemented. The mass transferred shall be determined by means of a metering system employing Coriolis meters, or volumetric meters (turbine, ultrasonic, etc.) and density meters. A meter prover and density meter (if required) shall also be provided for meter calibration. Since it is not practical to capture all aspects of engineering in ESPTs, additional considerations for developing final P&IDs are as follows: a)

Indication of piping insulation and heat tracing as required.

b)

Minimum distance requirements. Page 12 of 20

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5

SAES-A-020 Equipment Specific P&ID Templates (ESPT)

c)

Indication of low and high alarms for process measurements within DCS.

d)

Low point drains and high point vents.

e)

Provision for corrosion coupons, chemical injection, sample points, etc.

f)

Minimize nozzles on vessels, e.g., provide relief valves on outlet piping instead on vessel.

g)

Provision of start-up and permanent suction screens on rotating equipment.

h)

Incorporation of piping related to hydrotesting, purging and inventorying for process start-up and T&I.

ESPT Services & Applications This standard provides ESPTs for following selected major process equipment categories:

5.1

Series 100

Compressors

Series 200

Pumps

Series 300

Turbines

Series 400

Vessels

Series 500

Tanks

Series 600

Columns

Series 700

Exchangers

Series 800

Fired Heaters

Series 900

Process System Configurations

Series 100 – Compressors This standard provides ESPTs for the following clickable compression services: Template No.

Drawing No.

Service

ESPT-101

M88-DA-950164-001

Single-Stage Centrifugal Compressor

ESPT-102

M88-DA-950164-002

Multi-Stage Reciprocating Compressor Page 13 of 20

Document Responsibility: ESPT Standards Committee Issue Date: 6 April 2008 Next Planned Update: 6 April 2013

Template No.

5.2

SAES-A-020 Equipment Specific P&ID Templates (ESPT)

Drawing No.

Service

ESPT-103

M88-DA-950164-003

Screw Compressor

ESPT-104

M88-DA-950164-004

One-Stage Centrifugal Refrigerant Compressor

ESPT-105

M88-DA-950164-005

Two-Stage Centrifugal Refrigerant Compressor

ESPT-106

M88-DA-950164-006

Three-Stage Centrifugal Refrigerant Compressor

ESPT-107

M88-DA-950164-007

Lube Oil System for Compressors

Series 200 – Pumps This standard provides ESPTs for the following clickable pump services: Template No.

Drawing No.

Service

ESPT-201

M88-DA-950165-001

Centrifugal Pump Below 300 HP

ESPT-202

M88-DA-950165-002

Desanding Stripper Pump

ESPT-203

M88-DA-950165-003

Horizontal Centrifugal Pump Above 1,000 HP

ESPT-204

M88-DA-950165-004

Lube Oil System for Pumps

ESPT-205

M88-DA-950165-005

Oily Water Lift Station

ESPT-206

M88-DA-950165-006

Reciprocating Pump Below 300 HP

ESPT-007

M88-DA-950165-007

Vertical Canned Pump – 300 to 1,000 HP

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Document Responsibility: ESPT Standards Committee Issue Date: 6 April 2008 Next Planned Update: 6 April 2013

5.3

SAES-A-020 Equipment Specific P&ID Templates (ESPT)

Series 300 – Turbines This standard provides ESPTs for the following clickable turbine services: Template No.

5.4

Drawing No.

Service

ESPT-301

M88-DA-950166-001

Gas Expander

ESPT-302

M88-DA-950166-002

General Purpose Steam Turbine 2,500 HP

ESPT-305

M88-DA-950166-005

Turbo-Expander/Compressor

Series 400 – Vessels This standard provides ESPTs for the following clickable vessel services: Template No.

Drawing No.

