Table of Contents
| Section | Title | Page |
| Purpose | 2 | |
| Scope | 2 | |
| Related Documents | 2 | |
| Selection of Pipe Class Specifications | 3 | |
| Piping Class Specification Data | 4 | |
| Calculations | 6 | |
| Change Log | 45 | |
| Process Cold Box | 7 | |
| Process Yard Cryogenic | 9 | |
| Process Yard Noncryogenic | 11 | |
| Gaseous Oxygen (GOX) | 12 | |
| Defrost/Disposal, Relief Device Discharge, Seal Gas, and Cold Box Purge Lines | 13 | |
| Electronics Electropolished (EP) and Non-Electropolished Systems | 14 | |
| Utilities | 17 | |
| Global Piping Class Specification Summary | 20 | |
| Global Gasket Material Purchase Specifications | 41 |
1. PURPOSE
1.1 This applications guide provides a single-source document that shall be used in selecting the appropriate piping class specification for specific fluid services.
2. scope
2.1 This engineering standard applies to all fluid services and piping class specifications listed in Tables 1, 2, 3, 4, 5, 6, and 7.
2.2 This document shall be used for the selection of piping class specifications for all plants designed globally by Air Products except where project-specific stipulations or design conditions (for example, client or customer specifications, government regulations, and fluid service applications outside the scope of the B31.3 design code) require the use of special project-specific piping class specifications.
2.3 The following Application tables contain specific fluid service applications and recommended piping class specifications for most of the fluid services typically found in air and gas separation plants designed by Air Products. However, there are a number of special applications that the tables do not fully address. The correct selection of piping class specifications for these special applications requires piping expertise, and guidance should be sought from the Mechanical Systems Engineering specialist in the appropriate ET. Application Table 1 – Process Cold Box Application Table 2 – Process Yard Cryogenic Application Table 3 – Process Yard Noncryogenic Application Table 4 – Gaseous Oxygen (GOX) Application Table 5 – Defrost/Disposal, Relief Device Discharge, Seal Gas, and Cold Box Purge Application Table 6 – Electronics Electropolished and Non-electropolished Systems Application Table 7 – Utilities
2.4 Development of special project-specific Piping Class Specifications may result in an overall cost savings for large diameter piping systems where the maximum system design pressure is well below the maximum design pressure listed in the standard piping class specification selected from the application tables.
3. related documents
3.1 Air Products Engineering Documents 2S301 Use of Aluminium in Oxygen Service 3EQ10601 DCAC/WN2 Tower Materials 3EQ68001 Selecting Paint Systems and Identifying Paint Codes, Including Requirements for Under Thermal Insulation 3PI00001 Numbering System for Piping Standards, Guidelines, and Specifications 3PI20005 Process & Instrumentation Piping for Flat Bottom Cryogenic LIN/LOX/LAR Storage Tanks 3PI50001 HYCO Plant Piping 3PI60001 Design Criteria for Oxygen Piping Systems 3PI75001 Pressure Rating Tables – Aluminum Pipe 3PI75002 Pressure Rating Tables – Carbon Steel Pipe 3PI75003 Pressure Rating Tables – Stainless Steel Pipe 3PI75004 Pressure Rating Tables – Monel Pipe 3PI75005 Pressure Rating Tables – Copper Tube 4WPI-60005 Gaseous Oxygen Piping Design Details 4WPI-EW85001 Manual Valve Selection Guide MSE04031 Oxidizer Piping Review Work Practice
3.2 American Petroleum Institute (API) API RP 941 Steels for Hydrogen Service at Elevated Temperatures and Pressures in Petroleum Refineries and Petrochemical Plants
3.3 ASME International ASME B16.5 Pipe Flanges and Flanged Fittings NPS 1/2 Through NPS 24 Metric/Inch ASME B31.3 Process Piping
3.4 China National Institute of Standardization (CNIS) GB 16912 Safety Technical Regulation for Oxygen and Relative Gases GB 50316 Chinese Design Code for Industrial Metallic Piping
3.5 EU – EU/EC – European Union/Commission Legislative Documents 97/23/EC European Pressure Equipment Directive (PED)
3.6 NACE International Corrosion Data Survey – Metals Section Corrosion Data Survey – Nonmetals Section NACE MR 0175 Petroleum and natural gas industries Materials for use in H2S-containing Environments in oil and gas production Part 1: General principles for selection of cracking-resistant materials – Part 2: Cracking-resistant carbon and low alloy steels, and the use of cast irons – Part 3: Cracking-resistant CRAs (corrosion-resistant alloys) and other alloys
4. SELECTION OF PIPE CLASS SPECIFICATIONS
4.1 Piping class specifications are named and numbered in accordance with 3PI00001 Section 4.6.5.
4.2 The latest revision of piping class specifications shall be used when selecting materials. However, when an existing design is to be reused, and the piping class specifications used in the existing design are no longer current, Mechanical Systems Engineering shall be consulted as to the acceptability of the outdated specifications.
4.3 Piping class specifications shall be selected for the intended service to suit the following mandatory conditions: Application Fluid Service Pipe Size Range Design Conditions as defined on the flowsheets by design circuit. Considerations shall be given to start-up, shutdown, defrost, and regeneration conditions, and other similar conditions, in defining the worst case for design pressures and temperatures. Corrosion Allowance Internal corrosion of the piping system caused by the fluid (see paragraph 5.3 for the corrosion allowance of standard specifications). Refer to the Corrosion Data Survey – Metals Section and Corrosion Data Survey – Nonmetals Section published by NACE. External corrosion of the piping system caused by atmospheric conditions. Refer to 3EQ68001 for the protection of piping materials under insulation. Availability of Materials—The location of suppliers and fabrication facilities and the availability of materials shall be considered.
4.4 Piping class specification selection shall be made from Tables 1 through 7 of this standard using the lowest suitable pressure rating. The nominal and maximum design pressures listed in Tables 1 through 7 are in bar g with the equivalent pressure in psig and are based on ambient temperatures. For allowable design pressures ratings at elevated temperatures, Table 8 should be consulted. Always verify that the design max/min pressure and temperature ratings are within the service pressure/temperature limits shown in Table 8.
4.5 Cold box piping is typically aluminum because it can be welded directly to aluminum equipment. Aluminum/stainless steel transition joints (TJs) are used to transition from aluminum equipment and piping to stainless steel equipment and piping components. Stainless steel piping should be used directly between stainless steel equipment and components or where required by the service application. Valve and pump chest/box piping shall be stainless steel.
4.6 Piping in gaseous oxygen (GOX) service shall comply with the system design and in-line component material selection requirements of 3PI60001 and 4WPI-60005. All GOX piping system designs shall be reviewed in accordance with Mechanical System’s QMS work instruction MSE04031.
4.7 Piping branch connections in pulsating service (for example, reciprocating compressors) shall be wrought or forged fittings. Unreinforced branch connections are strictly prohibited. Flanges in pulsating service shall be weld neck (WN) or socket weld (SW ≤ 1 ½”). Slip-on (SO) flanges are strictly prohibited.
4.8 3PI50001 defines general requirements and Air Products’ specific requirements for safe and reliable installation and operation of piping systems in hydrogen, carbon monoxide, and syngas production plants.
4.8.1 Additionally, hydrogen damage or high temperature hydrogen attack (HTHA) in plants is caused when hydrogen from the process stream seeps into carbon and low alloy steels at high temperatures. Hydrogen reacts with the carbides in the steel, decarburizing the steel and forming methane gas bubbles at the grain boundaries with no loss of thickness. The methane gas bubbles grow with time and result in micro-cracking. The combination of micro-cracking and decarburization reduces the fracture toughness of steels and leads to major failures. HTHA is triggered in components operating at high temperatures and high hydrogen partial pressure. The Nelson curves, found in API Recommended Practice 941, provide information about safe and unsafe operating environments for components operating in hydrogen environments.
4.9 Table 8 consists of a summary of all Air Products global piping class specifications and lists service, size range, pressure/temperature limits, material, flange ratings, gasket materials, corrosion allowance, and service.
5. PIPING CLASS SPECIFICATION DATA
5.1 Design Code: Air Products uses ASME B31.3 as the piping design code for fluid service applications typically found in petroleum refineries, chemical, semiconductor, and cryogenic plants, and related processing plants and terminals. Additional or supplemental requirements may be added for plants within Europe by the European Pressure Equipment Directive 97/23/EC (PED) and for plants within China by the Chinese Design Code for Industrial Metallic Piping (GB-50316). Other sections of the ASME Piping Code may be required for fluid service applications outside the scope of the B31.3 section and, in those cases; special project-specific piping class specifications might be required.
5.2 Materials: Piping class specifications typically contain three materials sections. Each section is comprehensive in scope and is meant to be used in its entirety. Combining portions of the individual sections is prohibited.Section A contains material commonly used in countries outside of the European Community and the People’s Republic of China. Section E contains material required to meet the requirements of the European Pressure Equipment Directive (PED) 97/23/EC for plants to be commissioned in the European Community and those countries that have adopted the PED. Section C contains material to be used only in the People’s Republic of China (PRC). Some clients and countries might require the use of other piping design codes and, in those cases, special project-specific piping class specifications might be required.
5.3 Corrosion Allowance: An allowance for corrosion is not included in the wall thickness values for aluminium, copper, monel, or stainless steel piping materials. Carbon and low alloy steel piping materials incorporate a 1.3 mm corrosion allowance in the listed wall thickness values where appropriate for the fluid service. Any other corrosion or mechanical allowances required by a project shall require revised wall thickness calculations and special project-specific piping class specifications.
5.4 Maximum Allowable Oxygen Purity: Aluminum piping class specifications include the maximum allowable oxygen purity based on the pressure/purity curve limitations contained in 2S301.
5.5 Service Limitations: Pressure/temperature service limitations are shown on the front page of each piping class specification. Any interpolation between listed pressure/temperature values should be based on the values listed in the applicable referenced code, standard, or specification. For example: For flanges use pressure/temperature rating tables in ASME B16.5 to calculate, by linear interpolation, the intermediate metric values of bar g or °C. Intermediate US customary values of psig or °F may be similarly calculated by using the tables in Annex F.
5.5.1 The minimum design temperature of carbon steel pipe class specifications (-20°C/-4°F) is limited by the materials listed in Section C – “Chinese Materials”. Piping systems constructed using the carbon steel materials listed in Section A – “Non-PED Materials” or Section E – “PED Materials” may be used at a minimum design temperature of -29°C/-20°F.
5.6 Reducers: Size ranges shown for reducers are the larger ends only and do not include nonpreferred sizes (1¼, 2½, 3½, 5, 22, 26, 28, 32, 34, 38, 40, 44, and 46 NPS). Nonpreferred sizes are only allowed to step up to the next preferred nominal pipe size.
5.7 Flanges: Only flanges of the lowest applicable flange pressure rating are included in the piping class specification. Equivalent flanges of higher pressure rating are acceptable and should be included in the PDS version of the piping class specification.
5.8 Manual Valves: Manual valves shall be selected from the appropriate table in 4WPI-EW85001 based on the applicable piping class specification.
