3807.piping

document.xls:Title of 58

HEAT RECOVERY STEAM GENERATORS

PERFORMANCE ENGINEERING DEPARTMENT

Performance Engineering Standard Selection Sheet

SELECTION SHEET NAME:Item No. 19.16 - Field Weld Data Sheets

SUBJECT:Field Weld Data Sheets

PURPOSE:

Develop a selection sheet that displays the "as-designed" condition of the unit identifying large bore (>NPS 2 and DIN 50) welds to be made in the field. Document provides information needed to allow the Erector to select appropriate weld procedures.

document.xls:Revision Log of 58

Rev. No. Rev. Date Created By Checked By Description9-Oct-02 EMO -

28-May-03 RRB - Modified title block on Cover Sheet, and REV LOG format.00 13-Oct-03 RRB - Initial issue01 23-May-05 EMO ALBrown -

2-Aug-05 ALBrown EMO -

-

-

- Created "FW Data Sheets (SI)".

Revised notes sheet added REV LOG sheet, modified title block on Cover Sheet.

Added and automated column for ALSTOM Specifications. Restricted selections of columns A thru C and AF thru AH to cell drop down to address 07903TIR120. Modified notes on cover page. Changed document type to E.

Added Instructions and made adjustments as required to reflect standard selection sheet formatting.

Incorporated information on hidden "rev" worksheet onto "Revision Log" worksheet and deleted "rev".

Incorporated information on hidden "Notes" worksheet onto "Instructions" worksheet and deleted "Notes".

document.xls:Instructions of 58

GENERAL INSTRUCTIONS:

Required Input Data:

The following items are required in order to obtain the inputs for this selection:

- Contract Item 9.01 - Design Criteria for Piping and Nozzles- Contract Item 10.01 - Valve List- Contract Item 17.01 - Safety and Vent Valve Silencers

- Contract Drawings - xxxxx-1A14xx series - Drum Nozzle Details- Contract Drawings - xxxxx-1D001x series - Piping & Instrumentation Diagrams- Contract Drawings - xxxxx-1D15xx series - Large Bore Piping Isometrics- Contract Drawings - xxxxx-1D16xx series - Misc. Piping Isometrics (large bore only)- Contract Drawings - xxxxx-1E010x series - Pressure Part Arrangements- Contract Drawings - xxxxx-1E014x series - Large Bore Vent Piping Arrangements- Contract Drawings - xxxxx-1E14xx series - Steam Drum Arrangements and Details- Contract Drawings from Supplier for Valves and Instruments (large bore only)

- Contract Specification

The following may be required depending on the degree of shop fabrication:

- Contract Item 4.06 - Upper Header List- Contract Item 4.07 - Lower Header List

- Contract Drawings - xxxxx-1D18xx series - Interconnecting Piping Arrangements- Contract Drawings - xxxxx-1ALxxx series - Upper Header Arrangements- Contract Drawings - xxxxx-1AUxxx series - Lower Header Arrangements- Contract Drawings - xxxxx-1ANxxx series - Header Nozzle Details

Related Standard Documents:

- HRSG Standard Document # 7.026 - ASME Code Boundaries

References:

- ASME Section I, PW-41 and Table PW-11.

- ASME Section I, Figure PG-58.3.1.

- ASME Section I, Figure PG-58.3.2.

- ASME B31.1, Table 136.4.

- ASME B31.1, Figure 100.1.2(A).

- ASME B31.1, Figure 100.1.2(B).

- ASME B31.1, Figure 100.1.2(C).

- ALSTOM Design Standard # 13-61, Index 9.6 - Field Welding Data Sheets and Location Drawings.

-

Background Information:

ALSTOM Design Standard # 23-65, Index 12.3.2 - Detail of 1" Diameter Hole and Plug for Radiographing Field Welds.

Creation of the project's Field Weld Data Sheets provides one of the few opportunities where the design information on a variety of documents may be checked against one and other in order to verify the accuracy of all. In many cases, minor revisions have been made to the project's engineering selection that do not always get captured on the fabrication and erection drawings. Time spent on this process could save the department from costly back charges from the site later.


Notify the Project Technical Manager (PTM) of any errors / mismatches immediately.

Completion of Selection:

Use the following instructions to obtain the required input data from the sources listed above.

This input is only applicable for piping located within the Boiler Piping (BP). See Jurisdiction input.

Note: When "Radiation" is selected for a particular field weld, "Furnace Gases" must also be selected.

Creation of the project's Field Weld Data Sheets provides one of the few opportunities where the design information on a variety of documents may be checked against one and other in order to verify the accuracy of all. In many cases, minor revisions have been made to the project's engineering selection that do not always get captured on the fabrication and erection drawings. Time spent on this process could save the department from costly back charges from the site later.

One way to begin the process of creating the project's Field Weld Data Sheets is to identify the location of each field weld point that occurs along the water / steam path as depicted on the Piping and Instrumentation Diagram for each pressure level (xxxxx-1D001x series) starting with the HP system. Locate the piping isometrics and pressure part arrangement drawings that are associated with each section of the HRSG as the water / steam path is followed.

Confirm the information that is contained on each piping isometric and pressure part arrangement. Do this by comparing it against the information shown on the project's engineering selection sheets (i.e. contract Item 9.01 - Design Criteria for Piping and Nozzles, contract Item 10.01 - Valve List, contract Item 11.01 - Instrument List) and any drawings which may contain detailed views of the pipe section in question. Be sure to confirm thatthe weld preps match between the upstream and downstream sections of pipe / equipment. Confirm the interface data contained on Supplier drawings for large bore valves and instruments located at field weld junctions.

Each weld is described by two rows of inputs. Each weld must be listed individually with its own two rows of inputs and its own unique "Weld No.". This means that when there are multiple welds between two pieces of equipment, such as an inlet manifold and a lower header, that each of these welds must be listed separately. Inputs are shown in BLUE. Values in black are calculated.

Radiation - Identify whether or not the field weld (FW) is in the direct line of sight of a burner flame or other direct furnace radiant heat source (i.e. within 5 tube rows of the flame or heat source) by using the embedded drop down box to select either "X" or (Empty). The user may also type in a value as long as it corresponds to one of the values contained in the drop down box. (Empty) corresponds to "Delete" on the computer keyboard.

Furnace Gases - Identify whether or not the field weld (FW) is exposed to furnace (flue) gases in excess of 850 deg. F (455 deg. C) by using the embedded drop down box to select either "X" or (Empty). The user may also type in a value as long as it corresponds to one of the values contained in the drop down box. (Empty) corresponds to "Delete" on the computer keyboard.

Water or Steam - Use the embedded drop down box to select either "W" for water or "S" for steam as the fluid within the piping at the location of the field weld. The user may also type in a value as long as it corresponds to one of the values contained in the drop down box.

Rev. - When any changes are made to the data for the field weld, use this cell to display the revision number in which the changes were made. Leave blank for Revision 00 - initial issue.

Weld No. - Use this cell to assign each field weld a unique identification number. For initial issue, number the field welds sequentially. If additional welds are required in future revisions, assign them a new, unique Weld No. but do not renumber existing welds.

Location of Weld - For this input, there are two rows for each field weld. Use the first row to describe and identify the equipment (pipe, valve, instrument, etc.) located on the upstream side of the field weld. Use the second row to describe and identify the equipment located on the downstream side of the field weld. Be sure to include the tag / piece / part number for the equipment that is contained on the AP drawings and documents being used as reference.


Refer to HRSG Standard Document # 7.026 - ASME Code Boundaries for more information.

Location of Weld - For this input, there are two rows for each field weld. Use the first row to describe and identify the equipment (pipe, valve, instrument, etc.) located on the upstream side of the field weld. Use the second row to describe and identify the equipment located on the downstream side of the field weld. Be sure to include the tag / piece / part number for the equipment that is contained on the AP drawings and documents being used as reference.

Actual Outside Diameter - For this input, enter the actual Outside Diameter of the pipe / equipment at the location of the field weld. This input may be obtained from the project's Piping and Instrumentation Diagrams (xxxxx-1D001x series) and should be checked against the data presented on contract Item 9.01 - Design Criteria for Piping and Nozzles, contract Item 10.01 - Valve List, the contract piping isometric and arrangement drawings and the contract equipment drawings as applicable.

Thickness @ Weld - For this input, enter the average wall thickness (AWT) for the pipe at the location of the field weld unless the pipe is prepped to another, known wall thickness (i.e. B16.25 Fig. 2c or 3c). This input may be obtained from the project's Piping and Instrumentation Diagrams (xxxxx-1D001x series) and should be checked against the data presented on contract Item 9.01 - Design Criteria for Piping and Nozzles, contract Item 10.01 - Valve List, the contract piping isometric and arrangement drawings and the contract equipment drawings as applicable.

Material Selection - For this input there are two rows for each field weld. Use the embedded drop down boxes to select the type of material for the pipe / equipment located on the each side of the field weld. Use the first row for the upstream side and the second row for the downstream side of the field weld. This input may be obtained from the project's Piping and Instrumentation Diagrams (xxxxx-1D001x series) and should be checked against the data presented on contract Item 9.01 - Design Criteria for Piping and Nozzles, contract Item 10.01 - Valve List, the contract piping isometric and arrangement drawings and the contract equipment drawings as applicable.

Jurisdiction - BP / BEP / NBEP - Use the embedded drop down boxes to identify the ASME Code Jurisdiction that applies at the location of the field weld. This information is displayed on the project's Piping and Instrumentation Diagrams (xxxxx-1D001x series). One of the options, BP for Boiler Piping, BEP for Boiler External Piping and NBEP for Non-Boiler External Piping, must be selected for each field weld.

The applicable jurisdiction may be obtained from the project's Piping and Instrumentation Diagrams (xxxxx-1D001x series) and should be checked against the data presented on contract Item 9.01 - Design Criteria for Piping and Nozzles, contract Item 10.01 - Valve List, the contract piping isometric and arrangement drawings and the contract equipment drawings as applicable. At transition points, where two jurisdictions meet, use the lesser conditions. This means NBEP first, followed by BEP and then BP.

Design Temperature (&) Pressure - For this input, there are two rows for each field weld. On the first row, input the design temperature at the location of the field weld. On the second row, input the design pressure at the location of the field weld. This input may be obtained from the project's Piping and Instrumentation Diagrams (xxxxx-1D001x series) and should be checked against the data presented on contract Item 9.01 - Design Criteria for Piping and Nozzles, contract Item 10.01 - Valve List, the contract piping isometric and arrangement drawings and the contract equipment drawings as applicable. At transition points where the design temperature and / or pressure changes, use the lower conditions of the two parts being joined.

Reference Drawings - For this input, there are two rows for each field weld. Use this input to identify the best drawing that depicts the location of each field weld. Use the first row for the upstream side and the second row for the downstream side of the field weld. Make sure that the drawing selected will be furnished to the site as an "Erection" drawing by confirming the presence of "E" outside the lower corner of the title block to the right of the drawing and revision numbers.

Additional References - Use this space to identify any additional drawings which may have been referred to while completing work on each field weld. This information is internal only and will not be included on the printed copy but will be useful to those who must return to this document to make revisions or answer questions.


Complete Cover Sheet Worksheet:

Additional Items to Confirm:

Filing:

Revisions:

General Items:

Interpretation: I-86-28Subject: Section I, PW-41.1, Definition of Furnace Gases

Additional References - Use this space to identify any additional drawings which may have been referred to while completing work on each field weld. This information is internal only and will not be included on the printed copy but will be useful to those who must return to this document to make revisions or answer questions.

The "Cover Sheet" worksheet has been provided as a central location for the Notes and Revision Log that need to be included with the Field Weld Data Sheets.

Review the information contained on this worksheet and make any revisions necessary to reflect the project specific information. Be sure and confirm the total number of units shown in Note #1 and revise the project name included in the sheet's title block.

For all selection sheet worksheets edit the project information contained in the sheet headers to correctly display the specific contract name, number and date.

WARNING - It is NOT permissible to separate the individual worksheets that make up this particular standard file because the worksheets contain embedded cell links or formula references to areas outside of their own worksheets. Failure to follow these procedures will result in removal or incorrect reference to embedded cell links and formulas.

Prepare this file for the contact files by hiding all of the worksheets / tabs from view except the appropriate cover and selection sheet tabs. Do this by selecting Format, Sheet, Hide from the Excel menu bar. The hidden worksheets must not be deleted as this will remove embedded cell links and formula references.

Rename the files in the contract directory to the following format: XXXXX-AA.AA-BB.YYY, where XXXXX is the five digit contract number, AA.AA is the item number, BB is the revision number (2 digits required for the Library) and YYY is the file extension (xls for Excel, doc for Word, etc...).

When revising the selection sheets, be sure to mark revised data with a revision triangle, and include a description of the changes in the Revision Log at the bottom of the cover sheet. Remember to adjust the print area of the active sheet to ensure that the Revision Log is included on the printed copy.

Change Codes for use in the Revision Log are included in HRSG Standard Document No. 0.505 - Change Codes.

All required inputs are shown in blue. All other cells are calculated by the worksheet.