Service

ESPT-401

M88-DA-950167-001

Dual Gas Outlet Drum

ESPT-402

M88-DA-950167-002

Ethane Refrigerant Accumulator

ESPT-403

M88-DA-950167-003

Gas Filter Separator

ESPT-404

M88-DA-950167-004

Flare K.O.* Drum

ESPT-405

M88-DA-950167-005

Gas Compressor Suction Drum

ESPT-406

M88-DA-950167-006

GOSP** Desalter

ESPT-407

M88-DA-950167-007

GOSP Three-Phase Drum

ESPT-408

M88-DA-950167-008

GOSP Two-Phase Drum

ESPT-409

M88-DA-950167-009

Horizontal Coalescer Drum

ESPT-410

M88-DA-950167-010

Horizontal Two-Phase Drum

ESPT-411

M88-DA-950167-011

Mercury Removal Bed

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Document Responsibility: ESPT Standards Committee Issue Date: 6 April 2008 Next Planned Update: 6 April 2013

Equipment Specific P&ID Templates (ESPT)

Template No.

Service

* ** ***

Drawing No.

SAES-A-020

ESPT-412

M88-DA-950167-012

Molecular Sieve Dehydrator

ESPT-413

M88-DA-950167-013

Propane Refrigerant Accumulator

ESPT-414

M88-DA-950167-014

Reflux Drum

ESPT-415

M88-DA-950167-015

Refrigerant Compressor Suction Drum

ESPT-416

M88-DA-950167-016

Refrigerant Economizer

ESPT-417

M88-DA-950167-017

Slug Catcher

ESPT-418

M88-DA-950167-018

Split Flow Inlet Horizontal Drum

ESPT-419

M88-DA-950167-019

Three-Phase Horizontal Drum

ESPT-420

M88-DA-950167-020

Two-Phase Vertical Drum

ESPT-421

M88-DA-950167-021

Vertical Coalescer Drum

ESPT-422

M88-DA-950167-022

Wet Crude Dehydrator

ESPT-423

M88-DA-950167-023

WOSEP***

K.O. = Knock Out GOSP = Gas Oil Separation Plant WOSEP = Water Oil Separation

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Document Responsibility: ESPT Standards Committee Issue Date: 6 April 2008 Next Planned Update: 6 April 2013

5.5

SAES-A-020 Equipment Specific P&ID Templates (ESPT)

Series 500 – Tanks This standard provides ESPTs for the following clickable tank services: Template No.

5.6

Drawing No.

Service

ESPT-501

M88-DA-950168-001

Emergency Water Disposal Tank

ESPT-502

M88-DA-950168-002

Fixed Roof Product Tank

ESPT-503

M88-DA-950168-003

Floating Roof Product Tank

ESPT-504

M88-DA-950168-004

Low Pressure Degassing Tank

ESPT-505

M88-DA-950168-005

Product Storage Sphere

ESPT-506

M88-DA-950168-006

Product Storage Spheroid

ESPT-507

M88-DA-950168-007

Water Storage Tank

Series 600 – Columns This standard provides ESPTs for the following clickable column services: Template No.

Drawing No.

Service

ESPT-601

M88-DA-950169-001

Packed Absorber Column

ESPT-602

M88-DA-950169-002

Packed Distillation Column

ESPT-603

M88-DA-950169-003

Packed Rectifier Column

ESPT-604

M88-DA-950169-004

Packed Stripper Column

ESPT-605

M88-DA-950169-005

Trayed Absorber Column

ESPT-606

M88-DA-950169-006

Trayed Distillation Column

ESPT-607

M88-DA-950169-007

Trayed Rectifier Column

ESPT-608

M88-DA-950169-008

Trayed Stripper Column

ESPT-609

M88-DA-950169-009

Steam Stripper Column

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Document Responsibility: ESPT Standards Committee Issue Date: 6 April 2008 Next Planned Update: 6 April 2013

5.7

SAES-A-020 Equipment Specific P&ID Templates (ESPT)

Series 700 – Exchangers This standard provides ESPTs for the following clickable column services: Template No.

*

Drawing No.