5.9 Threaded Pipe: Threaded pipe shall have a minimum wall thickness of schedule 80 to maintain mechanical integrity.
6. calculations
6.1 Pressure rating tables for various piping materials may be found in the following Engineering Standards: Piping Material Engineering Standard Aluminum 3PI75001 Carbon Steel 3PI75002 Stainless Steel 3PI75003 Monel 3PI75004 Copper 3PI75005
| Application Table 1: Process Cold Box | |||||||||||||||
| Nominal Pressure Rating [bar g] and Design Pressure Rating [bar g (psig)] at Ambient Temperature (See Table 8 for Design Pressure Ratings at Specified Temperature Ranges) | |||||||||||||||
| Nominal
Pressure |
4 bar g | 10 bar g | 15 bar g | 20 bar | 35 bar g | 50 bar g | 60 bar g | 70 bar g | 100 bar g | ||||||
| Design Pressure | 4.0 bar g (58 psig) | 10.3 bar g (150 psig) | 13.5 bar g (195 psig) | 18.9 bar g (275 psig) | 34.5 bar gc 500 psig) | 49.6 bar g (720 psig) | 62.0 bar g (900 psig) | 70.0 bar g (1015 psig) | 99.3 bar g (1440 psig) | ||||||
| Fluid Service | Pipe Class Specification | ||||||||||||||
| Air | WAC004 | WAC010 | WAC015 | WSC020 | WAC035 WSC035 | WAC050 (2) WSC050 (2) | WAC060 | WAC070 (3) | WSC100 | ||||||
| Argon | WAC004 | WAC010 | WAC015 | WSC020 | WAC035 WSC035 | WAC050 (2) WSC050 (2) | WAC060 | WAC070 (3) | WSC100 | ||||||
| Carbon Dioxide | WAH004 | WAH010 | WAH015 | WAH020 (1) WSH020 | WAH035 WSH035 | WAH050 (2) WSH050 (2) | WAH060 | WAH070 (3) | WSH100 | ||||||
| Carbon Monoxide | WAH004 | WAH010 | WAH015 | WAH020 (1) WSH020 | WAH035 WSH035 | WAH050 (2) WSH050 (2) | WAH060 | WAC070 (3) | WSH100 | ||||||
| Helium (4) Cold Gas > -198°C | WAC004 | WAC010 | WAC015 | WSC020 | WAC035 WSC035 | WAC050 (2) WSC050 (2) | WAC060 | WAC070 (3) | WSC100 | ||||||
| Fuel Gas/ Hydro- carbons |
WAH004 | WAH010 | WAH015 | WAH020 (1)WSH020 | WAH035 WSH035 | WAH050 (2) WSH050 (2) | WAH060 | WAH070 (3) | WSH100 | ||||||
| Hydrogen (4) Cold Gas > -198°C | WAH004 | WAH010 | WAH015 | WAH020 (1) WSH020 | WAH035 WSH035 | WAH050 (2) WSH050 (2) | WAH060 | WAH070 (3) | WSH100 | ||||||
| Nitrogen | WAC004 | WAC010 | WAC015 | WSC020 | WAC035 WSC035 | WAC050 (2) WSC050 (2) | WAC060 | WAC070 (3) | WSC100 | ||||||
| Oxygen (see 4.6) | WAC004 | WAC010 | WAC015 | WSC020 | WAC035 WSC035 | WAC050 (2) WSC050 (2) | WAC060 | WAC070 (3) | WSC100 | ||||||
| Syngas | WAH004 | WAH010 | WAH015 | WAH020 (1) WSH020 | WAH035 WSH035 | WAH050 (2) WSH050 (2) | WAH060 | WAH070 (3) | WSH100 | ||||||
Application Notes on next page.
Application Table 1 Notes: (1) Flanges are prohibited in specification WAH020. (2) Specifications WSC050 and WSH050 contain Class 300 flanges while WAC050 and WAH050 contain Class 600 flanges because of differences in stainless steel and aluminum flange pressure ratings. (3) Specifications WAC070 and WAH070 do not contain flanges because of Aluminum flange pressure limitations. (4) Helium or hydrogen cold gas ≤ -198°C (-325°F) require special pipe class specifications to address the bolting material requirements for the lower temperature.
![Nominal Pressure Rating [bar g] and Design Pressure Rating [bar g (psig)] at Ambient Temperature(See Table 8 for Design Pressure Ratings at Specified Temperature Ranges)](https://i0.wp.com/srecontracting.com/wp-content/uploads/2021/01/img_5ff44488eedb4.png?resize=1200%2C330&ssl=1 "Nominal Pressure Rating [bar g] and Design Pressure Rating [bar g (psig)] at Ambient Temperature(See Table 8 for Design Pressure Ratings at Specified Temperature Ranges)")
| Application Table 2: Process Yard Cryogenic | |||||||||||||
| Nominal Pressure Rating [bar g] and Design Pressure Rating [bar g (psig)] at Ambient Temperature
(See Table 8 for Design Pressure Ratings at Specified Temperature Ranges) |
|||||||||||||
| Nominal Pressure | 20 bar g | 30 bar g | 35 bar g | 50 bar g | 100 bar g | 150 bar g | 260 bar g | ||||||
| Design Pressure | 18.9 bar g (275 psig) | 27.6 bar g (400 psig) | 34.5 bar g (500 psig) | 49.6 bar g
(720 psig) |
99.3 bar g (1440 psig) | 148.9 bar g (2160 psig) | 248.2 bar g (3600 psig) | ||||||
| Fluid Service | Pipe Class Specification | ||||||||||||
| Air Cold Gas | WSC020 |
|
WSC035 | WSC050 | WSC100 | WSC150 | WSC260 | ||||||
| Argon Liquid/Cold Gas | WSC020 | WSC035 | WSC050 | WSC100 | WSC150 | WSC260 | |||||||
| Storage tank liquid withdrawal line (1) | WSC050A | ||||||||||||
| Trailer unloading lines (2) | WSC035 | ||||||||||||
| Customer Stations | AKC020 | AKC030 | |||||||||||
| CLAR Pumps | WSC020D | WSC035D | WSC050D | ||||||||||
| Carbon Monoxide | WSH020 | WSH035 | WSH050 | WSH100 | WSH150 | WSH260 | |||||||
| HeliumCold Gas > -198°C (-325 °F)(3) | WSC020 |
|
WSC035 | WSC050 | WSC100 | WSC150 | WSC260 | ||||||
| Liquid/Cold Gas ≤ -198°C ( -325 °F) | Vacuum Jacketed | ||||||||||||
| Fuel Gas/Hydrocarbons | WSH020 | WSH035 | WSH050 | WSH100 | WSH150 | WSH260 | |||||||
| Hydrogen Cold Gas > -198°C (-325°F) (3) | WSH020 |
|
WSH035 | SH050 | WSH100 | WSH150 | WSH260 | ||||||
| Customer Stations | WSC020A | WSC035A | |||||||||||
| Nitrogen Liquid/Cold Gas | WSC020 |
|
WSC035 | WSC050 | WSC100 | WSC150 | WSC260 | ||||||
| Storage tank liquid withdrawal line (1) | WSC050A | ||||||||||||
| Trailer unloading lines (2) | WSC035 | ||||||||||||
| Customer Stations | AKC020 | AKC030 | |||||||||||
| Application Table 2: Process Yard Cryogenic (continued) | |||||||||||||
| Nominal Pressure Rating [bar g] and Design Pressure Rating [bar g (psig)] at Ambient Temperature
(See Table 8 for Design Pressure Ratings at Specified Temperature Ranges) |
|||||||||||||
| Nominal
Pressure |
20 bar g | 30 bar g | 35 bar g | 50 bar g | 100 bar g | 150 bar g | 260 bar g | ||||||
| Design
Pressure |
18.9 bar g
(275 psig) |
27.6 bar g
(400 psig) |
34.5 bar g
(500 psig) |
49.6 bar g
(720 psig) |
99.3 bar g
(1440 psig) |
148.9 bar g
(2160 psig) |
248.2 bar g
(3600 psig) |
||||||
FluidService |
Pipe Class Specification |
||||||||||||
| Oxygen
Liquid/Cold Gas |
WSC020 |
|
WSC035 |
WSC050 |
WSC100 |
WSC150 |
WSC260 |
||||||
| Storage tank liquid withdrawal line (1) | WSC050A | ||||||||||||
| Trailer unloading lines (2) | WSC035 | ||||||||||||
| Customer Stations | AKC020 | AKC030 | |||||||||||
| LOX Pumps | WSC020D | WSC035D | WSC050D | ||||||||||
Application Table 2 Notes:
(1) Applies to low pressure flat bottom cryogenic LIN/LOX/LAR storage tanks per Engineering Standard 3PI20005.
(2) Trailer unloading lines are to be designed to a minimum of 400 psig.
(3) Helium or hydrogen cold gas ≤ -198°C (-325°F) require special pipe class specifications to address the bolting material requirements for the lower temperatures.
Application Table 3: Process Yard Noncryogenic |
||||||||||
| Nominal Pressure Rating [bar g] and Design Pressure Rating [bar g (psig)] at Ambient Temperature
(See Table 8 for Design Pressure Ratings at Specified Temperature Ranges) |
||||||||||
| Nominal
Pressure |
2 bar g | 10 bar g | 20 bar g | 35 bar g | 36 bar g | 50 bar g | 100 bar g | 150 bar g | 260 bar g | |
| Design
Pressure |
2.0 bar g
(29 psig) |
10.3 bar g
(150 psig) |
19.6 bar g
(285 psig) |
34.5 bar g
(500 psig) |
37.9 bar g
(550 psig) |
51.0 bar g
(740 psig) |
102 bar g
(1480 psig) |
153 bar g
(2220 psig) |
254.5 bar g
(3690 psig) |
|
FluidService |
Pipe Class Specification |
|||||||||
| Air – Process
Smooth Flow |
WCG002 |
WCG010 |
WCG020 |
WCG035 |
|
WCG050 |
WCG100 |
WCG150 |
WCG260 |
|
| Pulsating Flow
TSA & Recip. Compressors |
WCP010 |
WCP020 WCP020A |
WCH050 |
WCH100 |
WCH150 |
WCH260 |
||||
| PSA Service | WCP036
WCP036A |
|||||||||
| Argon
|
WCG002 | WCG010 | WCG020 | WCG035 | WCG050 | WCG100 | WCG150 | WCG260 | ||
| Carbon Dioxide
|
WCH010 | WCH020 | WCH035 | WCH050 | WCH100 | WCH150 | WCH260 | |||
| Carbon Monoxide
|
WCH010 | WCH020 | WCH035 | WCH050 | WCH100 | WCH150 | WCH260 | |||
| Helium
|
WCG002
|
WCG010 | WCG020 | WCG035 | WCG050 | WCG100 | WCG150 | WCG260 | ||
| Hydrogen
Smooth Flow |
WCH010 |
WCH020 |
WCH035 |
WCH050 |
WCH100 |
WCH150 |
WCH260 |
|||
| PSA Service
|
WCP036
WCP036A |
|||||||||
| Hydrocarbons
|
WCH010 | WCH020 | WCH035 | WCH050 | WCH100 | WCH150 | WCH260 | |||
| Hydrogen Sulfide (H2S) | WCN010 | WCN020 | WCN035 | WCN50 | WCN100 | WCN150 | WCN260 | |||
| Nitrogen – Process
Smooth Flow |
WCG002 |
WCG010 |
WCG020 |
WCG035 |
|
WCG050 |
WCG100 |
WCG150 |
WCG260 |
|
| Pulsating Flow
Reciprocating Compressors |
WCP010 |
WCP020 WCP020A |
WCH050 |
WCH100 |
WCH150 |
WCH260 |
||||
Application Table 4: Gaseous Oxygen (GOX) |
||||||||||||
| Nominal Pressure Rating [bar g] and Design Pressure Rating [bar g (psig)] at Ambient Temperature
(See Table 8 for Design Pressure Ratings at Specified Temperature Ranges) |
||||||||||||
Nominal Pressure |
10 bar g | 20 bar g | 35 bar g | 40 bar g | 50 bar g | 85 bar g | 100 bar g | 125 bar g | ||||
| Carbon Steel
Design Pressure |
10.3 bar g
(150 psig) |
19.6 bar g
(285 psig) |
34.4 bar g
(500 psig) |
51 bar g
(740 psig) |
102 bar g
(1480 psig) |
|||||||
| Stainless Steel and Monel
Design Pressure |
10.3 bar g
(150 psig) |
18.9 bar g
(275 psig) |
34.4 bar g
(500 psig) |
41.3 bar g
(600 psig) |
49.6 bar g
(720 psig) |
82.7 bar g
(1200 psig) |
99.3 bar g
(1440 psig) |
124.1 bar g
(1800 psig) |
||||
Fluid Service |
Pipe Class Specification |
|||||||||||
| Gaseous Oxygen (Notes 1 & 2) | ||||||||||||
| Oxygen Purity > 80%
Velocities below curve limits in Figure(s) 1A or 1B of 3PI60001 CS Piping to 149°C (300°F) |
|
WCX020 |
WCX035(3) |
|
WCX050 (3) |
|
WCX100 (3) |
WMX125 |
||||
| SS Piping to 204°C (400°F) | WSX010 | WSX020 | WSX035 | WSX050 | WSX100 | WMX125 | ||||||
| Oxygen Purity > 80%
Velocities above curve limits (5) in Figure(s) 1A or 1B of 3PI60001 SS Piping to 204°C (400°F) |
WSX010 |
WSX020A |
WSX027A(4) |
|
|
|
|
|||||
| Monel Piping to 204°C 400°F) | WMX020 | WMX040 | WMX050 | WMX085 | WMX125 | |||||||
| Oxygen Purity from 40% to 80%
Pressure below curve limits in Appendix E, Fig. 3 of 3PI60001 CS Piping to 204°C (400°F) |
WCX020 |
WCX035(3) |
||||||||||
| Cyclic Service – TSA Switching
Oxygen Purity ≤ 80% Pressure ≤ 10 psig CS Piping to 204°C (400°F) |
WCP010 |
WCP020 |
||||||||||
| Cyclic Service – PSA Switching
CS Piping to 204°C (400°F) |
WCP010 |
WCP020 |
||||||||||
Application Table 4 Notes:
(1) Refer to 3PI60001 for specific requirements that are unique to the design of gaseous oxygen piping systems.