Several input items on the worksheets contained in this file are required to be selected from drop down menus. If a problem occurs with the calculations, confirm that the input for these items has been properly selected using the drop down menus.

Embedded formulas contained in the "NDE" (Non-Destructive Examination) column are based on the ASME Section I, Table PW-11 and ASME B31.1, Table 136.4.

Upper and Lower Vestibule Areas are not considered exposed to furnace gases. This is supported by Interpretation I-86-28 shown below.


Question (1):

Reply: Yes.

PW-41.1.2 and PW-41.1.3 provide exemptions from radiography of circumferential welded joints for certain sizes of pipe and tubing in contact with furnace gases. Does "furnace gases" refer to those gases which contribute heat to the boiler?

ALSTOM Power Inc.Contract Name: SampleContract No.: 660xxxxx

Item No.: 19.16Revision No.: 00Date: mm/dd/yy

Document Type: E

document.xls of 58

NOTES:1)

2) JURISDICTIONBP BOILER PROPERBEP BOILER EXTERNAL PIPINGNBEP NON BOILER EXTERNAL PIPING

3) JOINT TYPEBW ButtweldSW Socketweld

4) NDER RadiographicV Visual

5)

Revision Log:Rev. No. Date By Chk'd By Change Code Description THIS DOCUMENT IS THE PROPERTY OF

00 mm/dd/yy Initial Issue ALSTOM Power, Inc.WINDSOR, CT 06095-0500 USA

HEAT RECOVERY STEAM GENERATOR DIVISION

THIS DOCUMENT CONTAINS

PROPRIETARY INFORMATION AND MAY FIELD WELD DATA SHEETSNOT BE REPRODUCED OR DISCLOSED FOR

WITHOUT THE PERMISSION OF SAMPLEALSTOM Power, Inc.

INITIALS DATE DOCUMENT # REV

BY: mm/dd/yy

19.16 00CHK’D:

WELDS LISTED ARE FOR ONE (1) UNIT.THERE IS ONE (1) UNIT ON THE CONTRACT.

ALSTOM HAS PREPARED THIS DOCUMENT AS A START FILE FOR THE ERECTOR. THIS START FILE REFLECTS THE "AS-DESIGNED" CONDITION. THE ERECTOR IS RESPONSIBLE FOR ENSURING THE ACCURACY AND COMPLETENESS OF THE FIELD WELD DATA SHEETS. THIS INCLUDES VERIFICATION OF MATERIALS AT EACH WELD AND SELECTION OF WPS, FILLER METAL, PREHEAT, PWHT, ETC TO COMPLY WITH THE REFERENCED ALSTOM SPECIFICATIONS AND APPLICABLE CODE. AFTER RECEIVING THE "AS-DESIGNED" DATA SHEETS FROM ALSTOM, THE ERECTOR IS RESPONSIBLE FOR ANY REVISIONS REQUIRED TO REFLECT THE "AS-BUILT" CONDITION. ANY CHANGES FROM THE "AS-DESIGNED" CONDITION MUST BE APPROVED BY ALSTOM.

THIS DOCUMENT SHALL BE REVISED IN ITS ENTIRETY. ALL PAGES ARE THE SAME REVISION LEVEL AS INDICATED IN THE

TITLE BLOCK.

ALSTOM Power, Inc.Contract Name: SampleContract No.: 660xxxxx Field Weld Data Sheets


Document Type: E

document.xls of 58

Rev. Weld No. NDE Location of Weld

Size in Inches Jurisdiction

BP BEP NBEP

W1 R HP/IP PUMP - 1 355.6 11.13 SA106C 0.35 BW X 178 °C MS-HRSG-0006 07202-1D1566BFW Pump Suction Line Stop Valve (SHV-D760) SA216 WCA 0.25 8.6 barg

W2 V BFW Pump Suction Line Stop Valve (SHV-D760) 355.6 11.13 SA216 WCA 0.25 BW X 178 °C MS-HRSG-0006 07202-1D1566HP/IP PUMP-2 SA106C 0.35 12.4 barg

W3 V HP/IP PUMP-2 355.6 11.13 SA106C 0.35 BW X 178 °C MS-HRSG-0006 07202-1D1566HP/IP PUMP-3 SA106C 0.35 12.4 barg

W4 V Orifice Flange (FE-D870A) 114.3 13.49 SA234 WPC 0.35 BW X 178 °C MS-HRSG-0006 07202-1D1567HP Pump Recirc 1 Gate Valve (SHV-D870A) SA105 0.35 211.3 barg

W5 V Orifice Flange (FE-D870B) 114.3 13.49 SA234 WPC 0.35 BW X 178 °C MS-HRSG-0006 07202-1D1567HP Pump Recirc 2 Gate Valve (SHV-D870B) SA105 0.35 211.3 barg

W6 V HP Pump Recirc 1 Gate Valve (SHV-D870A) 114.3 13.49 SA105 0.35 BW X 178 °C MS-HRSG-0006 07202-1D1567RECIRC.-1A SA106C 0.35 211.3 barg

W7 V HP Pump Recirc 2 Gate Valve (SHV-D870B) 114.3 13.49 SA105 0.35 BW X 178 °C MS-HRSG-0006 07202-1D1567RECIRC.-1B SA106C 0.35 211.3 barg

W8 V RECIRC.-1A 114.3 13.49 SA106C 0.35 BW X 178 °C MS-HRSG-0006 07202-1D1567RECIRC.-2A SA106C 0.35 211.3 barg

W9 V RECIRC.-1B 114.3 13.49 SA106C 0.35 BW X 178 °C MS-HRSG-0006 07202-1D1567RECIRC.-2B SA106C 0.35 211.3 barg

W10 R TERM P-2 355.6 38.10 SA335 P91 0.12 BW X 582 °C 07202-1E1550HPSTM-3 SA335 P91 0.12 148.2 barg

W11 R HPSTM-3 355.6 38.10 SA335 P91 0.12 BW X 582 °C 07202-1E1550HP STM Outlet MOV (YV-D35) SA182 F91 0.12 148.2 barg

W12 R HP STM Outlet MOV (YV-D35) 355.6 38.10 SA182 F91 0.12 BW X 582 °C 07202-1E1550HPSTM-2 SA335 P91 0.12 148.2 barg

W13 R HPSTM-2 355.6 38.10 SA335 P91 0.12 BW X 582 °C 07202-1E1550HP STM Outlet Isolation Valve (ISV-D375) SA182 F91 0.12 148.2 barg

W14 R HP STM Outlet Isolation Valve (ISV-D375) 355.6 38.10 SA182 F91 0.12 BW X 582 °C 07202-1E1550HPSTM-1 SA335 P91 0.12 148.2 barg

W15 V HPSTM-1 355.6 38.10 SA335 P91 0.12 BW X 582 °C 07202-1E1550MU-12B SA335 P91 0.12 148.2 barg

W16 V TERM P-1 219.1 23.01 SA106C 0.35 BW X 178 °C MS-HRSG-0006 07202-1E1551HPFW-1 SA106C 0.35 211.3 barg

W17 V HPFW-1 168.3 18.26 SA234 WPC 0.35 BW X 178 °C MS-HRSG-0006 07202-1E1551HP FW Inlet Check Valve (CKV-D100) SA105 0.35 211.3 barg

W18 V HP FW Inlet Check Valve (CKV-D100) 168.3 18.26 SA105 0.35 BW X 342 °C MS-HRSG-0006 07202-1E1551HPFW-2 SA234 WPC 0.35 211.3 barg

W19 R HPFW-2 219.1 23.01 SA106C 0.35 BW X 342 °C MS-HRSG-0006 07202-1E1551HP FW Inlet MOV (YV-D07) SA105 0.35 211.3 barg

W20 R HP FW Inlet MOV (YV-D07) 219.1 23.01 SA105 0.35 BW X 342 °C MS-HRSG-0006 07202-1E1551HPFW-3 SA106C 0.35 163.8 barg

W21 R HPFW-3 219.1 23.01 SA106C 0.35 BW X 342 °C MS-HRSG-0006 07202-1E1551HPFW-4 SA234 WPC 0.35 163.8 barg

W22 V HPFW-4 (Item #2) 168.3 18.26 SA234 WPC 0.35 BW X 342 °C MS-HRSG-0006 07202-1E1551LL-2 (A) SA106C 0.35 157.9 barg

W23 V HPFW-4 (Item #2) 168.3 18.26 SA234 WPC 0.35 BW X 342 °C MS-HRSG-0006 07202-1E1551LL-2 (B) SA106C 0.35 157.9 barg

W24 R HRH-2 (Item #3) 609.6 30.96 SA234 WP91 0.12 BW X 581 °C 07202-1E1554HRH-1 SA335 P91 0.12 48.3 barg

W25 R HRH-1 457.2 34.93 SA335 P91 0.12 BW X 581 °C 07202-1E1554MU-11 (A) SA234 WP91 0.12 48.3 barg

W26 R HRH-1 457.2 34.93 SA335 P91 0.12 BW X 581 °C 07202-1E1554MU-11 (B) SA234 WP91 0.12 48.3 barg

W27 V LU-14 323.9 33.35 SA335 P22 0.15 BW X 427 °C MS-HRSG-0006 07202-1E1556CRH-1 SA335 P22 0.15 48.3 barg



W30 R CRH-1 (Item #2) 457.2 23.83 SA234 WP22 0.15 BW X 427 °C MS-HRSG-0006 07202-1E1556CRH-2 SA335 P22 0.15 48.3 barg

W31 R CRH-2 457.2 23.83 SA335 P22 0.15 BW X 427 °C MS-HRSG-0006 07202-1E1556TERM P-5 SA335 P22 0.15 48.3 barg

W32 R CRH-2 Weldolet (Item #8) 168.3 10.97 SA234 WP22 0.15 BW X 427 °C MS-HRSG-0006 07202-1E1556IPSTM-6 SA335 P22 0.15 48.3 barg 07202-1E1557

W33 R IP STM Outlet Pressure Control Valve (PV-D13) 168.3 10.97 SA216 WCC 0.25 BW X 427 °C MS-HRSG-0006 07202-1E1557IPSTM-5 SA335 P22 0.15 48.3 barg

W34 R IPSTM-5 168.3 10.97 SA335 P22 0.15 BW X 427 °C MS-HRSG-0006 07202-1E1557IP STM Flow Element (FE-D40) SA335 P22 0.15 48.3 barg

W35 R IP STM Flow Element (FE-D40) 168.3 10.97 SA335 P22 0.15 BW X 427 °C MS-HRSG-0006 07202-1E1557IPSTM-4 SA335 P22 0.15 48.3 barg

W36 R IPSTM-4 168.3 10.97 SA335 P22 0.15 BW X 427 °C MS-HRSG-0006 07202-1E1557IP STM Outlet MOV (YV-D43) SA217 WC9 0.18 48.3 barg

W37 R IP STM Outlet MOV (YV-D43) 168.3 10.97 SA217 WC9 0.18 BW X 427 °C MS-HRSG-0006 07202-1E1557IPSTM-3 SA335 P22 0.15 48.3 barg

W38 R IPSTM-3 168.3 10.97 SA335 P22 0.15 BW X 427 °C MS-HRSG-0006 07202-1E1557IP STM Outlet NRV (CKV-D650) A106B 0.30 48.3 barg

W39 V IP STM Outlet NRV (CKV-D650) 168.3 10.97 A216 WCB 0.30 BW X 316 °C MS-HRSG-0006 07202-1E1557IPSTM-2 SA106C 0.35 48.3 barg

W40 V IPSTM-2 168.3 11.97 SA106C 0.35 BW X 316 °C MS-HRSG-0006 07202-1E1557IPSTM-1 SA234 WPC 0.35 48.3 barg

W41 V IPSTM-1 114.3 8.56 SA106C 0.35 BW X 316 °C MS-HRSG-0006 07202-1E1557LU-10 (A1) SA106C 0.35 48.3 barg

W42 V IPSTM-1 114.3 8.56 SA106C 0.35 BW X 316 °C MS-HRSG-0006 07202-1E1557LU-10 (A2) SA106C 0.35 48.3 barg

W43 V IPSTM-1 114.3 8.56 SA106C 0.35 BW X 316 °C MS-HRSG-0006 07202-1E1557LU-10 (B1) SA106C 0.35 48.3 barg

W44 V IPSTM-1 114.3 8.56 SA106C 0.35 BW X 316 °C MS-HRSG-0006 07202-1E1557LU-10 (B2) SA106C 0.35 48.3 barg

W45 V TERM P-3 88.9 7.62 SA106C 0.35 BW X 178 °C MS-HRSG-0006 07202-1E1558IPFW-1 SA106C 0.35 82.7 barg

W46 V IPFW-1 88.9 7.62 SA106C 0.35 BW X 178 °C MS-HRSG-0006 07202-1E1558IP FW Check Valve Inlet (CHK-D400) SA105 0.35 82.7 barg

W47 V IP FW Check Valve Outlet (CHK-D400) 88.9 7.62 SA105 0.35 BW X 298 °C MS-HRSG-0006 07202-1E1558IPFW-2 SA106C 0.35 82.7 barg