Service

ESPT-701

M88-DA-950170-001

Air Cooled Heat Exchanger

ESPT-702

M88-DA-950170-002

Air Cooled Refrigerant Condenser

ESPT-703

M88-DA-950170-003

BAHE* Cross-Exchanger

ESPT-704

M88-DA-950170-004

BAHE* Refrigerant Chiller

ESPT-705

M88-DA-950170-005

Deethanizer Overhead Condenser

ESPT-706

M88-DA-950170-006

Electric Heat Exchanger

ESPT-707

M88-DA-950170-007

Evaporated Humidified Cooling System

ESPT-708

M88-DA-950170-008

Horizontal Thermosyphon Reboiler

ESPT-709

M88-DA-950170-009

Kettle Reboiler

ESPT-710

M88-DA-950170-010

Kettle Refrigerant Chiller

ESPT-711

M88-DA-950170-011

Kettle Steam Generator

ESPT-712

M88-DA-950170-012

Plate & Frame Heat Exchanger

ESPT-713

M88-DA-950170-013

Shell & Tube Heat Exchanger

ESPT-714

M88-DA-950170-014

Steam Heated Thermosyphon Reboiler

ESPT-715

M88-DA-950170-015

Vertical Thermosyphon Reboiler

ESPT-716

M88-DA-950170-016

Water Cooled Heat Exchanger

ESPT-717

M88-DA-950170-017

Water Cooled Refrigerant Condenser

ESPT-718

M88-DA-950170-018

Once-Through Thermosyphon Reboiler (Steam)

BAHE = Brazed Aluminum Heat Exchanger

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Document Responsibility: ESPT Standards Committee Issue Date: 6 April 2008 Next Planned Update: 6 April 2013

5.8

SAES-A-020 Equipment Specific P&ID Templates (ESPT)

Series 800 – Fired Heaters This standard provides ESPTs for the following clickable fired heater services: Template No.

5.9

Drawing No.

Service

ESPT-801

M88-DA-950171-001

Crude Oil Furnace

ESPT-802

M88-DA-950171-002

Vacuum Furnace

Series 900 – Process System Configurations To illustrate the use of ESPTs for developing P&IDs for any process application and any configuration as determined appropriate by the process design and as reflected in the project’s PFD, this standard provides ESPTs for the following clickable process system services: Template No.

Drawing No.

Service

ESPT-901

M88-DA-950180-001

Distillation Column System

ESPT-902

M88-DA-950180-002

Single-Stage Refrigeration Cycle

ESPT-903

M88-DA-950180-003

Two-Stage Refrigeration Cycle

ESPT-904

M88-DA-950180-004

Three-Stage Refrigeration Cycle

ESPT-905

M88-DA-950180-005

Crude Stabilizer System

ESPT-906

M88-DA-950180-006

Condensate Stabilizer System

ESPT-907

M88-DA-950180-007

Absorber Column System

ESPT-908

M88-DA-950180-008

Stripper Column System

ESPT-909

M88-DA-950180-009

TEG* Dehydration System

ESPT-910

M88-DA-950180-010

Amine Sweetening System

ESPT-911

M88-DA-950180-011

Molecular Sieve Dehydration System

ESPT-912

M88-DA-950180-012

Molecular Sieve Regeneration System

Page 19 of 20

Document Responsibility: ESPT Standards Committee Issue Date: 6 April 2008 Next Planned Update: 6 April 2013

Equipment Specific P&ID Templates (ESPT)

Template No.

Service

* ** *** ***

6 April 2008

Drawing No.

SAES-A-020

Single-Stage Gas compression System

ESPT-913

M88-DA-950180-013

ESPT-914

M88-DA-950180-014 Two-Stage Gas Compression System

ESPT-915

M88-DA-950180-015

Three-Stage Gas Compression System

ESPT-916

M88-DA-950180-016

Product Shipping and Custody Measurement

ESPT-917

M88-DA-950180-017

Product NGL Fractionation System

ESPT-918

M88-DA-950180-018

GOSP** Crude Dehydration & Desalting System

ESPT-919

M88-DA-950180-019

GOSP HPPT/LPPT*** System

ESPT-920

M88-DA-950180-020

Cryogenic Turbo-Expander Process

ESPT-921

M88-DA-950180-021

Enhanced Absorption System

ESPT-922

M88-DA-950180-022

Evaporative Cooling Tower System

ESPT-923

M88-DA-950180-023

Once-Through Thermosyphon Reboiler System

TEG = Tri-Ethylene Glycol GOSP = Gas Oil Separation Plant HPPT = High Pressure Production Trap LPPT = Low Pressure Production Trap

Revision Summary New Saudi Aramco Engineering Standard.

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