(2) Refer to 4WPI-60005 for specific piping configurations required for gaseous oxygen piping.
(3) Chinese Standard GB16912 prohibits the use of carbon steel piping in China at operating gas pressures > 30 bar g (435 psig).
(4) Pipe specification is limited to 25.8 bar g (375 psig) for use without velocity limits.
(5) Chinese Technical Regulation GB 16912 does not recognize “exemption pressures” and the Mechanical Systems engineer is responsible for ensuring that the gaseous oxygen velocity is within the allowable limits for the use of stainless steel in smooth flow and impingement flow applications.”
Application Table 5: Defrost/Disposal, Relief Device Discharge, Seal Gas, and Cold Box Purge Lines |
|||||||
| Nominal Pressure Rating [bar g] and Design Pressure Rating [bar g (psig)] at Ambient Temperature
(See Table 8 for Design Pressure Ratings at Specified Temperature Ranges) |
|||||||
| Nominal
Pressure |
10 bar g | 20 bar g | 35 bar g | 50 bar g | 100 bar g | 150 bar g | |
| Carbon Steel
Design Pressure |
10.3 bar g
(150 psig) |
19.6 bar g
(285 psig) |
34.5 bar g
(500 psig) |
51.0 bar g
(740 psig) |
102.0 bar g
(1480 psig) |
153.0 bar g
(2220 psig) |
|
Stainless SteelDesign Pressure |
10.3 bar g
(150 psig) |
18.9 bar g
(275 psig) |
34.5 bar g
(500 psig) |
49.6 bar g
(720 psig) |
99.3 bar g
(1440 psig) |
148.9 bar g
(2160 psig) |
|
FluidService |
Pipe Class Specification |
||||||
| Defrost/Disposal Lines
Non-Hydrocarbon |
|
WSC020 |
WSC035 |
WSC050 |
WSC100 |
WSC150 |
|
| Hydrocarbon
|
WSH020 | WSH035 | WSH050 | WSH100 | WSH150 | ||
| Relief Device Discharge Lines
Below –29°C (–20°F) Non-Hydrocarbon |
|
WSC020 |
WSC035 |
WSC050 |
WSC100 |
WSC150 |
|
| Hydrocarbon
|
WSH020 | WSH035 | WSH050 | WSH100 | WSH150 | ||
| Relief Device Discharge Lines
Above –29°C (–20°F) Non-Hydrocarbon |
WCG010 |
WCG020 |
WCG035 |
WCG050 |
WCG100 |
WCG150 |
|
| Hydrocarbon
|
WCH010 | WCH020 | WCH035 | WCH050 | WCH100 | WCH150 | |
| Seal Gas Lines Downstream of Filter
Oxygen |
WSX010 |
WSX020 |
WSX035 |
WSX050 |
WSX100 |
|
|
| Other
|
WSC020 | WSC035 | WSC050 | WSC100 | |||
| Cold Box Purge Lines
|
WCG010 | WCG020 | WCG035 | ||||
Application Table 6: Electronics Electropolished (EP) and Non-electropolished Systems |
|||||||
| Nominal Pressure Rating [bar g] and Design Pressure Rating [bar g (psig)] at Ambient Temperature
(See Table 8 for Design Pressure Ratings at Specified Temperature Ranges) |
|||||||
| Nominal
Pressure |
5 to 10 bar g | 20 bar g | 50 bar g | 100 bar g | 205 bar g | 240 bar g | |
| Design
Pressure |
19.0 bar g
(275 psig) |
49.6 bar g
(720 psig) |
99.3 bar g
(1440 psig) |
205 bar g
(3000 psig) |
240 bar g
(3500 psig) |
||
Polyvinylidene Fluoride (PVDF) |
5.1 bar g
(75 psig) |
||||||
FluidService |
Pipe Class Specification |
||||||
| Ammonia
|
wst020c
WSE020F |
wst050 | wst110 | wst205 | |||
| Ammonia Service Water
|
WSE020F | ||||||
| Argon – Ultra High Purity (UHP) | |||||||
| Electropolished (EP) System | wst020A
wst020f |
wst050a | |||||
| Non-Electropolished System | wst020b
wst020g
|
||||||
| Arsine
|
wst020c | wst050 | wst110 | wst205 | |||
| Chlorine
|
WPE010C | ||||||
| Helium
|
wst020 | wst050b | |||||
| Helium – Ultra High Purity (UHP) | |||||||
| Electropolished (EP) System | wst020A
wst020f |
wst050a | |||||
| Non-Electropolished System | wst020b
wst020g
|
||||||
Application Table 6: Electronics Electropolished (EP) and Non-electropolished Systems (continued) |
|||||||
| Nominal Pressure Rating [bar g] and Design Pressure Rating [bar g (psig)] at Ambient Temperature
(See Table 8 for Design Pressure Ratings at Specified Temperature Ranges) |
|||||||
| Nominal
Pressure |
5 to 10 bar g | 20 bar g | 50 bar g | 100 bar g | 205 bar g | 240 bar g | |
| Design
Pressure |
19.0 bar g
(275 psig) |
49.6 bar g
(720 psig) |
99.3 bar g
(1440 psig) |
205 bar g
(3000 psig) |
240 bar g
(3500 psig) |
||
Polyvinylidene Fluoride (PVDF) |
5.1 bar g
(75 psig) |
||||||
FluidService |
Pipe Class Specification |
||||||
| Hydrogen – Ultra High Purity (UHP) | |||||||
| Electropolished (EP) System | wst020A
wst020f |
wst050a | |||||
| Non-Electropolished System | wst020b
wst020g
|
||||||
| Nitrogen | |||||||
| Instrument | wsi020 | ||||||
| Purge
|
wst020c | ||||||
| Nitrogen Trifluoride
|
wst020c
WSE020D |
wst050 | wst110 | wst205 | |||
| Nitrogen – Ultra High Purity (UHP) | |||||||
| Electropolished (EP) System | wst020A
wst020f |
wst050a | |||||
| Non-Electropolished System | wst020b
wst020g
|
||||||
| Oxygen – Ultra High Purity (UHP) | |||||||
| Electropolished (EP) System | wst020A
wst020f |
wst050a | |||||
| Non-Electropolished System | wst020b
wst020g
|
||||||
Application Table 6: Electronics Electropolished (EP) and Non-electropolished Systems (continued) |
|||||||
| Nominal Pressure Rating [bar g] and Design Pressure Rating [bar g (psig)] at Ambient Temperature
(See Table 8 for Design Pressure Ratings at Specified Temperature Ranges) |
|||||||
| Nominal
Pressure |
5 to 10 bar g | 20 bar g | 50 bar g | 100 bar g | 205 bar g | 240 bar g | |
| Design
Pressure |
19.0 bar g
(275 psig) |
49.6 bar g
(720 psig) |
99.3 bar g
(1440 psig) |
205 bar g
(3000 psig) |
240 bar g
(3500 psig) |
||
Polyvinylidene Fluoride (PVDF) |
5.1 bar g
(75 psig) |
||||||
FluidService |
Pipe Class Specification |
||||||
| Phosphine
|
wst020c | wst050 | wst110 | wst205 | |||
| Silicon Tetrafluoride (SiF4)
|
wst020d
wst020e
|
||||||
| Tungsten Hexafluoride (WF6)
|
wne240 | ||||||
| Water
DI System
|
WSE020F |
||||||
Application Table 7: Utilities |
||||||||||
| Nominal Pressure Rating [bar g] and Design Pressure Rating [bar g (psig)] at Ambient Temperature
(See Table 8 for Design Pressure Ratings at Specified Temperature Ranges) |
||||||||||
| Nominal
Pressure |
2 to 7 bar g | 10 bar g | 10 bar g | 20 bar g | 35 bar g | 50 bar g | 100 bar g | |||
| Carbon Steel
Design Pressure |
2 bar g
(29 psig) |
10.0 bar g
(145 psig) |
10.3 bar g
(150 psig) |
19.6 bar g
(285 psig) |
34.5 bar g
(500 psig) |
51.0 bar g
(740 psig) |
102.0 bar g
(1480 psig) |
|||
| Stainless Steel
Design Pressure |
10.0 bar g
(145 psig) |
18.9 bar g
(275 psig) |
||||||||
| Chlorinated Polyvinyl Chloride (CPVC) | 5.1 bar g
(75 psig) |
|||||||||
| High Density Polyethylene (HDPE) | 6.9 bar g
(100 psig) |
10.3 bar g
(150 psig) |
||||||||
FluidService |
Pipe Class Specification |
|||||||||
| Air
Instrument (aboveground) |
WCG002 |
WCG010 |
WCG020 |
WCG035 |
WCG050 |
WCG100 |
||||
| Utility
|
WCG002 | WCG010 | WCG020 | WCG035 | WCG050 | WCG100 | ||||
| Boiler Feed Water
|
WCP010 | WCP020 | WCU050 | |||||||
| Fuel Oil
|
WCH010
|
WCH020 | WCH035 | WCH050 | WCH100 | |||||
| Glycol
Aboveground |
WCG002 |
WCG010 |
WCG020 |
WCG035 |
WCG050 |
WCG100 |
||||
| Lubricating Oil
Supply |
WSL010 |
|
|
|
|
|
||||
| Return
|
WCG010 | |||||||||
| Nitrogen
Instrument (aboveground) |
WCG002 |
WCG010 |
WCG020 |
WCG035 |
WCG050 |
WCG100 |
||||
| Purge
|
WCG002 | WCG010 | WCG020 | WCG035 | WCG050 | WCG100 | ||||
| Steam
|
WCP010 | WCP020 | WCU050 | |||||||
| Steam Condensate
|
WCP010 | WCP020 | WCU050 | |||||||
Application Table 7: Utilities (continued) |
||||||||||
| Nominal Pressure Rating [bar g] and Design Pressure Rating [bar g (psig)] at Ambient Temperature
(See Table 8 for Design Pressure Ratings at Specified Temperature Ranges) |
||||||||||
| Nominal
Pressure |
2 to 7 bar g | 10 bar g | 10 bar g | 20 bar g | 35 bar g | 50 bar g | 100 bar g | |||
| Carbon Steel
Design Pressure |
2 bar g
(29 psig) |
10.0 bar g
(145 psig) |
10.3 bar g
(150 psig) |
19.6 bar g
(285 psig) |
34.5 bar g
(500 psig) |
51.0 bar g
(740 psig) |
102.0 bar g
(1480 psig) |
|||
| Stainless Steel
Design Pressure |
10.0 bar g
(145 psig) |
18.9 bar g
(275 psig) |
||||||||
| Chlorinated Polyvinyl Chloride (CPVC) | 5.1 bar g
(75 psig) |
|||||||||
| High Density Polyethylene (HDPE) | 6.9 bar g
(100 psig) |
10.3 bar g
(150 psig) |
||||||||
FluidService |
Pipe Class Specification |
|||||||||
| Water
Cooling (aboveground) |