W48 V IPFW-2 88.9 7.62 SA106C 0.35 BW X 298 °C MS-HRSG-0006 07202-1E1558IP FW Inlet MOV (YV-D07) SA216 WCB 0.30 82.7 barg

W49 V IP FW Inlet MOV (YV-D07) 88.9 7.62 SA216 WCB 0.30 BW X 298 °C MS-HRSG-0006 07202-1E1558IPFW-3 SA106C 0.35 82.7 barg

W50 V IPFW-3 88.9 7.62 SA234 WPC 0.35 BW X 298 °C MS-HRSG-0006 07202-1E1558IPFW-4 SA106C 0.35 82.7 barg

W51 V IPFW-4 88.9 7.62 SA106C 0.35 BW X 298 °C MS-HRSG-0006 07202-1E1558IPFW-4 (FML-2) SA234 WPC 0.35 82.7 barg

W52 V LL-4 (A1) 88.9 7.62 SA106C 0.35 BW X 298 °C MS-HRSG-0006 07202-1E1558HL-35A SA106C 0.35 82.7 barg

W53 V LL-4 (A2) 88.9 7.62 SA106C 0.35 BW X 298 °C MS-HRSG-0006 07202-1E1558HL-35A SA106C 0.35 82.7 barg

W54 V LL-4 (B1) 88.9 7.62 SA106C 0.35 BW X 298 °C MS-HRSG-0006 07202-1E1558HL-35B SA106C 0.35 82.7 barg

W55 V LL-4 (B2) 88.9 7.62 SA106C 0.35 BW X 298 °C MS-HRSG-0006 07202-1E1558HL-35B SA106C 0.35 82.7 barg

W56 V LU-6 88.9 7.62 SA106C 0.35 BW X 298 °C MS-HRSG-0006 07202-1E1559IPDFW-4 (A) SA106C 0.35 82.7 barg

W57 V LU-6 88.9 7.62 SA106C 0.35 BW X 298 °C MS-HRSG-0006 07202-1E1559IPDFW-4 (B) SA106C 0.35 82.7 barg

W58 V IPDFW-4 88.9 7.62 SA106C 0.35 BW X 298 °C MS-HRSG-0006 07202-1E1559IP FW Fuel Heater Isolation Valve Inlet (ISV-D460) SA105 0.35 82.7 barg

W59 V IP FW Fuel Heater Isolation Valve Outlet (ISV-D460) 88.9 7.62 SA105 0.35 BW X 298 °C MS-HRSG-0006 07202-1E1559IPDFW-3 SA106C 0.35 82.7 barg

W60 V IPDFW-3 88.9 7.62 SA106C 0.35 BW X 298 °C MS-HRSG-0006 07202-1E1559IP FW Fuel Heater Check Inlet (CKV-D460) SA105 0.35 82.7 barg

W61 V IP FW Fuel Heater Check Outlet (CKV-D460) 88.9 7.62 SA105 0.35 BW X 298 °C MS-HRSG-0006 07202-1E1559IPDFW-2 SA106C 0.35 82.7 barg

W62 V IPDFW-2 88.9 7.62 SA106C 0.35 BW X 298 °C MS-HRSG-0006 07202-1E1559IPDFW-1 SA106C 0.35 82.7 barg

W63 V IPDFW-1 88.9 7.62 SA106C 0.35 BW X 298 °C MS-HRSG-0006 07202-1E1559TERM P-4 SA106C 0.35 82.7 barg

W64 V IPDFW-4 88.9 7.62 SA106C 0.35 BW X 298 °C MS-HRSG-0006 07202-1E1559IP FW Control Isolation Inlet Valve (ISV-D410A) SA105 0.35 82.7 barg

W65 V IP FW Control Isolation Inlet Valve (ISV-D410A) 88.9 7.62 SA105 0.35 BW X 298 °C MS-HRSG-0006 07202-1E1559IPDFW-5 SA106C 0.35 82.7 barg

W66 V IPDFW-6 88.9 7.62 SA106C 0.35 BW X 298 °C MS-HRSG-0006 07202-1E1559IP FW Control Isolation Outlet Valve (ISV-D410B) SA105 0.35 82.7 barg

W67 V IP FW Control Isolation Outlet Valve (ISV-D410B) 88.9 7.62 SA105 0.35 BW X 298 °C MS-HRSG-0006 07202-1E1559IPDFW-7 SA106C 0.35 82.7 barg

W68 V IPDFW-7 88.9 7.62 SA234 WPC 0.35 BW X 298 °C MS-HRSG-0006 07202-1E1559IPDFW-8 SA106C 0.35 82.7 barg

W69 V IPDFW-8 88.9 7.62 SA106C 0.35 BW X 298 °C MS-HRSG-0006 07202-1E1559IP Drum Feed Inlet Nozzle SA106C 0.35 82.7 barg

W70 V TERM P-10 355.6 11.13 SA106C 0.35 BW X 321 °C MS-HRSG-0006 07202-1E1560LPSTM-5 SA106C 0.35 8.6 barg

W71 V LPSTM-5 355.6 11.13 SA106C 0.35 BW X 321 °C MS-HRSG-0006 07202-1E1560LP STM Outlet MOV (YV-D35) SA216 WCB 0.30 8.6 barg

W72 V LP STM Outlet MOV (YV-D35) 355.6 11.13 SA216 WCB 0.30 BW X 321 °C MS-HRSG-0006 07202-1E1560LPSTM-4 SA106C 0.35 8.6 barg

W73 V LPSTM-4 355.6 11.13 SA106C 0.35 BW X 321 °C MS-HRSG-0006 07202-1E1560LP STM Outlet NRV (CKV-D950) SA216 WCB 0.30 8.6 barg

W74 V LP STM Outlet NRV (CKV-D950) 355.6 11.13 SA216 WCB 0.30 BW X 321 °C MS-HRSG-0006 07202-1E1560LPSTM-3 SA106C 0.35 8.6 barg

W75 V LPSTM-3 355.6 11.13 SA234 WPC 0.35 BW X 321 °C MS-HRSG-0006 07202-1E1560LPSTM-2 SA106C 0.35 8.6 barg

W76 V LPSTM-2 355.6 11.13 SA106C 0.35 BW X 321 °C MS-HRSG-0006 07202-1E1560LPSTM-1 SA106C 0.35 8.6 barg

Ring Type and No.Or

Fillet SizeMaterial

Specification

Max. Carbon

%Joint

(Type)

DesignTemp.

PressureALSTOM

SpecificationsField Weld Procedure

Specs [F-WPS]

Filler Metal Spec.

Min. Preheat

°CPWHT

°C

Filler MetalQty.

ReferenceDrawing No.

Actual Outside

Dia.Thickness @ Weld

MS-HRSH-0002, MS-HRSG-0006









AA2

Use average wall thickness unless the pipe is prepped to a known thickness.



Document Type: E

document.xls of 58



BP BEP NBEP

Ring Type and No.Or

Fillet SizeMaterial

Specification

Max. Carbon

%Joint

(Type)

DesignTemp.

PressureALSTOM


Specs [F-WPS]

Filler Metal Spec.

Min. Preheat

°CPWHT

°C

Filler MetalQty.


Actual Outside


W77 V ML-4A 323.9 10.31 SA106C 0.35 BW X 321 °C MS-HRSG-0006 07202-1E1560FML-3A SA234 WPC 0.35 8.6 barg

W78 V ML-4B 323.9 10.31 SA106C 0.35 BW X 321 °C MS-HRSG-0006 07202-1E1560FML-3B SA234 WPC 0.35 8.6 barg

W79 V TERM P-9 219.1 8.18 SA106C 0.35 BW X 69 °C MS-HRSG-0006 07202-1E1561LPFW-1 SA106C 0.35 34.5 barg

W80 V LPFW-1 168.3 7.11 SA234 WPC 0.35 BW X 69 °C MS-HRSG-0006 07202-1E1561LP FW Inlet Check Valve Inlet (CKV-D700) SA216 WCB 0.30 34.5 barg

W81 V LP FW Inlet Check Valve Outlet (CKV-D700) 168.3 7.11 SA216 WCB 0.30 BW X 243 °C MS-HRSG-0006 07202-1E1561LPFW-2 SA234 WPC 0.35 34.5 barg

W82 V LPFW-2 219.1 8.18 SA106C 0.35 BW X 243 °C MS-HRSG-0006 07202-1E1561LP FW Inlet MOV (YV-D07) SA216 WCB 0.30 34.5 barg

W83 V LP FW Inlet MOV (YV-D07) 219.1 8.18 SA216 WCB 0.30 BW X 243 °C MS-HRSG-0006 07202-1E1561LPFW-3 SA106C 0.35 34.5 barg

W84 V LPFW-3 168.3 7.11 SA234 WPC 0.35 BW X 243 °C MS-HRSG-0006 07202-1E1561FWBP-6 SA234 WPC 0.35 34.5 barg 07202-1E1565

W85 V LPFW-3 219.1 8.18 SA106C 0.35 BW X 243 °C MS-HRSG-0006 07202-1E1561LP FW MOV after Bypass (YV-D06) SA216 WCB 0.30 34.5 barg

W86 V LP FW MOV after Bypass (YV-D06) 219.1 8.18 SA216 WCB 0.30 BW X 243 °C MS-HRSG-0006 07202-1E1561LPFW-4 SA106C 0.35 34.5 barg

W87 V LPFW-4 114.3 6.02 SA234 WPC 0.35 BW X 243 °C MS-HRSG-0006 07202-1E1561FWRECIR-8 SA106C 0.35 34.5 barg 07202-1E1562

W88 V LPFW-4 219.1 8.18 SA106C 0.35 BW X 243 °C MS-HRSG-0006 07202-1E1561LPFW-5 SA106C 0.35 34.5 barg

W89 V LPFW-5 219.1 8.18 SA234 WPC 0.35 BW X 243 °C MS-HRSG-0006 07202-1E1561LPFW-6 SA106C 0.35 34.5 barg

W90 V LPFW-6 168.3 7.11 SA106C 0.35 BW X 243 °C MS-HRSG-0006 07202-1E1561MU-1 (A1) SA106C 0.35 34.5 barg

W91 V LPFW-6 168.3 7.11 SA106C 0.35 BW X 243 °C MS-HRSG-0006 07202-1E1561MU-1 (A2) SA106C 0.35 34.5 barg

W92 V LPFW-6 168.3 7.11 SA106C 0.35 BW X 243 °C MS-HRSG-0006 07202-1E1561MU-1 (B1) SA106C 0.35 34.5 barg

W93 V LPFW-6 168.3 7.11 SA106C 0.35 BW X 243 °C MS-HRSG-0006 07202-1E1561MU-1 (B2) SA106C 0.35 34.5 barg

W94 V FWRECIR-15A 88.9 5.49 SA106C 0.35 BW X 178 °C MS-HRSG-0006 07202-1E1562FW Preheater Recirc. Check (CKV-D750A) SA216 WCB 0.30 34.5 barg

W95 V FW Preheater Recirc. Check (CKV-D750A) 88.9 5.49 SA216 WCB 0.30 BW X 178 °C MS-HRSG-0006 07202-1E1562FWRECIR-14A SA234 WPC 0.35 34.5 barg

W96 V FWRECIR-15B 88.9 5.49 SA106C 0.35 BW X 178 °C MS-HRSG-0006 07202-1E1562FW Preheater Recirc. Check (CKV-D750B) SA216 WCB 0.30 34.5 barg

W97 V FW Preheater Recirc. Check (CKV-D750B) 88.9 5.49 SA216 WCB 0.30 BW X 178 °C MS-HRSG-0006 07202-1E1562FWRECIR-14B SA234 WPC 0.35 34.5 barg

W98 V FWRECIR-14A 114.3 6.02 SA234 WPC 0.35 BW X 178 °C MS-HRSG-0006 07202-1E1562FW Preheater Recirc Pump Isolation Valve (ISV-D750A) SA216 WCB 0.30 34.5 barg

W99 V FWRECIR-14B 114.3 6.02 SA234 WPC 0.35 BW X 178 °C MS-HRSG-0006 07202-1E1562FW Preheater Recirc Pump Isolation Valve (ISV-D750B) SA216 WCB 0.30 34.5 barg

W100 V FW Preheater Recirc Pump Isolation Valve (ISV-D750A) 114.3 6.02 SA216 WCB 0.30 BW X 178 °C MS-HRSG-0006 07202-1E1562FWRECIR-13 SA234 WPC 0.35 34.5 barg

W101 V FW Preheater Recirc Pump Isolation Valve (ISV-D750B) 114.3 6.02 SA216 WCB 0.30 BW X 178 °C MS-HRSG-0006 07202-1E1562FWRECIR-13 SA234 WPC 0.35 34.5 barg

W102 V FWRECIR-13 114.3 6.02 SA106C 0.35 BW X 178 °C MS-HRSG-0006 07202-1E1562FW Preheater Recirc CV Inlet Isolation Valve (ISV-D752A) SA216 WCB 0.30 34.5 barg

W103 V FW Preheater Recirc CV Inlet Isolation Valve (ISV-D752A) 114.3 6.02 SA216 WCB 0.30 BW X 178 °C MS-HRSG-0006 07202-1E1562FWRECIR-11 SA106C 0.35 34.5 barg

W104 V FWRECIR-11 88.9 5.49 SA234 WPC 0.35 BW X 178 °C MS-HRSG-0006 07202-1E1562FW Preheater Recirc CV (TV-D10) SA216 WCC 0.25 34.5 barg

W105 V FW Preheater Recirc CV (TV-D10) 88.9 5.49 SA216 WCC 0.25 BW X 178 °C MS-HRSG-0006 07202-1E1562FWRECIR-10 SA234 WPC 0.35 34.5 barg

W106 V FWRECIR-10 114.3 6.02 SA106C 0.35 BW X 178 °C MS-HRSG-0006 07202-1E1562FW Preheater Recirc CV Outlet Isolation Valve (ISV-D752B) SA216 WCB 0.30 34.5 barg

W107 V FW Preheater Recirc CV Outlet Isolation Valve (ISV-D752B) 114.3 6.02 SA216 WCB 0.30 BW X 178 °C MS-HRSG-0006 07202-1E1562FWRECIR-9 SA106C 0.35 34.5 barg

W110 V FWRECIR-13 88.9 5.49 SA106C 0.35 BW X 178 °C MS-HRSG-0006 07202-1E1562FW Preheater Recirc CV Bypass Isolation Valve (ISV-D752C) SA216 WCB 0.30 34.5 barg

W111 V FW Preheater Recirc CV Bypass Isolation Valve (ISV-D752C) 88.9 5.49 SA216 WCB 0.30 BW X 178 °C MS-HRSG-0006 07202-1E1562FWRECIR-9 SA106C 0.35 34.5 barg

W112 V FWRECIR-9 88.9 5.49 SA234 WPC 0.35 BW X 178 °C MS-HRSG-0006 07202-1E1562FW Preheater Recirc Check Valve (CHV-D750) SA216 WCB 0.30 34.5 barg

W113 V FW Preheater Recirc Check Valve (CHV-D750) 88.9 5.49 SA216 WCB 0.30 BW X 243 °C MS-HRSG-0006 07202-1E1562FWRECIR-8 SA234 WPC 0.35 34.5 barg

W114 V MU-2 (B2) 168.3 7.11 SA106C 0.35 BW X 243 °C MS-HRSG-0006 07202-1E1563FWRECIR-1 SA106C 0.35 34.5 barg

W115 V MU-2 (B1) 168.3 7.11 SA106C 0.35 BW X 243 °C MS-HRSG-0006 07202-1E1563FWRECIR-1 SA106C 0.35 34.5 barg

W116 V MU-2 (A2) 168.3 7.11 SA106C 0.35 BW X 243 °C MS-HRSG-0006 07202-1E1563FWRECIR-1 SA106C 0.35 34.5 barg

W117 V MU-2 (A1) 168.3 7.11 SA106C 0.35 BW X 243 °C MS-HRSG-0006 07202-1E1563FWRECIR-1 SA106C 0.35 34.5 barg

W118 V FWRECIR-1 219.1 8.18 SA106C 0.35 BW X 243 °C MS-HRSG-0006 07202-1E1563FW Preheater Outlet Isolation Valve Inlet (SHV-D710) SA216 WCB 0.30 34.5 barg

W119 V FW Preheater Outlet Isolation Valve Outlet (SHV-D710) 219.1 8.18 SA216 WCB 0.30 BW X 178 °C MS-HRSG-0006 07202-1E1563FWRECIR-2 SA106C 0.35 10.8 barg

W120 V FWRECIR-2 219.1 8.18 SA106C 0.35 BW X 178 °C MS-HRSG-0006 07202-1E1563FWBP-1 SA234 WPC 0.35 10.8 barg 07202-1E1565

W121 V FWRECIR-2 168.3 7.11 SA234 WPC 0.35 BW X 178 °C MS-HRSG-0006 07202-1E1563FWRECIR-3 SA106C 0.35 10.8 barg

W122 V FWRECIR-3 168.3 7.11 SA106C 0.35 BW X 178 °C MS-HRSG-0006 07202-1E1563FWRECIR-4 SA106C 0.35 10.8 barg

W123 V FWRECIR-4 168.3 7.11 SA106C 0.35 BW X 178 °C MS-HRSG-0006 07202-1E1563FWRECIR-5 SA234 WPC 0.35 10.8 barg

W124 V FWRECIR-5 168.3 7.11 SA106C 0.35 BW X 178 °C MS-HRSG-0006 07202-1E1563FW Preheater Recirc Pump Inlet Isolation Valve (ISV-D740A) SA216 WCB 0.30 10.8 barg

W125 V FW Preheater Recirc Pump Inlet Isolation Valve (ISV-D740A) 168.3 7.11 SA216 WCB 0.30 BW X 178 °C MS-HRSG-0006 07202-1E1563FWRECIR-6A SA106C 0.35 13.8 barg

W126 V FWRECIR-6A 168.3 7.11 SA106C 0.35 BW X 178 °C MS-HRSG-0006 07202-1E1563FW Preheater Recirc Pump Strainer (YSTR-D740A) SA216 WCB 0.30 13.8 barg

W127 V FW Preheater Recirc Pump Strainer (YSTR-D740A) 168.3 7.11 SA216 WCB 0.30 BW X 178 °C MS-HRSG-0006 07202-1E1563FWRECIR-7A SA106C 0.35 13.8 barg

W128 V FWRECIR-5 168.3 7.11 SA106C 0.35 BW X 178 °C MS-HRSG-0006 07202-1E1563FW Preheater Recirc Pump Inlet Isolation Valve (ISV-D740B) SA216 WCB 0.30 10.8 barg

W129 V FW Preheater Recirc Pump Inlet Isolation Valve (ISV-D740B) 168.3 7.11 SA216 WCB 0.30 BW X 178 °C MS-HRSG-0006 07202-1E1563FWRECIR-6A SA106C 0.35 13.8 barg

W130 V FWRECIR-6A 168.3 7.11 SA106C 0.35 BW X 178 °C MS-HRSG-0006 07202-1E1563FW Preheater Recirc Pump Strainer (YSTR-D740B) SA216 WCB 0.30 13.8 barg

W131 V FW Preheater Recirc Pump Strainer (YSTR-D740B) 168.3 7.11 SA216 WCB 0.30 BW X 178 °C MS-HRSG-0006 07202-1E1563FWRECIR-7A SA106C 0.35 13.8 barg

W132 V FWBP-6 168.3 7.11 SA106C 0.35 BW X 243 °C MS-HRSG-0006 07202-1E1565FW Preheater Bypass Inlet Isolation Valve (ISV-D720A) SA216 WCB 0.30 34.5 barg

W133 V FW Preheater Bypass Inlet Isolation Valve (ISV-D720A) 168.3 7.11 SA216 WCB 0.30 BW X 243 °C MS-HRSG-0006 07202-1E1565FWBP-5 SA106C 0.35 34.5 barg

W134 V FWBP-5 168.3 7.11 SA106C 0.35 BW X 243 °C MS-HRSG-0006 07202-1E1565FW Preheater Bypass CV (TV-D08) SA216 WCC 0.25 34.5 barg

W135 V FW Preheater Bypass CV (TV-D08) 168.3 7.11 SA216 WCC 0.25 BW X 243 °C MS-HRSG-0006 07202-1E1565FWBP-4 SA106C 0.35 34.5 barg

W136 V FWBP-4 168.3 7.11 SA106C 0.35 BW X 243 °C MS-HRSG-0006 07202-1E1565FW Preheater Bypass Outlet Isolation Valve (ISV-D720B) SA216 WCB 0.30 34.5 barg

W137 V FW Preheater Bypass Outlet Isolation Valve (ISV-D720B) 168.3 7.11 SA216 WCB 0.30 BW X 178 °C MS-HRSG-0006 07202-1E1565FWBP-3 SA234 WPC 0.35 10.8 barg

W138 V FWBP-3 168.3 7.11 SA106C 0.35 BW X 178 °C MS-HRSG-0006 07202-1E1565FWBP-2 SA106C 0.35 10.8 barg

W139 V FWBP-2 168.3 7.11 SA106C 0.35 BW X 178 °C MS-HRSG-0006 07202-1E1565FWBP-1 SA234 WPC 0.35 10.8 barg

W140 V FWBP-1 219.1 8.18 SA106C 0.35 BW X 178 °C MS-HRSG-0006 07202-1E1565LP Drum FW Inlet Nozzle SA106C 0.35 10.8 barg

W141 V FWBP-6 114.3 6.02 SA106C 0.35 BW X 243 °C MS-HRSG-0006 07202-1E1565FW Preheater Bypass CV Bypass (ISV-D720C) SA216 WCB 0.30 34.5 barg

W142 V FW Preheater Bypass CV Bypass (ISV-D720C) 114.3 6.02 SA216 WCB 0.30 BW X 178 °C MS-HRSG-0006 07202-1E1565FWBP-3 SA106C 0.35 10.8 barg

W143 V LU-13 273.0 28.58 SA106C 0.35 BW X 342 °C MS-HRSG-0006 07202-1D1850LU-13A (A1 - FWD) SA106C 0.35 148.2 barg

W144 V LU-13 273.0 28.58 SA106C 0.35 BW X 342 °C MS-HRSG-0006 07202-1D1850LU-13A (A2 - FWD) SA106C 0.35 148.2 barg

W145 V LU-13 273.0 28.58 SA106C 0.35 BW X 342 °C MS-HRSG-0006 07202-1D1850LU-13A (B1 - FWD) SA106C 0.35 148.2 barg

W146 V LU-13 273.0 28.58 SA106C 0.35 BW X 342 °C MS-HRSG-0006 07202-1D1850LU-13A (B2 - FWD) SA106C 0.35 148.2 barg

W147 V LU-13 273.0 28.58 SA106C 0.35 BW X 342 °C MS-HRSG-0006 07202-1D1850LU-13A (A1 - AFT) SA106C 0.35 148.2 barg

W148 V LU-13 273.0 28.58 SA106C 0.35 BW X 342 °C MS-HRSG-0006 07202-1D1850LU-13A (A2 - AFT) SA106C 0.35 148.2 barg

W149 V LU-13 273.0 28.58 SA106C 0.35 BW X 342 °C MS-HRSG-0006 07202-1D1850LU-13A (B1 - AFT) SA106C 0.35 148.2 barg

W150 V LU-13 273.0 28.58 SA106C 0.35 BW X 342 °C MS-HRSG-0006 07202-1D1850LU-13A (B2 - AFT) SA106C 0.35 148.2 barg

W151 V LU-13A 273.0 28.58 SA106C 0.35 BW X 342 °C MS-HRSG-0006 07202-1D1850HP Drum Riser Nozzles (A1 - FWD) SA105 0.35 148.2 barg

W152 V LU-13A 273.0 28.58 SA106C 0.35 BW X 342 °C MS-HRSG-0006 07202-1D1850HP Drum Riser Nozzles (A2 - FWD) SA105 0.35 148.2 barg

W153 V LU-13A 273.0 28.58 SA106C 0.35 BW X 342 °C MS-HRSG-0006 07202-1D1850HP Drum Riser Nozzles (B1 - FWD) SA105 0.35 148.2 barg

W154 V LU-13A 273.0 28.58 SA106C 0.35 BW X 342 °C MS-HRSG-0006 07202-1D1850HP Drum Riser Nozzles (B2 - FWD) SA105 0.35 148.2 barg

AA2




Document Type: E

document.xls of 58



BP BEP NBEP

Ring Type and No.Or

Fillet SizeMaterial

Specification

Max. Carbon

%Joint

(Type)

DesignTemp.

PressureALSTOM


Specs [F-WPS]

Filler Metal Spec.

Min. Preheat

°CPWHT

°C

Filler MetalQty.