WCU010 |
|
|
|
|
|||||
| Cooling (underground) | APU007 (1) | |||||||||
| Cooling (chemical treatment) | WPU005A | WCU010 | ||||||||
| Fire (underground) | APU010 (1) | |||||||||
| Jacket | WCU010 | |||||||||
| Potable (aboveground) | WGW010 | |||||||||
| Potable (underground) | APU007 (1) | |||||||||
| Utility (aboveground) | WCU010 | |||||||||
| Utility (underground)
|
APU007 (1) | |||||||||
| DCAC (open loop) (Note 2)
Instrumentation |
WSG020 (3) |
|||||||||
| Process water
|
WCU010 | |||||||||
| DCAC (closed loop) (Note 2)
Instrumentation |
WSG020 (3) |
|||||||||
| Process water | WSG020 (3) | |||||||||
| Makeup water | WCU010 | |||||||||
| Blowdown water | WSG020 (3) | |||||||||
Application Table 7: Utilities (continued) |
||||||||||
| Nominal Pressure Rating [bar g] and Design Pressure Rating [bar g (psig)] at Ambient Temperature
(See Table 8 for Design Pressure Ratings at Specified Temperature Ranges) |
||||||||||
| Nominal
Pressure |
2 to 7 bar g | 10 bar g | 10 bar g | 20 bar g | 35 bar g | 50 bar g | 100 bar g | |||
| Carbon Steel
Design Pressure |
2 bar g
(29 psig) |
10.0 bar g
(145 psig) |
10.3 bar g
(150 psig) |
19.6 bar g
(285 psig) |
34.5 bar g
(500 psig) |
51.0 bar g
(740 psig) |
102.0 bar g
(1480 psig) |
|||
| Stainless Steel
Design Pressure |
10.0 bar g
(145 psig) |
18.9 bar g
(275 psig) |
||||||||
| Chlorinated Polyvinyl Chloride (CPVC) | 5.1 bar g
(75 psig) |
|||||||||
| High Density Polyethylene (HDPE) | 6.9 bar g
(100 psig) |
10.3 bar g
(150 psig) |
||||||||
FluidService |
Pipe Class Specification |
|||||||||
| Water – continued
Waste Nitrogen Tower (open loop) (Note 2) Instrumentation |
|
|
WSG020 (3) |
|||||||
| Water to/from tower
|
WCU010 | |||||||||
| Waste Nitrogen Tower
(closed loop) (Note 2) Instrumentation |
WSG020 (3) |
|||||||||
| Water to/from tower | WSG020 (3) | |||||||||
| Makeup water | WCU010 | |||||||||
| Blowdown water | WSG020 (3) | |||||||||
Application Table 7 Notes:
1) American non-metallic piping material specifications are listed for reference.
2) See 3EQ10601 for definitions of open and closed loop systems and piping material recommendations.
3) The suitability of 304/316 stainless steel piping materials in water services operating at or above 50°C (122°F) must be verified because of the potential of stress corrosion cracking resulting from a high level of chlorides in the water.
TABLE 8 – Global Piping Class Specification Summary (See Notes 4 and 5 for exceptions)
| Piping Class
Specification 4WPI-C |
Service | Application Table(s) | Size Range
DN |
Des Press bar g | Temp Range
°C |
Material | Flange Rating | Gasket MPS 4WPI-
(Note 3) |
Corr. All.
mm |
Remarks | |
| APU007 | Underground Potable and Cooling Water Service | 7 | 50-1200 | 6.9
6.2 5.4 5.2 4.3 |
+2 to 27
to 32 to 38 to 43 to 49 |
HDPE | DR 17 | MWFG32 | 0 | ||
| APU010 | Underground Firewater Service | 7 | 50-600 | 10.3
8.6 6.9 5.5 |
+2 to 23
to 38 to 49 to 60 |
HDPE | Class 150 | MWFG32 | 0 | ||
| AKC020 | Cryogenic Storage Tanks –
Customer Stations |
2 | 8-80
|
20.7
18.6 |
-198 to 37.8
to 65.6 |
Copper Tube | Class 300 | MWFG08 | 0 | For the class 200 4-bolt “Mueller” tongue-and-groove flanges, use ring gasket in MAKL01 | |
| AKC030 | Cryogenic Storage Tanks –
Customer Stations |
2 | 8-40 | 27.6
21.3 |
-198 to 37.8
to 65.6 |
Copper Tube | Class 300 | MWFG08 | 0 | For the class 200 4-bolt “Mueller” tongue-and-groove flanges, use ring gasket in MAKL01 | |
| WAC004 | Process Cold Box – ASU | 1 | 15-1200 | 4.0 | -198 to 65 | Aluminium | Class
150 & 300 |
MWFG07 | 0 | ||
| WAC010 | Process Cold Box – ASU | 1 | 15-1500 | 10.3 | -198 to 65 | Aluminium | Class
150 & 300 |
MWFG07 | 0 | ||
| WAC015 | Process Cold Box – ASU | 1 | 15-1500 | 13.5 | -198 to 65 | Aluminium | Class
150 & 300 |
MWFG07 | 0 | ||
| WAC035 | Process Cold Box – ASU | 1 | 15-600 | 34.5 | -198 to 65 | Aluminium | Class
300 & 600 |
MWFG07 | 0 | ||
| WAC050 | Process Cold Box – ASU | 1 | 15-500 | 49.6
45.5 |
-198 to 38
to 65 |
Aluminium | Class 600 | MWFG07 | 0 | ||
| WAC060 | Process Cold Box – ASU | 1 | 15-500 | 62.0 | -198 to 65 | Aluminium | Class 600 | MWFG07 | 0 | ||
| WAC070 | Process Cold Box – ASU | 1 | 15-400 | 70.0 | -198 to 65 | Aluminium | N/A | N/A | 0 |
| TABLE 8 – Global Piping Class Specification Summary (continued) | |||||||||||
| Piping Class
Specification 4WPI-C |
Service | Application Table(s) | Size Range
DN |
Des Press bar g | Temp Range
°C |
Material | Flange Rating | Gasket MPS 4WPI-
(Note 3) |
Corr. All.
mm |
Remarks | |
| WAC085 | Process Cold Box – ASU | 1 | 15-400 | 85.0 | -198 to 65 | Aluminium | N/A | N/A | 0 | ||
| WAH004 | Process Cold Box – Hazardous | 1 | 15-1200 | 4.0 | -198 to 65 | Aluminium | Class
150 & 300 |
MWFG08
|
0 | ||
| WAH010 | Process Cold Box – Hazardous | 1 | 15-1200 | 10.3 | -198 to 65 | Aluminium | Class
150 & 300 |
MWFG08
|
0 | ||
| WAH015 | Process Cold Box – Hazardous | 1 | 15-1200 | 13.5 | -198 to 65 | Cold Box – Hazardous | Class
150 & 600 |
MWFG08
|
0 | ||
| WAH020
|
Process Cold Box – Hazardous | 1 | 15-1200 | 19.0 | -198 to 65 | Cold Box – Hazardous | N/A | N/A | 0 | ||
| WAH035 | Process Cold Box – Hazardous | 1 | 15-600 | 34.5 | -198 to 65 | Aluminium | Class
300 600 |
MWFG08 MWFG10 |
0 | ||
| WAH050 | Process Cold Box – Hazardous | 1 | 15-300 | 49.6
45.5 |
-198 to 38
to 65 |
Aluminium | Class 600 | MWFG10 | 0 | ||
| WAH060 | Process Cold Box – Hazardous | 1 | 15-300 | 62.0 | -198 to 65 | Aluminium | Class 600 | MWFG10 | 0 | ||
| WAH070 | Process Cold Box – Hazardous | 1 | 15-300 | 70.0 | -198 to 65 | Aluminium | N/A | N/A | 0 | ||
| WCE020 | 6 | 15-1200 | 19.6
17.9 15.8 13.7 11.7 |
-20 to 38
to 93 to 149 to 204 to 260 |
Carbon Steel | Class 150 | MWFG16 | 1.3 | |||
| WCE020A | 6 | 15-1200 | 19.6
17.9 15.8 13.7 11.7 9.7 |
-20 to 38
to 93 to 149 to 204 to 260 to 316 |
Carbon Steel | Class 150 | MWFG16 | 1.3 | |||
| WCE020B | Dry Chlorine | 6 | 15-100 | 19.6
18.7 17.9 15.8 13.7 11.7 |
-29 to 38
to 65 to 93 to 149 to 204 to 260 |
Carbon Steel | Class 300 | MWFG17 | 1.3 | ||
| WCE020C | 6 | 15-1200 | 19.6
17.9 15.8 13.7 11.7 9.7 |
-20 to 38
to 93 to 149 to 204 to 260 to 316 |
Carbon Steel | Class 150 | MWFG16 | 1.3 | |||
| WCE050 | 6 | 15-600 | 51.0
49.0 46.9 45.1 43.7 41.9 |
-20 to 38
to 65 to 93 to 149 to 204 to 260 |
Carbon Steel | Class 300 | MWFG17 | 1.3 | |||
| WCG002 | Process Yard Noncryogenic
Utility Lines |
3, 7 | 15-1200 | 2.0 | -20 to 204 | Carbon Steel | Class 150 | MWFG07 | 1.3 | ||
| WCG010 | Process Yard Noncryogenic Relief Device Discharge, Cold Box Purge and Utility Lines | 3, 5, 7 | 15-1500 | 10.3 | -20 to 204 | Carbon Steel | Class 150 | MWFG07 | 1.3 | ||
| WCG020 | Process Yard Noncryogenic Relief Device Discharge, Cold Box Purge and Utility Lines | 3, 5, 7 | 15-1200 | 19.6
18.7 17.9 15.8 13.7 |
-20 to 38
to 65 to 93 to 149 to 204 |
Carbon Steel | Class 150 | MWFG07 | 1.3 | ||
| WCG020A | 3, 5, 7 | 15-1200 | 19.6
18.7 17.9 15.8 13.7 |
-20 to 38
to 65 to 93 to 149 to 204 |
Carbon Steel | Class 150 | MWFG01 | 1.3 | |||
| WCG035 | Process Yard Noncryogenic Relief Device Discharge, Cold Box Purge and Utility Lines | 3, 5, 7 | 15-600 | 34.4 | -20 to 204 | Carbon Steel | Class 300 | MWFG07 | 1.3 | ||
| WCG050 | Process Yard Noncryogenic Relief Device Discharge and Utility Lines | 3, 5, 7 | 15-600 | 51.0
48.7 46.5 45.1 43.7 |
-20 to 38
to 65 to 93 to 149 to 204 |
Carbon Steel | Class 300 | MWFG07 | 1.3 | ||
| WCG100 | Process Yard Noncryogenic Relief Device Discharge and Utility Lines | 3, 5, 7 | 15-600 | 102.0
93.1 90.6 87.5 82.7 |
-20 to 38
to 93 to 149 to 204 to 260 |
Carbon Steel | Class 600 | MWFG04
|
1.3 | ||
| WCG150 | Process Yard Noncryogenic Relief Device Discharge Lines | 3, 5 | 15-300 | 153.0
146.3 139.6 135.8 131.0 123.7 |
-29 to 38
to 65 to 93 to 149 to 204 to 260 |
Carbon Steel | Class 900 & 1500 | MWFG04
|
1.3 | ||
| WCG260 | Process Yard Noncryogenic | 3 | 15-300 | 254.5
244.1 232.7 226.1 218.5 206.5 |
-29 to 38