Actual Outside


W155 V LU-13A 273.0 28.58 SA106C 0.35 BW X 342 °C MS-HRSG-0006 07202-1D1850HP Drum Riser Nozzles (A1 - AFT) SA105 0.35 148.2 barg

W156 V LU-13A 273.0 28.58 SA106C 0.35 BW X 342 °C MS-HRSG-0006 07202-1D1850HP Drum Riser Nozzles (A2 - AFT) SA105 0.35 148.2 barg

W157 V LU-13A 273.0 28.58 SA106C 0.35 BW X 342 °C MS-HRSG-0006 07202-1D1850HP Drum Riser Nozzles (B1 - AFT) SA105 0.35 148.2 barg

W158 V LU-13A 273.0 28.58 SA106C 0.35 BW X 342 °C MS-HRSG-0006 07202-1D1850HP Drum Riser Nozzles (B2 - AFT) SA105 0.35 148.2 barg

W159 V MU-4 219.1 8.18 SA106C 0.35 BW X 263 °C MS-HRSG-0006 07202-1D1851LU-8 (A1) SA106C 0.35 48.3 barg

W160 V MU-4 219.1 8.18 SA106C 0.35 BW X 263 °C MS-HRSG-0006 07202-1D1851LU-8 (A2) SA106C 0.35 48.3 barg

W161 V MU-4 219.1 8.18 SA106C 0.35 BW X 263 °C MS-HRSG-0006 07202-1D1851LU-8 (B1) SA106C 0.35 48.3 barg

W162 V MU-4 219.1 8.18 SA106C 0.35 BW X 263 °C MS-HRSG-0006 07202-1D1851LU-8 (B2) SA106C 0.35 48.3 barg

W163 V LU-8 219.1 8.18 SA106C 0.35 BW X 263 °C MS-HRSG-0006 07202-1D1851IP Drum Riser Nozzles (A1) SA106C 0.35 48.3 barg

W164 V LU-8 219.1 8.18 SA106C 0.35 BW X 263 °C MS-HRSG-0006 07202-1D1851IP Drum Riser Nozzles (A2) SA106C 0.35 48.3 barg

W165 V LU-8 219.1 8.18 SA106C 0.35 BW X 263 °C MS-HRSG-0006 07202-1D1851IP Drum Riser Nozzles (B1) SA106C 0.35 48.3 barg

W166 V LU-8 219.1 8.18 SA106C 0.35 BW X 263 °C MS-HRSG-0006 07202-1D1851IP Drum Riser Nozzles (B2) SA106C 0.35 48.3 barg

W167 V MU-3 273.0 9.27 SA335 P11 0.15 BW X 178 °C MS-HRSG-0006 07202-1D1852LU-4 (A1) SA335 P11 0.15 8.6 barg

W168 V MU-3 273.0 9.27 SA335 P11 0.15 BW X 178 °C MS-HRSG-0006 07202-1D1852LU-4 (A2) SA335 P11 0.15 8.6 barg

W169 V MU-3 273.0 0.27 SA335 P11 0.15 BW X 178 °C MS-HRSG-0006 07202-1D1852LU-4 (B1) SA335 P11 0.15 8.6 barg

W170 V MU-3 273.0 9.27 SA335 P11 0.15 BW X 178 °C MS-HRSG-0006 07202-1D1852LU-4 (B2) SA335 P11 0.15 8.6 barg

W171 V LU-4 273.0 9.27 SA335 P11 0.15 BW X 178 °C MS-HRSG-0006 07202-1D1852LP Drum Riser Nozzles (A1) SA335 P11 0.15 8.6 barg

W172 V LU-4 273.0 9.27 SA335 P11 0.15 BW X 178 °C MS-HRSG-0006 07202-1D1852LP Drum Riser Nozzles (A2) SA335 P11 0.15 8.6 barg

W173 V LU-4 273.0 9.27 SA335 P11 0.15 BW X 178 °C MS-HRSG-0006 07202-1D1852LP Drum Riser Nozzles (B1) SA335 P11 0.15 8.6 barg

W174 V LU-4 273.0 9.27 SA335 P11 0.15 BW X 178 °C MS-HRSG-0006 07202-1D1852LP Drum Riser Nozzles (B2) SA335 P11 0.15 8.6 barg

W175 V HP Drum Saturated Steam Nozzle 219.1 18.26 SA105 0.35 BW X 342 °C MS-HRSG-0006 07202-1D1853HPSAT-1-1L SA234 WPC 0.35 148.2 barg

W176 V HPSAT-1-1L 219.1 18.26 SA106C 0.35 BW X 342 °C MS-HRSG-0006 07202-1D1853HPSAT-1-2L SA106C 0.35 148.2 barg

W177 V HPSAT-1-2L 219.1 18.26 SA106C 0.35 BW X 342 °C MS-HRSG-0006 07202-1D1853HPSAT-1-3L SA106C 0.35 148.2 barg

W178 V HPSAT-1-3L 273.0 21.44 SA106C 0.35 BW X 342 °C MS-HRSG-0006 07202-1D1853ML-7B SA335 P22 0.15 148.2 barg

W179 V HP Drum Saturated Steam Nozzle 219.1 18.26 SA105 0.35 BW X 342 °C MS-HRSG-0006 07202-1D1853HPSAT-1-1R SA234 WPC 0.35 148.2 barg

W180 V HPSAT-1-1R 219.1 18.26 SA106C 0.35 BW X 342 °C MS-HRSG-0006 07202-1D1853HPSAT-1-2R SA106C 0.35 148.2 barg

W181 V HPSAT-1-2R 219.1 18.26 SA106C 0.35 BW X 342 °C MS-HRSG-0006 07202-1D1853HPSAT-1-3R SA106C 0.35 148.2 barg

W182 V HPSAT-1-3R 273.0 21.44 SA106C 0.35 BW X 342 °C MS-HRSG-0006 07202-1D1853ML-7A SA335 P22 0.15 148.2 barg

W183 V IP Drum Saturated Steam Nozzle 168.3 7.11 SA106C 0.35 BW X 263 °C MS-HRSG-0006 07202-1D1854IPSAT-1-1L SA234 WPC 0.35 48.3 barg

W184 V IPSAT-1-1L 168.3 7.11 SA106C 0.35 BW X 263 °C MS-HRSG-0006 07202-1D1854IPSAT-1-2L SA106C 0.35 48.3 barg

W185 V IPSAT-1-2L 168.3 7.11 SA106C 0.35 BW X 263 °C MS-HRSG-0006 07202-1D1854IPSAT-1-3L SA106C 0.35 48.3 barg

W186 V IPSAT-1-3L 168.3 7.11 SA106C 0.35 BW X 263 °C MS-HRSG-0006 07202-1D1854ML-5B SA234 WPC 0.35 48.3 barg

W187 V IP Drum Saturated Steam Nozzle 168.3 7.11 SA106C 0.35 BW X 263 °C MS-HRSG-0006 07202-1D1854IPSAT-1-1R SA234 WPC 0.35 48.3 barg

W188 V IPSAT-1-1R 168.3 7.11 SA106C 0.35 BW X 263 °C MS-HRSG-0006 07202-1D1854IPSAT-1-2R SA106C 0.35 48.3 barg

W189 V IPSAT-1-2R 168.3 7.11 SA106C 0.35 BW X 263 °C MS-HRSG-0006 07202-1D1854IPSAT-1-3R SA106C 0.35 48.3 barg

W190 V IPSAT-1-3R 168.3 7.11 SA106C 0.35 BW X 263 °C MS-HRSG-0006 07202-1D1854ML-5A SA234 WPC 0.35 48.3 barg

W191 V LP Drum Saturated Steam Nozzle 273.0 9.27 SA106C 0.35 BW X 178 °C MS-HRSG-0006 07202-1D1855LPSAT-1L SA234 WPC 0.35 8.6 barg

W192 V LPSAT-1L 273.0 9.27 SA106C 0.35 BW X 178 °C MS-HRSG-0006 07202-1D1855FMU-4 SA234 WPC 0.35 8.6 barg

W193 V LP Drum Saturated Steam Nozzle 273.0 9.27 SA106C 0.35 BW X 178 °C MS-HRSG-0006 07202-1D1855LPSAT-1R SA234 WPC 0.35 8.6 barg

W194 V LPSAT-1R 273.0 9.27 SA106C 0.35 BW X 178 °C MS-HRSG-0006 07202-1D1855FMU-4 SA234 WPC 0.35 8.6 barg

W195 V FMU-4 219.1 8.18 SA106C 0.35 BW X 178 °C MS-HRSG-0006 07202-1D1855MU-5 (A1) SA106C 0.35 8.6 barg


W197 V FMU-4 219.1 8.18 SA106C 0.35 BW X 178 °C MS-HRSG-0006 07202-1D1855MU-5 (B1) SA106C 0.35 8.6 barg


W199 R HP Drum Downcomer Nozzle 323.9 21.44 SA105 0.35 BW X 342 °C MS-HRSG-0006 07202-1D1856DC-3-1L SA234 WPC 0.35 150.3 barg

W200 R DC-3-1L 323.9 21.44 SA106C 0.35 BW X 342 °C MS-HRSG-0006 07202-1D1856DC-3-2L SA106C 0.35 150.3 barg

W201 R DC-3-2L 323.9 21.44 SA106C 0.35 BW X 342 °C MS-HRSG-0006 07202-1D1856DC-3-3L SA106C 0.35 150.3 barg

W202 R DC-3-3L 323.9 21.44 SA106C 0.35 BW X 342 °C MS-HRSG-0006 07202-1D1856ML-6 SA106C 0.35 150.3 barg

W203 R HP Drum Downcomer Nozzle 323.9 21.44 SA105 0.35 BW X 342 °C MS-HRSG-0006 07202-1D1856DC-3-1R SA234 WPC 0.35 150.3 barg

W204 R DC-3-1R 323.9 21.44 SA106C 0.35 BW X 342 °C MS-HRSG-0006 07202-1D1856DC-3-2R SA106C 0.35 150.3 barg

W205 R DC-3-2R 323.9 21.44 SA106C 0.35 BW X 342 °C MS-HRSG-0006 07202-1D1856DC-3-3R SA106C 0.35 150.3 barg

W206 R DC-3-3R 323.9 21.44 SA106C 0.35 BW X 342 °C MS-HRSG-0006 07202-1D1856ML-6 SA106C 0.35 150.3 barg

W207 V IP Drum Downcomer Nozzle 168.3 7.11 SA106C 0.35 BW X 263 °C MS-HRSG-0006 07202-1D1857DC-2-1L SA106C 0.35 50.3 barg

W208 V DC-2-1L 168.3 7.11 SA106C 0.35 BW X 263 °C MS-HRSG-0006 07202-1D1857DC-2-2L SA106C 0.35 50.3 barg

W209 V DC-2-2L 168.3 7.11 SA106C 0.35 BW X 263 °C MS-HRSG-0006 07202-1D1857DC-2-3L SA234 WPC 0.35 50.3 barg

W210 V DC-2-3L 168.3 7.11 SA234 WPC 0.35 BW X 263 °C MS-HRSG-0006 07202-1D1857ML-3 SA234 WPC 0.35 50.3 barg

W211 V IP Drum Downcomer Nozzle 168.3 7.11 SA106C 0.35 BW X 263 °C MS-HRSG-0006 07202-1D1857DC-2-1R SA106C 0.35 50.3 barg

W212 V DC-2-1R 168.3 7.11 SA106C 0.35 BW X 263 °C MS-HRSG-0006 07202-1D1857DC-2-2R SA106C 0.35 50.3 barg

W213 V DC-2-2R 168.3 7.11 SA106C 0.35 BW X 263 °C MS-HRSG-0006 07202-1D1857DC-2-3R SA234 WPC 0.35 50.3 barg

W214 V DC-2-3R 168.3 7.11 SA234 WPC 0.35 BW X 263 °C MS-HRSG-0006 07202-1D1857ML-3 SA234 WPC 0.35 50.3 barg

W215 V LP Drum Downcomer Nozzle 114.3 6.02 SA106C 0.35 BW X 178 °C MS-HRSG-0006 07202-1D1858DC-1-1L SA106C 0.35 10.7 barg

W216 V DC-1-1L 114.3 6.02 SA106C 0.35 BW X 178 °C MS-HRSG-0006 07202-1D1858DC-1-2L SA106C 0.35 10.7 barg

W217 V DC-1-2L 114.3 6.02 SA234 WPC 0.35 BW X 178 °C MS-HRSG-0006 07202-1D1858ML-1 SA234 WPC 0.35 10.7 barg

W218 V LP Drum Downcomer Nozzle 114.3 6.02 SA106C 0.35 BW X 178 °C MS-HRSG-0006 07202-1D1858DC-1-1R SA106C 0.35 10.7 barg

W219 V DC-1-1R 114.3 6.02 SA106C 0.35 BW X 178 °C MS-HRSG-0006 07202-1D1858DC-1-2R SA106C 0.35 10.7 barg

W220 V DC-1-2R 114.3 6.02 SA234 WPC 0.35 BW X 178 °C MS-HRSG-0006 07202-1D1858ML-1 SA234 WPC 0.35 10.7 barg

W221 V HP Drum Feedwater Inlet Nozzle 219.1 18.26 SA105 0.35 BW X 342 °C MS-HRSG-0006 07202-1D1859HPFW-4-1 SA234 WPC 0.35 157.9 barg

W222 V HPFW-4-1 219.1 18.26 SA106C 0.35 BW X 342 °C MS-HRSG-0006 07202-1D1859HPFW-4-2 SA106C 0.35 157.9 barg

W223 V HPFW-4-2 219.1 18.26 SA106C 0.35 BW X 342 °C MS-HRSG-0006 07202-1D1859FMU-6 SA106C 0.35 157.9 barg





W228 V ML-9A 273.0 34.93 SA335 P91 0.12 BW X 548 °C 07202-1D1860HPDS-R SA335 P91 0.12 148.2 barg

W229 V HPDS-R 273.0 34.93 SA335 P91 0.12 BW X 529 °C 07202-1D1860ML-11A SA335 P91 0.12 148.2 barg

W230 V ML-9B 273.0 34.93 SA335 P91 0.12 BW X 548 °C 07202-1D1860HPDS-L SA335 P91 0.12 148.2 barg




AA2




Document Type: E

document.xls of 58



BP BEP NBEP

Ring Type and No.Or

Fillet SizeMaterial

Specification

Max. Carbon

%Joint

(Type)

DesignTemp.

PressureALSTOM


Specs [F-WPS]

Filler Metal Spec.

Min. Preheat

°CPWHT

°C

Filler MetalQty.


Actual Outside


W231 V HPDS-L 273.0 34.93 SA335 P91 0.12 BW X 529 °C 07202-1D1860ML-11B SA335 P91 0.12 148.2 barg

W232 V ML-8A 406.4 21.44 SA335 P91 0.12 BW X 566 °C 07202-1D1861RHDS-1R SA335 P91 0.12 48.3 barg

W233 V RHDS-1R 406.4 21.44 SA335 P91 0.12 BW X 566 °C 07202-1D1861ML-10A SA234 WP91 0.12 48.3 barg

W234 V ML-8B 406.4 21.44 SA335 P91 0.12 BW X 566 °C 07202-1D1861RHDS-1L SA335 P91 0.12 48.3 barg

W235 V RHDS-1L 406.4 21.44 SA335 P91 0.12 BW X 566 °C 07202-1D1861ML-10B SA234 WP91 0.12 48.3 barg

W236 V C-3UA 88.9 11.13 SA234 WPC 0.35 BW X 342 °C MS-HRSG-0006 07202-1D1862C-3UB (A1 - FWD) SA106C 0.35 157.9 barg



W239 V C-3UA 88.9 11.13 SA234 WPC 0.35 BW X 342 °C MS-HRSG-0006 07202-1D1862C-3UB (B1 - FWD) SA106C 0.35 157.9 barg



W242 V C-3UA 88.9 11.13 SA234 WPC 0.35 BW X 342 °C MS-HRSG-0006 07202-1D1862C-3UB (A1 - AFT) SA106C 0.35 157.9 barg



W245 V C-3UA 88.9 11.13 SA234 WPC 0.35 BW X 342 °C MS-HRSG-0006 07202-1D1862C-3UB (B1 - AFT) SA106C 0.35 157.9 barg



W248 R HPVS-1 273.0 6.35 SA106B 0.30 BW X 522 °C MS-HRSG-0006 07202-1E0142SIL-D380 SA53B 0.30 1.7 barg

W249 R HRVS-1 323.9 6.35 SA106B 0.30 BW X 563 °C MS-HRSG-0006 07202-1E0142SIL-D090 SA53B 0.30 3.4 barg

W250 V CRVS-1 323.9 6.35 SA106B 0.30 BW X 396 °C MS-HRSG-0006 07202-1E0142SIL-D020 SA53B 0.30 5.2 barg

W251 V IPVS-1 168.3 7.11 SA106B 0.30 BW X 252 °C MS-HRSG-0006 07202-1E0142SIL-D650 SA53B 0.30 1.7 barg

W252 V IPSU-1 168.3 7.11 SA106B 0.30 BW X 252 °C MS-HRSG-0006 07202-1E0142SIL-D650 SA53B 0.30 1.7 barg

W253 V HPDVS-1 273.0 6.35 SA106B 0.30 BW X 137 °C MS-HRSG-0006 07202-1E0143SIL-D200A SA53B 0.30 3.4 barg

W254 V HPDVS-2 273.0 6.35 SA106B 0.30 BW X 138 °C MS-HRSG-0006 07202-1E0143SIL-D200B SA53B 0.30 3.4 barg

W255 V IPDVS-1 168.3 7.11 SA106B 0.30 BW X 111 °C MS-HRSG-0006 07202-1E0143SIL-D500A SA53B 0.30 1.7 barg

W256 V IPDVS-2 168.3 7.11 SA106B 0.30 BW X 112 °C MS-HRSG-0006 07202-1E0143SIL-D500B SA53B 0.30 1.7 barg

W257 V LPDVS-1 273.0 6.35 SA106B 0.30 BW X 149 °C MS-HRSG-0006 07202-1E0143SIL-D800A SA53B 0.30 1.7 barg

W258 V LPDVS-2 273.0 6.35 SA106B 0.30 BW X 149 °C MS-HRSG-0006 07202-1E0143SIL-D800B SA53B 0.30 1.7 barg

W259 R SIL-D380A 168.3 21.95 SA335 P22 0.15 BW X 566 °C MS-HRSG-0006 07202-1E0144HPSV-5 SA234 WP22 0.15 100.9 barg

W260 R HPSV-5 168.3 21.95 SA234 WP22 0.15 BW X 566 °C MS-HRSG-0006 07202-1E0144HPSV-4 SA335 P22 0.15 100.9 barg

W261 R HPSV-3 168.3 18.26 SA335 P91 0.12 BW X 566 °C 07202-1E0144HP Sky Vent Modulating Valve Outlet (PV-D32) SA217 C12A 0.12 100.9 barg

W262 R HP Sky Vent Modulating Valve Inlet (PV-D32) 168.3 18.26 SA217 C12A 0.12 BW X 582 °C 07202-1E0144HPSV-2 SA335 P91 0.12 148.2 barg

W263 R HPSV-2 168.3 18.26 SA234 WP91 0.12 BW X 582 °C 07202-1E0144HP Sky Vent Isolation Valve Outlet (ISV-D370) SA182 F91 0.12 148.2 barg

W264 R HP Sky Vent Isolation Valve Inlet (ISV-D370) 168.3 18.26 SA182 F91 0.12 BW X 582 °C 07202-1E0144HPSV-1 SA234 WP91 0.12 148.2 barg

W265 R HPSV-1 168.3 18.26 SA335 P91 0.12 BW X 582 °C 07202-1E0144HPSTM-1 Weldolet SA182 F91 0.12 148.2 barg

W266 V SIL-D960 355.6 11.13 SA53B 0.30 BW X 316 °C MS-HRSG-0006 07202-1E0145LPVS-6 SA106B 0.30 4.5 barg

W267 V LPVS-6 355.6 11.13 SA53B 0.30 BW X 316 °C MS-HRSG-0006 07202-1E0145LP Expansion Bellows (ES-40010-144-M1-LR) SA106B 0.30 4.5 barg

W268 V LP Expansion Bellows (ES-40010-144-M1-LR) 355.6 11.13 SA53B 0.30 BW X 316 °C MS-HRSG-0006 07202-1E0145LPVS-5 SA106B 0.30 4.5 barg

W269 V LPVS-5 355.6 11.13 SA53B 0.30 BW X 316 °C MS-HRSG-0006 07202-1E0145LPVS-4 SA106B 0.30 4.5 barg

W270 V LPVS-4 323.9 10.31 SA234 WPB 0.30 BW X 316 °C MS-HRSG-0006 07202-1E0145LP Sky Vent Modulating Valve (PV-D32) SA216 WCC 0.25 4.5 barg

W271 V LP Sky Vent Modulating Valve (PV-D32) 323.9 10.31 SA216 WCC 0.25 BW X 321 °C MS-HRSG-0006 07202-1E0145LPVS-2 SA106C 0.35 8.6 barg

W272 V LPVS-2 323.9 10.31 SA106C 0.35 BW X 321 °C MS-HRSG-0006 07202-1E0145LP Sky Vent Isolation Valve (ISV-960) SA216 WCB 0.30 8.6 barg

W273 V LP Sky Vent Isolation Valve (ISV-960) 323.9 10.31 SA216 WCB 0.30 BW X 321 °C MS-HRSG-0006 07202-1E0145LPVS-1 SA106C 0.35 8.6 barg

W274 V LPVS-1 323.9 10.31 SA106C 0.35 BW X 321 °C MS-HRSG-0006 07202-1E0145LPSTM-2 SA234 WPC 0.35 8.6 barg

W275 V LPVS-4 273.0 9.27 SA106B 0.30 BW X 316 °C MS-HRSG-0006 07202-1E0145LP Expansion Bellows (ES-40030-101-M1-LR-L) SA106B 0.30 4.3 barg

W276 V LP Expansion Bellows (ES-40030-101-M1-LR-L) 273.0 9.27 SA106B 0.30 BW X 316 °C MS-HRSG-0006 07202-1E0145LPVS-3 SA106B 0.30 4.3 barg

W277 V FWSV-1 219.1 8.18 SA106B 0.30 BW X 243 °C MS-HRSG-0006 07202-1E0146FWSV-2 SA234 WPB 0.30 17.2 barg

W278 V FWSV-2 219.1 8.18 SA106B 0.30 BW X 243 °C MS-HRSG-0006 07202-1E0146FWSV-3 SA106B 0.30 17.2 barg

W279 V FWSV-3 219.1 8.18 SA106B 0.30 BW X 243 °C MS-HRSG-0006 07202-1E0146FWSV-4 SA234 WPB 0.30 17.2 barg

W280 V FWSV-4 219.1 8.18 SA106B 0.30 BW X 243 °C MS-HRSG-0006 07202-1E0146BDTM-1 SA234 WPB 0.30 17.2 barg

W281 R SIL-D080 323.9 17.48 SA335 P22 0.15 BW X 576 °C MS-HRSG-0006 07202-1E0148RHVS-3 SA335 P22 0.15 24.7 barg

W282 R RHVS-3 323.9 17.48 SA335 P22 0.15 BW X 576 °C 07202-1E0148HRH Sky Vent Modulating Valve (PV-D33) SA217 C12A 0.12 24.7 barg

W283 R HRH Sky Vent Modulating Valve (PV-D33) 323.9 17.48 SA217 C12A 0.12 BW X 581 °C 07202-1E0148RHVS-2 SA335 P91 0.12 48.3 barg

W284 R RHVS-2 323.9 17.48 SA335 P91 0.12 BW X 581 °C 07202-1E0148HRH Sky Vent Isolation Valve (ISV-D080) SA182 F91 0.12 48.3 barg

W285 R HRH Sky Vent Isolation Valve (ISV-D080) 323.9 17.48 SA182 F91 0.12 BW X 581 °C 07202-1E0148RHVS-1 SA335 P91 0.12 48.3 barg

W286 R RHVS-1 323.9 17.48 SA335 P91 0.12 BW X 581 °C 07202-1E0148HRH-1 Weldolet SA182 F91 0.12 48.3 barg

W287 V IPEC-1 88.9 5.49 SA106B 0.30 BW X 298 °C MS-HRSG-0006 07202-1E0147IPEC-2 SA234 WPB 0.30 41.4 barg

W288 V IPEC-2 88.9 5.49 SA234 WPB 0.30 BW X 298 °C MS-HRSG-0006 07202-1E0147IPEC-3 SA106B 0.30 41.4 barg

W289 V IPEC-3 88.9 5.49 SA106B 0.30 BW X 298 °C MS-HRSG-0006 07202-1E0147BDTM-1 SA234 WPB 0.30 41.4 barg

W290 R HP DESUP A Weldolet 114.3 11.13 SA182 F91 0.12 BW X 548 °C 07202-1E1430DR-18-1 SA335 P91 0.12 148.2 barg 07202-1E1891

W291 R HP DESUP B Weldolet 114.3 11.13 SA182 F91 0.12 BW X 548 °C 07202-1E1430DR-18-2 SA335 P91 0.12 148.2 barg 07202-1E1891

W292 R DR-18-1 114.3 11.13 SA335 P91 0.12 BW X 548 °C 07202-1E1891DR-18-2 SA234 WP91 0.12 148.2 barg

W293 R HP DESUP A Weldolet 114.3 11.13 SA182 F91 0.12 BW X 529 °C 07202-1E1430DR-20-1 SA335 P91 0.12 148.2 barg 07202-1E1891

W294 R HP DESUP B Weldolet 114.3 11.13 SA182 F91 0.12 BW X 529 °C 07202-1E1430DR-20-2 SA335 P91 0.12 148.2 barg 07202-1E1891

W295 R DR-20-1 114.3 11.13 SA335 P91 0.12 BW X 529 °C 07202-1E1891DR-20-2 SA234 WP91 0.12 148.2 barg

W296 R RH DESUP A Weldolet 114.3 6.02 SA182 F91 0.12 BW X 566 °C 07202-1E1431DR-19-1 SA335 P91 0.12 48.3 barg 07202-1E1893

W297 R RH DESUP B Weldolet 114.3 6.02 SA182 F91 0.12 BW X 566 °C 07202-1E1431DR-19-2 SA335 P91 0.12 48.3 barg 07202-1E1893

W298 R RH DESUP A Weldolet 114.3 6.02 SA182 F91 0.12 BW X 546 °C 07202-1E1431DR-21-1 SA335 P91 0.12 48.3 barg 07202-1E1893

W299 R RH DESUP B Weldolet 114.3 6.02 SA182 F91 0.12 BW X 546 °C 07202-1E1431DR-21-2 SA335 P91 0.12 48.3 barg 07202-1E1893