to 65 to 93 to 149 to 204 to 260 |
Carbon Steel | Class 1500 | MWFG04
|
1.3 | ||
| WCH010 | Process Yard Noncryogenic Hazardous Relief Device Discharge and Utility Lines | 3, 5, 7 | 15-1200 | 10.3 | -29 to 260 | Carbon Steel | Class 150 | MWFG08
|
1.3 | ||
| WCH020 | Process Yard Noncryogenic Hazardous Relief Device Discharge and Utility Lines | 3, 5, 7 | 15-1200 | 19.6
18.7 17.9 15.8 13.7 11.7 |
-29 to 38
to 65 to 93 to 149 to 204 to 260 |
Carbon Steel | Class 150 | MWFG08
|
1.3 | ||
| WCH035 | Process Yard Noncryogenic Hazardous Relief Device Discharge and Utility Lines | 3, 5, 7 | 15-600 | 34.4 | -29 to 260 | Carbon Steel | Class 300 | MWFG04
|
1.3 | ||
| WCH038 | 3, 5, 7 | 15-600 | 38.2
36.2 33.1 32.5 31.6 24.9 20.7 16.6 |
-20 to 200
to 250 to 300 to 325 to 350 to 375 to 400 to 425 |
Carbon Steel | Class 300 | MWFG04 | 1.3 | |||
| WCH050 | Process Yard Noncryogenic Hazardous Relief Device Discharge and Utility Lines
|
3, 5, 7 | 15-600 | 51.0
48.7 46.5 45.1 43.7 41.3 |
-29 to 38
to 65 to 93 to 149 to 204 to 260 |
Carbon Steel | Class 300 | MWFG04
|
1.3 | ||
| WCH100 | Process Yard Noncryogenic Hazardous Relief Device Discharge and Utility Lines | 3, 5, 7 | 15-600 | 102.0
93.1 90.6 87.5 82.7 |
-29 to 38
to 93 to 149 to 204 to 260 |
Carbon Steel | Class 600 | MWFG04
|
1.3 | ||
| WCH150 | Process Yard Noncryogenic Hazardous Relief Device Discharge Lines | 3, 5 | 15-300 | 153.0
146..3 139.6 135.8 131.0 123.7 |
-29 to 38
to 65 to 93 to 149 to 204 to 260 |
Carbon Steel | Class 1500/900 | MWFG04
|
1.3 | ||
| WCH260 | Process Yard Noncryogenic Hazardous | 3 | 15-300 | 254.5
244.1 232.7 226.1 218.5 206.5 |
-29 to 38
to 65 to 93 to 149 to 204 to 260 |
Carbon Steel | Class 1500 | MWFG04
|
1.3 | ||
| WCN010 | Process Yard Noncryogenic Hydrogen Sulfide (H2S) Service – NACE MR 0175 | 3 | 15-1200 | 10.3 | -29 to 121 | Carbon Steel | Class 150 | MWFG08
|
1.3 | ||
| WCN020 | Process Yard Noncryogenic Hydrogen Sulfide (H2S) Service – NACE MR 0175 | 3 | 15-1200 | 19.6
18.7 17.9 15.8 14.5 13.5 |
-29 to 38
65 93 149 176 204 |
Carbon Steel | Class 150 | MWFG08
|
1.3 | ||
| WCN035 | Process Yard Noncryogenic Hydrogen Sulfide (H2S) Service – NACE MR 0175 | 3 | 15-600 | 34.4 | -29 to 204 | Carbon Steel | Class 300 | MWFG04
|
1.3 | ||
| WCN050 | Process Yard Noncryogenic Hydrogen Sulfide (H2S) Service – NACE MR 0175 | 3 | 15-600 | 51.0
48.7 46.5 45.1 |
-29 to 38
65 93 149 |
Carbon Steel | Class 300 | MWFG04
|
1.3 | ||
| WCN100 | Process Yard Noncryogenic Hydrogen Sulfide (H2S) Service – NACE MR 0175 | 3 | 15-600 | 102.0
93.1 90.6 |
-29 to 38
to 93 to 149 |
Carbon Steel | Class 600 | MWFG04
|
1.3 | ||
| WCN150 | Process Yard Noncryogenic Hydrogen Sulfide (H2S) Service – NACE MR 0175 | 3 | 15-300 | 153.0
146.3 139.6 135.8 |
-29 to 38
65 93 149 |
Carbon Steel | Class 900
& 1500 |
MWFG04
|
1.3 | ||
| WCN260 | Process Yard Noncryogenic Hydrogen Sulfide (H2S) Service – NACE MR 0175 | 3 | 15-300 | 254.5
244.1 232.7 226.1 |
-29 to 38
65 93 149 |
Carbon Steel | Class 1500 | MWFG04
|
1.3 | ||
| WCP010 | Process Yard Noncryogenic Pulsating/Cyclic/Utility Steam | 3, 4, 7 | 15-1200 | 10.3
9.6 |
-20 to 297
to 316 |
Carbon Steel | Class 150 | MWFG08
|
1.3 | ||
| WCP020 | Process Yard Noncryogenic Pulsating/Cyclic/Utility Steam
|
3, 4, 7 | 15-1200 | 19.6
18.7 17.9 15.8 13.7 11.7 9.6 |
-20 to 38
to 65 to 93 to 149 to 204 to 260 to 316 |
Carbon Steel | Class 150 | MWFG08
|
1.3 | For piping from a reciprocating compressor to first block valve only. | |
| WCP020A | Process Yard Noncryogenic Pulsating/Cyclic | 3 | 15-1200 | 21.1
19.9 18.2 |
-29 to 204
260 316 |
Carbon Steel | Class 300 | MWFG04
|
1.3 | For piping from a reciprocating compressor to the first block valve only. For applications with design pressures at elevated temperatures that exceed the pressure ratings of PN20 (Class 150) flanges. | |
| WCP036
(See Note 1) |
Process Yard Noncryogenic Pulsating/Cyclic | 3 | 15-200 | 37.9 | -29 to 65 | Carbon Steel | Class 300 | MWFG04
|
0 | ||
| WCP036A
(See Note 2) |
Process Yard Noncryogenic Pulsating/Cyclic | 3 | 15-300 | 37.9 | -29 to 65 | Carbon Steel | Class 300 | MWFG04
|
0 | ||
| WCU010 | Utilities – Water | 7 | 15-1500 | 10.0
7.9 5.8 3.4 |
-20 to 65
to 93 to 121 to 149 |
Carbon Steel | Class 150 | MWFG32 | 1.3 | Specification is limited to 10 bar and cooling water to ensure it falls within SEP under the PED. | |
| WCU010A | Utilities – Cooling Water | 15-600 | 10.3 | -29 to 110 | Carbon Steel | Class 150 | MWFG07 | 1.3 | Victaulic Ductile Iron and CS Grooved End Fittings, and Ductile Iron Couplings | ||
| WCU050 | Utilities – Boiler Feed Water, Steam and Steam Condensate | 7 | 15-600 | 51.0
48.7 46.5 45.1 43.7 41.3 37.9 36.8 36.8 |
-20 to 38
to 65 to 93 to 149 to 204 to 260 to 316 to 343 to 371 |
Carbon Steel | Class 300 | MWFG04
|
1.3 | ||
| WCX002 | Gaseous Oxygen (GOX) | 15-600 | 2.07 | -29 to 65.6
|
Carbon Steel | Class 150 | MWFG07 | 1.3 | Limited to Low Pressure, Low Purity Oxygen VSA Systems. Victaulic Ductile Iron and CS Grooved End Fittings, and Ductile Iron couplings. | ||
| WCX002A | Gaseous Oxygen (GOX) | 15-600 | 2.07 | -20 to 65.6 | Carbon Steel | Class 150 | MWFG07 | 1.3 | Limited to Low Pressure, Low Purity Oxygen | ||
| WCX020 | Gaseous Oxygen (GOX) | 4 | 15-600 | 19.6
18.8 17.9 16.9 15.8 13.7 |
-20 to 38
to 65 to 93 to 121 to 149 to 204 |
Carbon Steel | Class 150 | MWFG07 | 1.3 | ||
| WCX035 | Gaseous Oxygen (GOX)
Pulsating |
4 | 15-600 | 34.4 | -29 to 204 | Carbon Steel | Class 300 | MWFG07 | 1.3 | ||
| WCX050 | Gaseous Oxygen (GOX)
Pulsating |
4 | 15-600 | 51.0
48.7 46.5 45.8 45.1 43.7 |
-29 to 38
to 65 to 93 to 121 to 149 to 204 |
Carbon Steel | Class 300 | MWFG07 | 1.3 | ||
| WCX100 | Gaseous Oxygen (GOX)
Pulsating |
4 | 15-600 | 102.0
97.5 93.0 91.8 90.6 87.5 |
-29 to 38
to 65 to 93 to 121 to 149 to 204 |
Carbon Steel | Class 600 | MWFG05 | 1.3 | ||
| WDH020 | 3 | 15-300 | 19.8
19.5 17.7 15.8 13.8 12.1 10.2 8.4 6.5 |
-29 to 38
to 50 to 100 to 150 to 200 to 250 to 300 to 350 to 400 |
1 ¼ Cr – ½ Mo | Class 150 | MWFG08 | 1.3 | |||
| WDH050 | 3 | 15-300 | 51.7
51.5 49.7 48.0 46.3 42.9 36.5 |
-29 to 38
to 100 to 150 to 200 to 250 to 300 to 400 |
1 ¼ Cr – ½ Mo | Class 300 | MWFG04 | 1.3 | |||
| WDH100 | 3 | 15-300 | 103.4
103.0 99.5 95.9 92.7 85.7 73.3 |
-29 to 38
to 100 to 150 to 200 to 250 to 300 to 400 |
1 ¼ Cr – ½ Mo | Class 600 | MWFG04 | 1.3 | |||
| WGW010 | 7 | 15-50 | 10 | -29 to 66 | Galv. Carbon Steel | Class 150 | MWFG11 | 0 | |||
| WLE050A | 6 | 15-40 | 51.0
49.0 46.9 45.1 43.7 41.7 |
-40 to 38
to 65 to 93 to 149 to 204 to 260 |
Carbon Steel | Class 300 | MWFG17 | 1.6 | |||
| WME020 | 6 | 15-50 | 15.9
13.8 13.1 12.4 |
-198 to 38
to 93 to 149 to 204 |
Nickel-Copper Alloy 400 | Class 150 | MWFG18 | 0 | |||
| WME020A | 6 | 15-50 | 15.9
13.8 13.1 12.4 11.7 9.7 |
-198 to 38
to 93 to 149 to 204 to 260 to 316 |
Nickel-Copper Alloy 400 | Class 150 | MWFG15 | 0 | |||
| WMX020 | Gaseous Oxygen (GOX)
with St Stl Flanges |
4 | 15-600 | 18.9
17.4 15.8 14.1 13.1 |
-198 to 38
to 65 to 93 to 149 to 204 |
Monel | Class 150 (St Stl) | MWFG07 | 0 | If Monel flanges are required they shall be class 300 minimum. | |
| WMX040 | Gaseous Oxygen (GOX) | 4 | 15-600 | 41.3
38.9 36.5 34.1 33.0 |
-198 to 38
to 65 to 93 to 149 to 204 |
Monel | Class 300 | MWFG07 | 0 | ||
| WMX050 | Gaseous Oxygen (GOX)
with St Stl Flanges |
4 | 15-600 | 49.6
45.5 41.3 37.2 34.1 |
-198 to 38
to 65 to 93 to 149 to 204 |
Monel | Class 300 (St Stl) | MWFG07 | 0 | If Monel flanges are required, they shall be class 600 minimum. | |
| WMX085 | Gaseous Oxygen (GOX) | 4 | 15-600 | 82.7
77.7 72.7 68.2 65.8 |
-198 to 38
to 65 to 93 to 149 to 204 |
Monel | Class 600 | MWFG05 | 0 | ||
| WMX125 | Gaseous Oxygen (GOX) | 4 | 15-300 | 124.1
116.6 109.2 102.3 98.9 |
-198 to 38
to 65 to 93 to 149 to 204 |
Monel | Class 900
& 1500 |
MWFG05 | 0 | ||
| WNE050A | 6 | 15-100 | 51.7
50.3 48.3 46.1 |
-40 to 94
148 204 260 |
Nickel-ChromiumMolybde-num Alloy | Class 300 | MWFG19 | 0 | |||
| WNE240 | Electronics Non-Electropolished (EP) System | 6 | ¼” to 1″ OD
Tube |
240.0
230.0 220.0 |
-30 to 200
to 260 to 320 |
HastelloyÒ Alloy C22 | N/A | N/A | 0 | Primary joints are butt welded and face seal connections are permitted. | |
| WPE010C | Chlorine | 6 | 25-150 | 5.2 | -40 to 65 | PVDF | Class 150 | MWFG21 | 0 | ||
| WPE020 | 6 | 25-100 | 19.6
18.7 17.9 15.8 |
-29 to 38
to 65 to 93 to 149 |
PTFE Lined Carbon Steel | Class 150 | MWFG11 | 0 | |||
| WPU005A | Water Treatment Chemicals | 7 | 15-80 | 5.1 | 1.7 to 43 | CPVC | Class 150 | MWGF13 | 0 | ||
| WSC020 | Process Cold Box and Yard Cryogenic – ASU
Defrost/Disposal/Relief Device Discharge Lines |
1, 2, 5 | 15-1200 | 19.0
18.3 15.7 14.2 |
-254 to 38
to 50 to 100 to 150 |
Stainless Steel | Class 150 | MWFG07 | 0 | ||
| WSC020A | 2 | 15-80 | 19.0
18.3 15.7 14.2 |
-254 to 38
to 50 to 100 to 150 |
Stainless Steel | Class 150 | MWFG08 | 0 | |||
| WSC020D | Liquid oxygen (LOX) pumps, crude liquid argon (CLAR) pump systems, and other service pumps with 40% or greater oxygen content. | 2 | 15-600 | 19.0
18.3 15.7 14.2 |
254 to 38
to 50 to 100 to 150 |
Stainless Steel | Class 150 | MWFG08 | 0 | ||
| WSC035 | Process Cold Box and Yard Cryogenic – ASU
Defrost/Disposal/Relief Device Discharge Lines |
1, 2, 5 | 15-600 | 34.4 | -198 to 121 | Stainless Steel | Class 300 | MWFG07 | 0 | ||
| WSC035A | 2 | 15-80 | 34.4 | -254 to 121 | Stainless Steel | Class 300 | MWFG08 | 0 | |||
| WSC035D | Liquid oxygen (LOX) pumps, crude liquid argon (CLAR) pump systems, and other service pumps with 40% or greater oxygen content. | 2 | 15-600 | 34.4 | -198 to 121 | Stainless Steel | Class 300 | MWFG04 | 0 | ||
| WSC050 | Process Cold Box and Yard Cryogenic – ASU
Defrost/Disposal/Relief Device Discharge Lines |
1, 2, 5 | 15-600 | 49.6
47.8 40.9 37.0 |
-198 to 38
to 50 to 100 to 150 |
Stainless Steel | Class 300 | MWFG07 | 0 | ||
| WSC050A | Process Yard Cryogenic
Flat Bottom Storage Tank – Liquid Withdrawal Lines |
2 | 15-300 | 50.0 | -198 to 204 | Stainless Steel | Prohibited | N/A | 0 | Schedule 40S Pipe | |
| WSC050B | Process Yard Cryogenic
Storage Tank Vacuum Space |
15-100 | 50.0 | -198 to 100 | Stainless Steel | Prohibited | N/A | 0 | Eddy current tested. | ||
| WSC050C | Process Yard Cryogenic
Tube in Storage Tank Vacuum Space |
12.7 OD Tube | 50.0 | -253 to 100 | Stainless Steel Tube | Prohibited | N/A | 0 | Eddy current tested. | ||
| WSC050D | Liquid oxygen (LOX) pumps, crude liquid argon (CLAR) pump systems, and other service pumps with 40% or greater oxygen content. | 2 | 15-600 | 49.6
47.8 40.9 37.0 |
-198 to 38
to 50 to 100 to 150 |
Stainless Steel | Class 300 | MWFG04 | 0 | ||
| WSC100 | Process Cold Box and Yard Cryogenic – ASU
Defrost/Disposal/Relief Device Discharge lines |
1, 2, 5 | 15-300 | 99.3
91.0 82.7 78.6 |
-198 to 38
to 65 to 93 to 121 |
Stainless Steel | Class 600 | MWFG04
|
0 | ||
| WSC130 | 2, 5 | 15-300 | 130.0 | -198 to 65 | Stainless Steel | Class 900 & 1500 | MWFG04 | 0 | |||
| WSC150 | Process Yard Cryogenic – ASU
Defrost/Disposal/Relief Device Discharge lines |
2, 5 | 15-300 | 148.9
136.5 124.1 111.7 102.7 |
-198 to 38
to 65 to 93 to 149 to 204 |
Stainless Steel | Class 900 and 1500 | MWFG04
|
0 | ||
| WSC260 | Process Yard Cryogenic – ASU | 2 | 15-150 | 248.2
227.5 206.8 186.1 171.3 |
-198 to 38
to 65 to 93 to 149 to 204 |
Stainless Steel | Class 1500 | MWFG04
|
0 | ||
| WSE020D
|
Electronics Non-Electropolished (EP) System | 6 | 15-150 | 18.9
17.4 15.8 15.0 14.1 |
198 to 38
to 65 to 93 to 121 to 149 |
Stainless Steel | Class 150 | MWFG12
|
0 | ||
| WSE020F
|
Electronics Non-Electropolished (EP) System | 6 | 15-150 | 18.9
17.4 15.8 15.0 14.1 |
198 to 38
to 65 to 93 to 121 to 149 |
Stainless Steel | Class 150 | MWFG12
|
0 | ||
| WSE020G | 6 | 15-150 | 18.9
17.4 15.8 15.0 14.1 13.1 11.7 9.7 |
-198 to 38
65 93 121 149 204 260 315 |
Stainless Steel | Class 150 | MWFG25 | 0 | |||
| WSE020J | 6 | 15-150 | 18.9
17.5 16.2 15.5 14.8 14.1 13.7 |
-198 to 38
65 93 121 149 177 204 |
Stainless Steel | Class 150 | MWFG12 | 0 | |||
| WSE020L | 6 | 15-150 | 19.0 | -101 to 65 | Stainless Steel | N/A | N/A | 0 | |||
| WSE020M | 6 | 15-150 | 18.9
17.5 16.2 15.5 14.8 |
-198 to 38
65 93 121 149 |
Stainless Steel | Class 150 | MWFG12 | 0 | |||
| WSE020N | 6 | 15-150 | 18.9
16.2 14.8 13.4 11.7 |
-198 to 38
93 149 204 260 |
Stainless Steel | Class 300 | MWFG14 | 0 | |||
| WSE020P | 6 | 15-50 | 18.9
16.2 14.8 13.4 11.7 |
-198 to 38
93 149 204 260 |
Stainless Steel | Class 300 | MWFG14 | 0 | |||
| WSE050 | 6 | 15-150 | 49.6
46.2 42.7 38.6 35.5 |
-198 to 38
to 65 to 93 to 149 to 204 |
Stainless Steel | Class 300 | MWFG14 | 0 | |||
| WSE050E | 6 | 15-150 | 49.6
45.5 41.3 39.3 |
-198 to 38
65 93 121 |
Stainless Steel | Class 300 | MWFG14 | 0 | |||
| WSE050X | 6 | 15-150 | 49.6
46.2 42.7 38.6 35.5 |
-198 to 38
to 65 to 93 to 149 to 204 |
Stainless Steel | Class 300 | MWFG14 | 0 | |||
| WSE100X | 6 | 15-150 | 99.3
85.5 77.2 70.7 65.8 |
-198 to 38
to 93 to 149 to 204 to 260 |
Stainless Steel | Class 600 | MWFG04 | 0 | |||
| WSG020 | Process Yard Cryogenic – ASU
DCAC and Waste N2 Systems |
7 | 8-600 | 18.9
17.4 15.8 15.0 |
-29 to 38
to 65 to 93 to 121 |
Stainless Steel | Class 150 | MWFG07 | 0 | ||
| WSH020 | Process Cold Box and Yard Cryogenic – Hazardous
Defrost/Disposal/Relief Device Discharge lines |
1, 2, 5 | 15-600 | 18.9
17.4 15.8 15.0 12.7 10.3 |
-198 to 38
to 65 to 93 to 121 149 177 |
Stainless Steel | Class 150 | MWFG08
|
0 | Avoid flanges in Cold Box | |
| WSH035 | Process Cold Box and Yard Cryogenic – Hazardous
Defrost/Disposal/Relief Device Discharge lines |
1, 2, 5 | 15-500 | 34.4 | -198 to 121 | Stainless Steel | Class 300 | MWFG04
|
0 | Avoid flanges in Cold Box | |
| WSH050 | Process Cold Box and Yard Cryogenic – Hazardous
Defrost/Disposal/Relief Device Discharge lines |
1, 2, 5 | 15-300 | 49.6
45.5 41.3 39.3 |
-198 to 38
to 65 to 93 to 121 |
Stainless Steel | Class 300 | MWFG04
|
0 | Avoid flanges in Cold Box | |
| WSH100 | Process Cold Box and Yard Cryogenic – Hazardous
Defrost/Disposal/Relief Device Discharge lines |
1, 2, 5 | 15-300 | 99.3
91.0 82.7 78.6 |
-198 to 38
to 65 to 93 to 121 |
Stainless Steel | Class 600 | MWFG04
|
0 | Avoid flanges in Cold Box | |
| WSH100A | Process Cold Box and Yard Cryogenic – HCl | 15-100 | 103.4
102.4 101.6 |
-53 to 93
to 149 to 163 |
Stainless Steel | Class 900 (Monel) | MWFG09
|
0 | |||
| WSH150 | Process Cold Box and Yard Cryogenic – Hazardous
Defrost/Disposal/Relief Device Discharge lines |
2, 5 | 15-300 | 148.9
136.5 124.1 111.7 102.7 |
-198 to 38
to 65 to 93 to 149 to 204 |
Stainless Steel | Class 900 & 1500 | MWFG04
|
0 | Avoid flanges in Cold Box | |
| WSH260 | Process Yard Cryogenic – Hazardous | 2 | 15-150 | 248.2
227.5 206.8 186.1 171.3 |
-198 to 38
to 65 to 93 to 149 to 204 |
Stainless Steel | Class 1500 | MWFG04
|
0 | Avoid flanges in Cold Box | |
| WSI020
|
Electronics Non-Electropolished (EP) System
(Instrumentation) |
6 | ¼”-1″
OD Tube |
19.0
15.9 14.1 |
-196 to 38
to 93 to 149 |
Stainless Steel Tube, Bright Annealed | N/A | N/A | 0 | Primary joints are compression ends and orbital welded connections are permitted. | |
| WSL010 | Utilities – Lube oil supply | 7 | 8-300 | 10.0 | -29 to 149 | Stainless Steel | Class
150 |
MWFG07 | 0 | Specification is limited to 10 bar and lube oil to ensure it falls within SEP under the PED. | |
| WST020
|
Electronics Non-Electropolished (EP) System | 6 | ¼”-1″
OD Tube |
19.0
15.9 14.1 |
-196 to 38
to 93 to 149 |
Stainless Steel Tube, Bright Annealed | N/A | N/A | 0 | Primary joints are compression ends and orbital welded connections are permitted. | |
| WST020A | Electronics Electropolished (EP) System | 6 | ¼”-6″
OD Tube |
19.0
15.9 14.1 |
-196 to 38
to 93 to 149 |
Stainless Steel Tube, Electro-polished | N/A | N/A | 0 | Primary joints are butt welded and face seal connections are permitted. AKA Piping Class KET in the Electronics Industry. | |