W300 V DM-1 273.0 9.27 SA106B 0.30 BW X 316 °C MS-HRSG-0006 07202-1E0122DM-2 SA234 WPB 0.30 3.4 barg

W301 V DM-2 273.0 9.27 SA106B 0.30 BW X 316 °C MS-HRSG-0006 07202-1E0122DM-3 SA106B 0.30 3.4 barg

W302 V DM-3 Laterolet 168.3 7.11 SA105 0.35 BW X 316 °C MS-HRSG-0006 07202-1E0122DM-4 SA234 WPB 0.30 3.4 barg

W303 V DM-2 Laterolet 168.3 7.11 SA105 0.35 BW X 316 °C MS-HRSG-0006 07202-1E0122TERM P-26 SA106B 0.30 3.4 barg




























AA2




Document Type: E

document.xls of 58

Size in Inches

Ring Type and No.Or

Fillet Size

Actual Outside


Piping Field Weld Summary(Per Unit)Stainless:DN 250mm - 650mm 0DN 65mm - 200mm 0Alloy Steel:DN 250mm - 650mm 36DN 65mm - 200mm 22Carbon Steel:DN 250mm - 650mm 60DN 65mm - 200mm 181Carbon to Alloy:DN 250mm - 650mm 2DN 65mm - 200mm 2Carbon to Stainless:DN 250mm - 650mm 0DN 65mm - 200mm 0Alloy to Stainless:DN 250mm - 650mm 0DN 65mm - 200mm 0SubTotal:DN 250mm - 650mm 98DN 65mm - 200mm 205Total 303

AA2


Material Carbon % 91 ValidationSA105 0.35 CS XSA106B 0.30 CSSA106C 0.35 CSSA182 F11 0.20 ALLOYSA182 F22 0.15 ALLOYSA182 F91 0.12 ALLOY 91SA216 WCA 0.25 CSSA216 WCB 0.30 CSSA216 WCC 0.25 CSSA217 C12A 0.12 ALLOY 91SA217 WC6 0.20 ALLOYSA217 WC9 0.18 ALLOYSA234 WP11 0.15 ALLOYSA234 WP12 0.20 ALLOYSA234 WP22 0.15 ALLOYSA234 WP91 0.12 ALLOY 91SA234 WPB 0.30 CSSA234 WPC 0.35 CSSA312 TP304 0.08 STAINLESSSA312 TP304H 0.10 STAINLESSSA335 P11 0.15 ALLOYSA335 P12 0.15 ALLOYSA335 P22 0.15 ALLOYSA335 P91 0.12 ALLOY 91SA53B 0.30 CSA105 0.35 CSA106B 0.30 CSA106C 0.35 CSA182 F11 0.20 ALLOYA182 F22 0.15 ALLOYA182 F91 0.12 ALLOY 91A216 WCA 0.25 CSA216 WCB 0.30 CSA216 WCC 0.25 CSA217 C12A 0.12 ALLOY 91A217 WC6 0.20 ALLOYA217 WC9 0.18 ALLOYA234 WP11 0.15 ALLOYA234 WP12 0.20 ALLOYA234 WP22 0.15 ALLOYA234 WP91 0.12 ALLOY 91A234 WPB 0.30 CSA234 WPC 0.35 CSA312 TP304 0.08 STAINLESSA312 TP304H 0.10 STAINLESSA335 P11 0.15 ALLOYA335 P12 0.15 ALLOYA335 P22 0.15 ALLOYA335 P91 0.12 ALLOY 91

A53B 0.30 CS

MATERIAL IDENTIFICATION AND TRECEABILITY REPORT

USER : PT. KRAKATAU STEEL REPORT NO. : / XII-11 / QC-MITR

PROJECT : CO2 Removal Plant DWG. NO.

TAG NO. : Nil DATE : November, 2011

GK JOB NO. : 3807 REV. : 0

SUBJECT : Bill of Material Piping & Structure INSPECTION STATUS : Incomplete Completed

No.Sub Assembly Material Size Certificate Heat No./ No. Piece Manufacture Page of

Description Spec & Grade NB No. Plate No. Inspected Stamp./Brand Mill. Cert.

20"-RS-8003-M01; (CF-CH-11-054-2)

1 PIPE SA312 GR.TP316L Ø20"NPS-SCH.10 050404-7193 1

2.1 ELBOW SA403 GR.WP316L 6A90605314 605314 1

2.2 ELBOW SA403 GR.WP316L 6A90605314 605314 1

2.3 ELBOW SA403 GR.WP316L 6A90605314 605314 1

2.4 ELBOW SA403 GR.WP316L 6A90605314 605314 1

2.5 ELBOW SA403 GR.WP316L 6A90605314 605314 1

2.6 ELBOW SA403 GR.WP316L 6A90605314 605314 1

20"-RS-8003-M015; (CF-CH-11-054-2)


2 CONCENTRIC REDUCER SA403 GR.WP316L Ø24" x Ø20"-SCH.STD. SE99271 1

3.1 ELBOW SA403 GR.WP316L SC99271 1


4 ELBOW SA403 GR.WP316L 6A90605316 605316 1

5 WELD-OLET SA182 GR.F316L Ø20" x Ø3"-SCH.STD. 16751 ADS 1

6 SOCK-OLET SA182 GR.F316L Ø20" x Ø3/4"-3000# 340A 1

7 ELBOW SA403 GR.WP316L SC99271 1

8 FLANGE SA182 GR.F316L Ø24"-SCH.STD-150#-WNRF T304 1

20"-RS-8001-M01 (CF-CH-054-3)


2 SA106 GR.B Ø2"-SCH.80 527282 37159 1 TENARIS

3 PIPE SA312 GR.TP316L Ø2"NPS-SCH.40 1

4 ECCENTRIC REDUCER SA403 GR.WP316L Ø20" x Ø18"-SCH.STD. 1

5 ECCENTRIC REDUCER SA403 GR.WP316L Ø20" x Ø14"-SCH.STD. MJ-114664 460773 1 DAE KYUNG BEND

6 WELD-OLET SA182 GR.F316L Ø20" x Ø2"-SCH.80 3DCW 1

7 SOCK-OLET SA312 GR.TP316L Ø20" x Ø3/4"-3000# 340A 1

8 ELBOW SA403 GR.WP316L SC99271 1

: ―

Ø20"-SCH.STD-900LR

Ø20"-SCH.STD-900LR

Ø20"-SCH.STD-900LR

Ø20"-SCH.STD-900LR

Ø20"-SCH.STD-900LR

Ø20"-SCH.STD-900LR

Ø24"-SCH.STD-450

Ø24"-SCH.STD-450

Ø24"-SCH.STD-900LR

Ø20"-SCH.STD-450

PIPE TREAD & COUPLING

Ø20"-SCH.STD-900LR



10.1 ELBOW SA403 GR.WP316L 1

10.2 ELBOW SA403 GR.WP316L 1

11.1 FLANGE SA182 GR.F316L Ø20"-SCH.STD-150#-WNRF 1

11.2 FLANGE SA182 GR.F316L Ø20"-SCH.STD-150#-WNRF 1

12 FLANGE SA182 GR.F316L Ø18"-SCH.STD-150#-WNRF 1

13 FLANGE SA182 GR.F316L Ø14"-SCH.STD-150#-WNRF T299 1

14"-RS-8003-M01; (CF-CH-11-054-4)

1 PIPE SA106 GR.B Ø14"NPS-SCH.STD 994691 1

2 ECCENTRIC REDUCER SA234 GR.WPB Ø20" x Ø14"-SCH.STD. 460773 1

3 TREAD-OLET SA105 Ø14" x Ø1/2"-3000# AHC 1

4.1 ELBOW SA234 GR.WPB 695011 1

4.2 ELBOW SA234 GR.WPB AX113C 1

5 FLANGE SA105 Ø14"-SCH.STD-150#-WNRF 40131 1

12"-RS-8003-MO1; Page 1 of 2 (CF-CH-11-054-5)

1 PIPE SA106 GR.B Ø12"NPS-SCH.STD. 109577 1


3 SA106 GR.B Ø2"NPS-SCH.80 37159 1

4 NIPPLE SA106 GR.B Ø3/4"-SCH.80 1

5 CONCENTRIC REDUCER SA234 GR.WPB Ø12" x Ø10"-SCH.STD. AC339 1

6 WELD-OLET SA234 GR.WPB Ø12" x Ø3"-SCH.STD. 544829 1

7.1 WELD-OLET SA234 GR.WPB Ø12" x Ø2"-SCH.80 2390 1


8 TREAD-OLET SA105; 3000# Ø12" x Ø3/4"-3000# AEC 1

9 SOCK-OLET SA105; 3000# Ø12" x Ø3/4"-3000# 3011 1

10.1 ELBOW SA234 GR.WPB 605402 1

10.2 ELBOW SA234 GR.WPB 605402 1

11 CONC. SWEGE NIPPLE SA105 Ø3/4" x Ø1/2"-3000# 501RD 1

12 PLUG HEX HEAD SA105 Ø1/2"-3000# HB17 1

13 FLANGE SA105 Ø12"-SCH.STD-300#-WNRF 165704V 1

14 FLANGE SA105 Ø10"-SCH.STD-150#-WNRF 01563R 1

15.1 FLANGE SA105 Ø3"-SCH.STD-150#-WNRF 8986-10 1



12"-RS-8003-MO1; Page 2 of 3 (CF-CH-11-054-5)

1 PIPE SA106 GR.B Ø12"-SCH.STD 109577 1

Ø20"-SCH.STD-450

Ø20"-SCH.STD-450

Ø2"-SCH.STD-900LR

Ø2"-SCH.STD-900LR

Ø14"-SCH.STD.-450

Ø14"-SCH.STD.-450


Ø3"-SCH.STD-900LR

Ø3"-SCH.STD-900LR

2 PIPE SA106 GR.B Ø10"-SCH.STD 57557 1

3 PIPE SA312 GR.TP316L Ø10"-SCH.STD 1


5.1 REDUCER TEE SA234 GR.WPB Ø12" x Ø10"-SCH.STD. OX415 1



6.1 ECCENTRIC REDUCER SA234 GR.WPB Ø12" x Ø8"-SCH.STD. BM242 1

6.2 ECCENTRIC REDUCER SA234 GR.WPB Ø12" x Ø8"-SCH.STD. BM242 1

7.1 SOCK-OLET SA105 Ø12" x Ø3/4"-3000# RB47 1






8 ELBOW SA234 GR.WPB 94750212 1

9 ELBOW SA234 GR.WPB 601607 1

10 WELD-OLET SA234 GR.WPB Ø10" x Ø4"-SCH.STD. AEW 1

11 ELBOW SA234 GR.WPB AC159 1

12 ELBOW SA312 GR.TP316L 53E392 1


14 PLUG HEX HEAD SA105 Ø3/4"-3000# 2037 1

15.1 FLANGE SA105 Ø12"-SCH.STD-150#-WNRF 165704V 1

15.2 FLANGE SA105 Ø12"-SCH.STD-150#-WNRF 165704V 1

16.1 FLANGE SA105 Ø10"-SCH.STD-150#-WNRF 01563R 1


17 FLANGE SA312 GR.TP316L Ø10"-SCH.STD-150#-WNRF 94072 1


12"-RS-8003-MO1; Page 3 of 3 (CF-CH-11-054-5)

1 PIPE SA312 GR.TP316L Ø12"-SCH.10 0860858-11 1

2 CONCENTRIC REDUCER SA403 GR.WP316L Ø20" x Ø12"-SCH.STD. 460773 1

3 REDUCER TEE SA312 GR.TP316L Ø12" x Ø10"-SCH.STD. 738434 1

4 ECCENTRIC REDUCER SA312 GR.TP316L Ø12" x Ø8"-SCH.STD. 090622 1

5.1 ELBOW SA312 GR.TP316L 460773 1

5.2 ELBOW SA312 GR.TP316L 460773 1

5.3 ELBOW SA312 GR.TP316L 460773 1

6.1 ELBOW SA312 GR.TP316L 638356-159 1

6.2 ELBOW SA312 GR.TP316L 638356-159 1

Ø12"-SCH.STD-900LR

Ø12"-SCH.STD-450

Ø10"-SCH.STD-900LR

Ø10"-SCH.STD-900LR

Ø12"-SCH.STD-900LR

Ø12"-SCH.STD-900LR

Ø12"-SCH.STD-900LR

Ø12"-SCH.STD-450

Ø12"-SCH.STD-450

7.1 FLANGE SA182 GR.F316L Ø12"-SCH.STD-150#-WNRF 01514R 1






8 FLANGE SA182 GR.F316L Ø8"-SCH.STD-150#-WNRF 84674 1

12"-RS-8001-MO1; Page 1 of 3 (CF-CH-11-054-6)



3 SA312 GR.TP316L Ø2"NPS-SCH.80 1

4 CONCENTRIC REDUCER SA530 GR.B Ø12" x Ø10"-SCH.STD. AC339 1

5 WELD-OLET SA234 GR.WPB Ø12" x Ø3"-SCH.STD. 544829 1



7 TREAD-OLET SA312 GR.TP316L Ø12" x Ø3/4"-3000# AEC 1

8 SOCK-OLET SA234 GR.WPB Ø12" x Ø3/4"-3000# RB47 1

9.1 ELBOW SA234 GR.WPB 605402 1

9.2 ELBOW SA234 GR.WPB 605402 1

10 CONC. SWEGE NIPPLE SA105 Ø3/4" x Ø1/2"-3000# 501RD 1


12 PLUG HEX HEAD SA105 Ø1/2"-3000# HB17 1

13 FLANGE SA105 Ø12"-SCH.STD-300#-WNRF 1

14 FLANGE SA105 Ø10"-SCH.STD-150#-WNRF 01563-R 1



16 FLANGE SA105 Ø2"-SCH.80-150#-WNRF 1

12"-RS-8001-MO1; Page 2 of 3 (CF-CH-11-054-6)