| WST020B | Electronics Non-Electropolished (EP) System | 6 | ¼”-6″
OD Tube |
19.0
15.9 14.1 |
-196 to 38
to 93 to 149 |
Stainless Steel Tube, Bright Annealed | N/A | N/A | 0 | Primary joints are butt welded and face seal connections are permitted. Cleaned for Oxygen Service | |
| WST020C | Electronics Non-Electropolished (EP) System | 6 | ¼”-6″
OD Tube |
19.0
15.9 14.1 |
-196 to 38
to 93 to 149 |
Stainless Steel Tube, Bright Annealed | N/A | N/A | 0 | Primary joints are orbital welded without weld ring and VCR face seal instead of VCO seal is permitted. | |
| WST020D | Electronics Non-Electropolished (EP) System | 6 | ¼”-6″
OD Tube |
19.0
15.9 14.1 |
-196 to 38
to 93 to 149 |
Stainless Steel Tube, Bright Annealed | N/A | N/A | 0 | Primary joints are orbital welded with Hastelloy weld ring and VCO face seal connections are permitted. | |
| WST020E | Electronics Non-Electropolished (EP) System | 6 | ¼”-6″
OD Tube |
19.0
15.9 14.1 |
-196 to 38
to 93 to 149 |
Stainless Steel Tube, Bright Annealed | N/A | N/A | 0 | Primary joints are orbital welded without weld ring and VCO face seal connections are permitted. | |
| WST020F | Electronics Electropolished (EP) System | 6 | ½”-6″
OD Tube |
19.0
15.9 14.1 |
-254 to 38
to 93 to 149 |
Stainless Steel Tube, Electropolished | N/A | N/A | 0 | Primary joints are butt welded and face seal connections are permitted. | |
| WST020G | Electronics Non-Electropolished (EP) System | 6 | ½”-6″
OD Tube |
19.0
15.9 14.1 |
-254 to 38
to 93 to 149 |
Stainless Steel Tube | N/A | N/A | 0 | Primary joints are butt welded and face seal connections are permitted. Cleaned for Oxygen Service | |
| WST020H | 6 | ½”-6″
OD Tube |
19.0
16.2 14.8 |
-196 to 38
to 93 to 149 |
Stainless Steel Tube | Class 150 | MWFG12 | 0 | Primary joints are butt welded and face seal connections are permitted. | ||
| WST050 | Electronics Non-Electropolished (EP) System | 6 | ¼”-6″
OD Tube |
49.6
42.7 38.6 |
-196 to 38
to 93 to 149 |
Stainless Steel Tube, Bright Annealed | N/A | N/A | 0 | Primary joints are orbital welded and VCR face seal connections are permitted. | |
| WST050A
|
Electronics Electropolished (EP) System | 6 | ¼”-1″
OD Tube |
49.6
42.7 38.6 |
-196 to 38
to 93 to 149 |
Stainless Steel Tube, Electro-polished | N/A | N/A | 0 | Primary joints are butt welded and face seal connections are permitted. | |
| WST050B
|
Electronics Non-Electropolished (EP) System | 6 | ¼”-1″
OD Tube |
49.6
42.7 38.6 |
-196 to 38
to 93 to 149 |
Stainless Steel Tube, Bright Annealed | N/A | N/A | 0 | Primary joints are compression ends and orbital welded connections are permitted. | |
| WST050C | 6 | ¼”-2″
OD Tube |
49.6
42.7 38.6 |
-196 to 38
to 93 to 149 |
Stainless Steel Tube, Bright Annealed | Class 300 | MWFG11 | 0 | Primary joints are butt welded and face seal connections are permitted. | ||
| WST050D | 6 | ¼”-1″
OD Tube |
49.6
42.7 38.6 |
-196 to 38
to 93 to 149 |
Stainless Steel Tube, Bright Annealed | N/A | N/A | 0 | Primary joints are orbital welded and VCR face seal connections are permitted. | ||
| WST110 | Electronics Non-Electropolished (EP) System | 6 | ¼”-1″
OD Tube |
99.3
85.5 77.2 |
-196 to 38
to 93 to 149 |
Stainless Steel Tube, Bright Annealed | N/A | N/A | 0 | Primary joints are orbital welded and VCR face seal connections are permitted. | |
| WST205
|
Electronics Non-Electropolished (EP) System | 6 | ¼”- ½” OD
Tube
|
206.9
174.4 156.5
|
-196 to 38
to 93 to 149
|
Stainless Steel Tube, Bright Annealed | N/A | N/A | 0 | Primary joints are orbital welded and VCR face seal connections are permitted. | |
| WST205A | Electronics Electropolished (EP) System | 6 | ¼”- ½” OD
Tube
|
206.9
174.4 156.5 142.4 |
-196 to 38
to 93 to 149 to 205 |
Stainless Steel Tube, Electro-polished | N/A | N/A | 0 | Primary joints are butt welded and face seal connections are permitted. | |
| WST205B | Electronics Non-Electropolished (EP) System | 6 | ¼”- ½” OD
Tube |
206.9
174.4 156.5 142.4 |
-196 to 38
to 93 to 149 to 205 |
Stainless Steel Tube, Bright Annealed | N/A | N/A | 0 | Primary joints are butt welded and face seal connections are permitted. Cleaned for Oxygen Service AKA Piping Class KET in the Electronics Industry. | |
| WST205C | 6 | ¼”- ½” OD
Tube |
206.9 | -101 to 121 | Stainless Steel Tube, Bright Annealed | N/A | N/A | 0 | Primary joints are compression ends and Orbital welded connections are permitted. | ||
| WSX010 | Gaseous Oxygen (GOX)
High Velocity |
4, 5 | 15-600 | 10.3 | -198 to 204 | Stainless Steel | Class 150 | MWFG07 | 0 | This is a 3.2 mm (1/8 in) min. W/T spec. and may be used where 3PI60001 allows the use of this thickness stainless steel. | |
| WSX020 | Gaseous Oxygen (GOX)
Yard |
4, 5 | 15-600 | 18.9
17.4 15.8 14.1 13.1 |
-198 to 38
to 65 to 93 to 149 to 204 |
Stainless Steel | Class 150 | MWFG07 | 0 | ||
| WSX020A | Gaseous Oxygen (GOX)
High Velocity |
4 | 15-600 | 18.9
17.4 15.8 14.1 13.1 |
-198 to 38
to 65 to 93 to 149 to 204 |
Stainless Steel | Class 150 | MWFG07 | 0 | This is a 6.3 mm (1/4 in) min. W/T spec. and may be used where 3PI60001 allows the use of this thickness stainless steel. | |
| WSX027A | Gaseous Oxygen (GOX)
High Velocity |
4 | 15-600 | 27.5
|
-198 to 204
|
Stainless Steel | Class 300 | MWFG07 | 0 | This is a 6.3 mm (1/4 in) min. W/T spec. and may be used up to 25.8 bar g (375 psig) where 3PI60001 allows the use of this thickness stainless steel. | |
| WSX035 | Gaseous Oxygen (GOX)
Yard |
4, 5 | 15-500 | 34.4
34.1 |
-198 to 176
to 204 |
Stainless Steel | Class 300 | MWFG07 | 0 | ||
| WSX050 | Gaseous Oxygen (GOX)
Yard and Seal Gas |
4, 5 | 15-300 | 49.6
45.5 41.3 37.2 34.1 |
-198 to 38
to 65 to 93 to 149 to 204 |
Stainless Steel | Class 300 | MWFG07 | 0 | ||
| WSX100 | Gaseous Oxygen (GOX)
Yard |
4, 5 | 15-300 | 99.3
91.0 82.7 74.4 68.6 |
-198 to 38
to 65 to 93 to 149 to 204 |
Stainless Steel | Class 600 | MWFG05 | 0 | ||
| WSX130 | Gaseous Oxygen (GOX)
Yard |
4, 5 | 15-300 | 130.0
122.6 109.0 98.3 |
-198 to 65
to 100 to 150 to 200 |
Stainless Steel | Class 900 & 1500 | MWFG05 | 0 | ||
Table 8 Notes on next page.
Table 8 Notes:
(1) WCP036—This specification is intended to be used for piping headers on Pressure Swing Adsorber (PSA) skids. These headers are subjected to pressure variations as they transfer gas between PSA vessels. This specification may be used on any piping system with a 0.0 mm (0.00 in) corrosion allowance and exposed to pressure variations and operating within the given limits of pressure and maximum cycles (see specification front sheet). The scope of this specification does not include temperature fluctuations and, therefore, is not applicable to Temperature Swing Adsorption (TSA) systems.
(2) WCP036A—This specification is intended to be used for piping directly attached to Pressure Swing Adsorber (PSA) vessels. This piping is subjected to the same pressure variations as the PSA vessel to which it is attached. This specification may be used on any piping system with a 0.0 mm (0.00 in) corrosion allowance and exposed to pressure variations and operating within the limits of pressure and maximum cycles (see specification front sheet). The scope of this specification does not include temperature fluctuations and, therefore, is not applicable to Temperature Swing Adsorption (TSA) systems.
(3) See “Table 9 – Global Gasket Material Purchase Specifications” for description of gaskets, Air Products approved Pressure-Temperature (P-T) application limits, and approved supplier and style configurations.
(4) The following global pipe class specifications (4WPIC… documents) have been excluded from this summary because of their country specific or service type specific nature. These documents should not be used unless specifically approved by the applicable Mechanical Systems Engineering Lead Engineer.
- a) Document numbers 4WPICJ… ; where J = Japanese Design Code or National Authority specific.
- b) Document numbers 4WPICWMA… ; M = Piping Material and A = Electronic Chemicals (Ashland) specific.
- c) Documents numbers 4WPI- CWIU001, CWPE010, CWPE010A, CWPE010B, CWST010, and CWST010A which are for Electronic Chemicals (Ashland) use only.
(5) The following American pipe class specifications (4WPICA… documents) have been included in this summary for reference because no global documents in these materials currently exist.
- a) Copper Tube specifications AKC020 and AKC030
- b) High Density Polyethylene (HDPE) specifications APU007 and APU010
TABLE 9 – Global Gasket Material Purchase Specifications
| Material Purchase | Gasket
Type (Notes) |
Gasket
Description |
Air Products Specification
Approved P-T Limits (See Note #1) |
Approved Supplier/Style
|
Comments
and Notes |
||
| Specification (MPS)
4WPI- |
Flange Class or
Max. Pressure bar g (psig) |
Temperature
Min. °C (°F) Max. °C (°F) |
(Alt. Supplier) | ||||
| MWFG01 | Compressed Fiber Flat Ring | BlueGard Style 3200 -Aramid fibers w/ SBR binder.
Klingersil C-4430 – Synthetic & glass fibers w/ NBR binder. |
Class 150 and 300
|
-198°C (-325°F)
+121°C (+250°F)
|
Garlock BlueGard
Style 3200
Klingersil Style C-4430 |
Note 2 | |
| MWFG02 | Low Stress Spiral Wound
|
Austenitic SS windings w/ Graphite filler and CS outer ring. | Class 150 and 300
|
-29°C (-20°F)
+427°C (+800°F) |
Flexitallic Style LS
(Lamons Spiraseal Style WR-LC) |
Note 3 | |
| MWFG03 | Spiral Wound | Austenitic SS windings w/ Graphite filler and CS outer ring.
|
Class 150 thru Class 900 | -29°C (-20°F)
+427°C (+800°F) |
Flexitallic Style CG
(Lamons Spiraseal Style WR) |
||
| MWFG04 | Spiral Wound
|
Austenitic SS windings w/ Graphite filler and austenitic SS inner and outer rings. | Class 150 thru Class 1500 | -254°C (-425°F)
+427°C (+800°F) |
Flexitallic Style CGI
(Lamons Spiraseal Style WRI) |
||
| MWFG05 | Spiral Wound
|
Monel windings w/ Graphite filler and Monel inner and outer rings. | Class 150 thru Class 1500 | -198°C (-325°F)
+427°C (+800°F) |
Flexitallic Style CGI
(Lamons Spiraseal Style WRI) |
||
| MWFG06 | PTFE Flat Ring | PTFE w/ silica filler | Class 150 and 300
|
-198°C (-325°F)
+204°C (+400°F) |
Garlock Gylon Style 3500 – Fawn | Note 2 Use Style 3502 for oxygen service. | |
| MWFG07 | PTFE Flat Ring | PTFE w/ silica filler
|
62 bar g (900 psig)
|
-198°C (-325°F)
+204°C (+400°F) |
Flexitallic Style SIGMA 511 or Lamons Matrix L100 | This gasket may be used with Class 600 flanges up the max. pressure as listed. | |
| MWFG08 | Low Stress Spiral Wound | Austenitic SS windings w/ Graphite filler and austenitic SS inner and outer rings. | Class 150 and 300
|
-254°C (-425°F)
+427°C (+800°F) |
Flexitallic Style LSI
(Lamons Spiraseal Style WRI- LC) |
Note 3 | |
| MWFG09 | Spiral Wound
|
Hastelloy C276 windings w/ Graphite filler and 316L SS inner and outer rings. | Class 150 thru Class 1500 | -198°C (-325°F)
+427°C (+800°F) |
Flexitallic Style CGI
(Lamons Spiraseal Style WRI) |
||
| MWFG10 | Solid Metal Core | 316L SS core w/ integral outer ring and Graphite facing material | Class 1500 and 2500
|
-240°C(-400°F)
+427°C (+800°F) |
Flexitallic Flexpro Style ZG | ||
| TABLE 9 – Global Gasket Material Purchase Specifications (continued) | |||||||
| Material Purchase | Gasket
Type (Notes) |
Gasket
Description |
Air Products Specification
Approved P-T Limits (See Note #1) |
Approved Supplier/Style
|
Comments
and Notes |
||
| Specification (MPS)
4WPI- |
Flange Class or
Max. Pressure bar g (psig) |
Temperature
Min. °C (°F) Max. °C (°F) |
(Alt. Supplier) | ||||
| MWFG11 | PTFE Flat Ring | PTFE flat ring gasket w/ 304 SS inner core | Class 150 and 300
|
-198°C (-325°F)
+121°C (+250°F) |
PureFlex Task-Line | Note 2 | |
| MWFG12 | Low Stress Spiral Wound
|
316L SS windings w/ PTFE filler and 316L SS inner and outer rings. | Class 150 and 300
|
-198°C (-325°F)
+204°C (+400°F) |
Flexitallic Style LSI
(Lamons Spiraseal Style WRI-LC) |
Note 3 | |
| MWFG13 | Neoprene Flat Ring | Neoprene Rubber | 17.24 bar g
(250 psig) |
-29°C (-20°F)
+121°C (+250°F) |
Garlock Style 8312
|
Usage limited to Class 150 FRP flat faced flanges. | |
| MWFG14 | Spiral Wound
|
316L SS windings w/ PTFE filler and 316L SS inner and outer rings. | Class 150 thru Class 1500 | -198°C (-325°F)
+204°C (+400°F) |
Flexitallic Style CGI
(Lamons Spiraseal Style WRI) |
||
| MWFG15 | Low Stress Spiral Wound
|
Monel windings w/ Graphite filler and Monel inner and outer rings. | Class 150 and 300
|
-198°C (-325°F)
+427°C (+800°F) |
Flexitallic Style LSI
(Lamons Spiraseal Style WRI-LC) |
Note 3 | |
| MWFG16 | Low Stress Spiral Wound
|
316L SS windings w/ PTFE filler and 316L SS inner and CS outer rings. | Class 150 and 300
|
-29°C (-20°F)
+204°C (+400°F) |
Flexitallic Style LSI
(Lamons Spiraseal Style WRI-LC) |
Note 3 | |
| MWFG17 | Spiral Wound
|
316L SS windings w/ PTFE filler and 316L SS inner and CS outer rings. | Class 150 thru Class 1500 | -29°C (-20°F)
+204°C (+400°F) |
Flexitallic Style CGI
(Lamons Spiraseal Style WRI) |
||
| MWFG18 | Low Stress Spiral Wound
|
Monel windings w/ PTFE filler and Monel inner and outer rings. | Class 150 and 300
|
-198°C (-325°F)
+204°C (+400°F) |
Flexitallic Style LSI
(Lamons Spiraseal Style WRI-LC) |
Note 3 | |
| MWFG19 | Spiral Wound
|
Hastelloy C276 windings w/ PTFE filler and Hastelloy inner and 316L SS outer rings. | Class 150 thru Class 1500 | -198°C (-325°F)
+204°C (+400°F) |
Flexitallic Style CGI
(Lamons Spiraseal Style WRI) |
||
| MWFG20 | Spiral Wound
|
Monel windings w/ PTFE filler and Monel inner and outer rings. | Class 150 thru Class 1500 | -198°C (-325°F)
+204°C (+400°F) |
Flexitallic Style CGI
(Lamons Spiraseal Style WRI) |
||
| MWFG21 | PVDF/EPDM Flat Ring | PVDF bonded to EPDM | 15.85 bar g
(230 psig) |
-40°C (-40°F)
+121°C (+250°F) |
Asahi Style AV | Non-Hazardous Process Fluids and Chlorine | |
| MWFG22 | Solid Metal Core | Monel core w/ integral outer ring and PTFE facing material | Class 1500 and 2500
|
-198°C(-325°F)
+204°C (+400°F) |
Flexitallic Flexpro Style ZG | ||
| MWFG23 | Graphite Flat Ring | Flexible graphite laminated to 316/316L SS tang insert | Class 150 and 300 | -240°C (-400°F)
+427°C (+800°F) |
Grafoil Grade GHE | Note 2 | |
| MWFG25 | Low Stress Spiral Wound
|
316L SS windings w/ Graphite filler and 316L SS inner and outer rings. | Class 150 and 300
|
-254°C (-425°F)
+427°C (+800°F) |
Flexitallic Style LSI
(Lamons Spiraseal Style WRI-LC) |
Note 3 | |
| MWFG27 | Spiral Wound
|
304 SS windings w/ Graphite filler and 304 SS inner ring and carbon steel outer ring. | Class 150 thru Class 1500 | -29°C (-20°F)
+427°C (+800°F) |
Flexitallic Style CGI
(Lamons Spiraseal Style WRI) |
||
| MWFG28 | Low Stress Spiral Wound
|
304 SS windings w/ Graphite filler and 304 SS inner ring and carbon steel outer ring. | Class 150 and 300
|
-29°C (-20°F)
+427°C (+800°F) |
Flexitallic Style LSI
(Lamons Spiraseal Style WRI-LC) |
Note 3 | |
| MWFG32 | Compressed Fiber Flat Ring | BlueGard Style 3200 -Aramid fibers w/ SBR binder.
Klingersil C-4430 – Synthetic & glass fibers w/ NBR binder.
IDT SINYUAN Uniseal 3420 |
Class 150 | -50°C (-58°F)
+121°C (+250°F)
|
Garlock BlueGard
Style 3200
Klingersil Style C-4430
IDT SINYUAN Uniseal 3420 |
Note 2 | |
| MWFG33 | Spiral Wound | Heat treated Inconel X750 windings w/ Extruded Flexible Graphite filler and 316L stainless steel inner and outer centering rings. | Class 150 thru
Class 1500 |
-254°C (-425°F)
+427°C (+800°F) |
Flexitallic Style CGI/ Extruded Flexible Graphite | ||
| MWFG34 | Low Stress Spiral Wound | Heat treated Inconel X750 windings w/ Extruded Flexible Graphite filler and 316L stainless steel inner and outer centering rings. | Class 150 and 300 | -254°C (-425°F)
+427°C (+800°F) |
Flexitallic Style LSI/ Extruded Flexible Graphite | Note 3 | |
| MWFG35 | Insulating Gasket (VCS Firesafe) | Insulating gaskets: Laminated stainless steel with a PTFE seal.
Isolation kit: Stud sleeves and insulating washers (see page 3). |
Class 150 thru 1500 | -129°C (-200°F)
+150°C (+302°F) |
Garlock Pikotek Type VCFS with a G-10 double washer and Nomex sleeve isolation kit | ||
| MWFG36 | Gore Expanded PTFE Full Face and Flat Ring Gasket | Expanded PTFE gaskets | Class 125, 150, and 300 | -198°C (-325°F)
+205°C (+400°F) |
Gore Universal Pipe Gasket (Style 800) and Gore GR expanded PTFE sheeting | Note 4 | |
Table 9 Notes on next page.
Notes:
- “Air Products Specification Approved P-T Limits” may be higher or lower than the manufacture’s listed P-T limits because the Air Products limits are based on 1) Air Product’s historical successful field operating gasket usage up to the specified values, and 2) consultations with the gasket manufacture’s Engineering staff whenever the Air Product’s usage limits exceeded the manufacture’s published gasket application limits.
- Flat ring gaskets are limited to ASME Class 150 and Class 300 flanges except as noted.
- Low stress spiral-wound gaskets are limited to ASME Class 150 and Class 300 flanges.
- Oxygen service pressure and temperature limits are 40 barg (580 psig) and 60C (140F)