3 PIPE SA312 GR.TP316L Ø10"NPS-SCH.STD. F016124 1



6 REDUCER TEE SA234 GR.WPB Ø12" x Ø10"-SCH.STD. 0X415 1

7 REDUCER TEE SA312 GR.TP316L Ø12" x Ø10"-SCH.STD. 561200/2BI861 1

8 ECCENTRIC REDUCER SA234 GR.WPB Ø12" x Ø8"-SCH.STD. BM242 1

9 ECCENTRIC REDUCER SA312 GR.TP316L Ø12" x Ø10"-SCH.STD. 1


Ø3"-SCH.STD-900LR

Ø3"-SCH.STD-900LR

10 SOCK-OLET SA105 Ø12" x Ø3/4"-3000# RB47 1

11 ELBOW SA234 GR.WPB 94750212 1

12 ELBOW SA234 GR.WPB 601607 1

13 WELD-OLET SA234 GR.WPB Ø10" x Ø4"-SCH.STD. AEW 1

14 ELBOW SA234 GR.WPB AC159 1

15 ELBOW SA312 GR.TP316L 4C2128 1

16 PLUG HEX HEAD SA105 Ø3/4"-3000# 2037 1







20 FLANGE SA312 GR.TP316L Ø10"-SCH.STD-150#-WNRF 94072 1

21.1 FLANGE SA105 Ø8"-SCH.STD-150#-WNRF 36041 1


12"-RS-8001-MO1; Page 3 of 3 (CF-CH-11-054-6)


2 EQUAL TEE SA403 GR.WP316L Ø20" x Ø20"-SCH.STD. 1

3 ECCENTRIC REDUCER SA403 GR.WP316L Ø20" x Ø10"-SCH.STD. 1

4 CONCENTRIC REDUCER SA403 GR.WP316L Ø20" x Ø12"-SCH.STD. 460773 1

5.1 ELBOW SA312 GR.TP316L 460773 1

5.2 ELBOW SA312 GR.TP316L 460773 1

5.3 ELBOW SA312 GR.TP316L 460773 1

5.4 ELBOW SA312 GR.TP316L 460773 1

5.5 ELBOW SA312 GR.TP316L 460773 1

5.6 ELBOW SA312 GR.TP316L 460773 1

5.7 ELBOW SA312 GR.TP316L 460773 1

6.1 ELBOW SA312 GR.TP316L 1

6.2 ELBOW SA312 GR.TP316L 1

7 FLANGE SA182 GR.F316L Ø18"-SCH.STD-150#-WNRF 1





20"-MPS-8005-1S1; Page 1 of 2 (CF-CH-11-054-7)

1 PIPE SA106 GR.B Ø20"NPS-SCH.STD. 1

Ø12"-SCH.STD-900LR

Ø12"-SCH.STD-450

Ø10"-SCH.STD-900LR

Ø10"-SCH.STD-900LR

Ø12"-SCH.STD-900LR

Ø12"-SCH.STD-900LR

Ø12"-SCH.STD-900LR

Ø12"-SCH.STD-900LR

Ø12"-SCH.STD-900LR

Ø12"-SCH.STD-900LR

Ø12"-SCH.STD-900LR

Ø12"-SCH.STD-450

Ø12"-SCH.STD-450

2 PIPE SA106 GR.B Ø1/2"NPS-SCH.80 1

3.1 ELBOW SA234 GR.WPB 1

3.2 ELBOW SA234 GR.WPB 1

4.1 ELBOW SA105 GR.II 1

4.2 ELBOW SA105 GR.II 1

5.1 PLUG HEX HEAD SA105; NPT 1

5.2 PLUG HEX HEAD SA105; NPT 1

20"-MPS-8005-1S1; Page 2of 2 (CF-CH-11-054-7)


2 WELD-OLET SA234 GR.WPB Ø20" x Ø2"-SCH.STD. 1

3 SOCK-OLET SA105 Ø20" x Ø3/4"-3000# 1

4.1 ELBOW SA234 GR.WPB 08349 1



4.4 ELBOW SA234 GR.WPB 605314 1

5 NIPPLE SA530 GR.B Ø3/4"NPS-SCH.80 1

6.1 FLANGE SA105 Ø20"-SCH.STD-150#-WNRF 1



6"-LS-8014-M01; (CF-CH-11-054-8)



3 SA106 GR.B Ø1.1/2"NPS-SCH.80 1

4 SOCK-OLET SA105 Ø6" x Ø1.1/2"-3000# 1

5 SOCK-OLET SA105 Ø6" x Ø3/4"-3000# 1

6.1 ELBOW SA234 GR.WPB AD469 1

6.2 ELBOW SA234 GR.WPB AD469 1

6.3 ELBOW SA234 GR.WPB 605405 1

6.4 ELBOW SA234 GR.WPB 605405 1

6.5 ELBOW SA234 GR.WPB 605405 1

7.1 ELBOW SA234 GR.WPB 605402 1

7.2 ELBOW SA234 GR.WPB 605402 1

8 SOCK-OLET SA105 Ø1.1/2" x Ø3/4"-3000# 1

9.1 NIPPLE SA530 GR.B Ø3/4"-SCH.80 1


10.1 PLUG HEX HEAD SA105; NPT Ø3/4"-3000# 2037 1

10.2 PLUG HEX HEAD SA105; NPT Ø3/4"-3000# 2037 1

Ø20"-SCH.STD-900LR

Ø20"-SCH.STD-900LR

Ø1/2"-450-3000#

Ø1/2"-450-3000#

Ø1/2"-3000#

Ø1/2"-3000#

Ø20"-SCH.STD-900LR

Ø20"-SCH.STD-900LR

Ø20"-SCH.STD-900LR

Ø20"-SCH.STD-900LR


Ø6"-SCH.STD-900LR

Ø6"-SCH.STD-900LR

Ø6"-SCH.STD-900LR

Ø6"-SCH.STD-900LR

Ø6"-SCH.STD-900LR

Ø3"-SCH.STD-900LR

Ø3"-SCH.STD-900LR



12 FLANGE SA105 Ø3"-SCH.STD-150#-WNRF 1

13 FLANGE SA105 Ø1.1/2"-SCH.80-150#-WNRF 1

6"-LS-8013-M01; (CF-CH-11-054-9)


2 PIPE SA106 GR.B Ø3/4"NPS-SCH.80 1

3 EQUAL TEE SA234 GR.WPB Ø6" x Ø6"-SCH.STD. 1

4 ECCENTRIC REDUCER SA234 GR.WPB Ø6" x Ø4"-SCH.STD. 1

5.1 SOCK-OLET SA105 Ø6" x Ø3/4"-3000# 3263 1

5.2 SOCK-OLET SA105 Ø6" x Ø3/4"-3000# 3263 1

5.3 SOCK-OLET SA105 Ø6" x Ø3/4"-3000# 3263 1

6.1 ELBOW WELD SA234 GR.WPB 1



8 PLUG HEX HEAD SA105; NPT Ø3/4"-3000# 2037 1

9.1 ELBOW SA105; NPT 1


10 UNION SA105 Ø3/4"-3000# 1




12 FLANGE SA105 Ø4"-SCH.STD-150#-WNRF 8125-10 1

4"-LS-8034-M01 page 1 of 2 (CF-CH-11-054-10)



3 SA530 GR.B/SA106 GR.B Ø3/4"-SCH.80 1


5 SOCK-OLET SA105 Ø6" x Ø3/4"-3000# 1

6.1 ELBOW WELD SA234 GR.WPB 501 1




6.5 ELBOW WELD SA234 GR.WPB JE54 1

7 ELBOW WELD SA234 GR.WPB JE54 1



Ø6"-SCH.STD-900LR

Ø6"-SCH.STD-900LR

Ø1/2"-900-3000#

Ø1/2"-900-3000#


Ø4"-SCH.STD-900LR

Ø4"-SCH.STD-900LR

Ø4"-SCH.STD-900LR

Ø4"-SCH.STD-900LR

Ø4"-SCH.STD-900LR

Ø4"-SCH.STD-450LR

Ø3/4"-900-3000#

Ø3/4"-900-3000#





4"-LS-8034-M01 page 2 of 2 (CF-CH-11-054-10)


2.1 EQUAL TEE SA234 GR.WPB Ø4" x Ø4"-SCH.STD. 1

2.2 EQUAL TEE SA234 GR.WPB Ø4" x Ø4"-SCH.STD. 1












4"-LS-8033-MO1; (CF-CH-11-054-11)



3 SA530 GR.B/SA106 GR.B Ø3/4"-SCH.80 1

4 TREAD-OLET SA105; NPT Ø4" x Ø3/4"-3000# 1





6 ELBOW WELD SA234 GR.WPB 504 1







3"-LS-8038-MO1S; Page 1 of 3 (CF-CH-11-054-12)


Ø4"-SCH.STD-450LR

Ø4"-SCH.STD-450LR

Ø4"-SCH.STD-900LR

Ø4"-SCH.STD-900LR

Ø4"-SCH.STD-900LR

Ø4"-SCH.STD-900LR

Ø4"-SCH.STD-900LR

Ø4"-SCH.STD-900LR


Ø4"-SCH.STD-900LR

Ø4"-SCH.STD-900LR

Ø4"-SCH.STD-900LR

Ø4"-SCH.STD-900LR

Ø4"-SCH.STD-450LR

Ø3/4"-900-3000#

Ø3/4"-900-3000#


3 PIPE SA312 GR.TP316L Ø3/4"NPS-SCH.40 1

4 EQUAL TEE SA312 GR.TP316L Ø3" x Ø3"-SCH.10 1

5 CONCENTRIC REDUCER SA312 GR.TP316L Ø3" x Ø2"-SCH.10 1

6 SOCK-OLET SA312 GR.TP316L Ø3" x Ø3/4"-3000# 1

7.1 ELBOW WELD SA312 GR.TP316L 1




8 CONC. SWEGE NIPPLE SA312 GR.TP316L Ø2" x Ø1"-3000# 1

9 ELBOW WELD SA312 GR.TP316L 1

10.1 FLANGE SA312 GR.TP316L Ø3"-SCH.10-150#-WNRF 2T774 1


11 FLANGE SA312 GR.TP316L Ø3"-150#-SWRF 1



2 PIPE SA312 GR.TP316L Ø3/4"NPS-SCH.40 1


4.1 ECCENTRIC REDUCER SA312 GR.TP316L Ø3" x Ø2"-SCH.10 1

4.2 ECCENTRIC REDUCER SA312 GR.TP316L Ø3" x Ø2"-SCH.10 1

5 SOCK-OLET SA312 GR.TP316L Ø3" x Ø3/4"-3000# 1









8.1 FLANGE SA182 GR.F316L Ø2"-SCH.40-150#-WNRF 3K144 1

8.2 FLANGE SA182 GR.F316L Ø2"-SCH.40-150#-WNRF 3K144 1



2 EQUAL TEE SA312 GR.TP316L Ø3" x Ø3"-SCH.10 BC335S 1

3.1 ELBOW WELD SA312 GR.TP316L BC335S 1

3.2 ELBOW WELD SA312 GR.TP316L BC335S 1


Ø3"-SCH.40-900LR

Ø3"-SCH.40-900LR

Ø3"-SCH.40-900LR

Ø3"-SCH.40-900LR

Ø3/4"-900-3000#

Ø3"-SCH.10-900LR

Ø3"-SCH.10-900LR

Ø3"-SCH.10-900LR

Ø3"-SCH.10-900LR

Ø3"-SCH.10-900LR

Ø3"-SCH.10-900LR





5 FLANGE SA312 GR.TP316L Ø3"-SCH.10-150#-WNRF 2T774 1

3"-LS-8037-MO1 (CF-CH-11-054-13)

1 PIPE SA530/SA106 GR.B Ø3"NPS-SCH.STD. 1

2 SA530/SA106 GR.B Ø3/4"NPS-SCH.80 1

3 CONCENTRIC REDUCER SA234 GR.WPB Ø3" x Ø2"-SCH.STD. 1

4 SOCK-OLET SA105; NPT Ø3" x Ø3/4"-3000# 1



6 CONC. SWEGE NIPPLE SA105; NPT Ø2" x Ø1"-3000# 1

7 NIPPLE SA530/SA106 GR.B Ø3/4"-SCH.80 1

8 ELBOW WELD SA105; NPT 1

9.1 FLANGE SA105 Ø3"-SCH.STD.-150#-WNRF 1


10 FLANGE SA105 Ø1"-SCH.80.-150#-WNRF 1

3"-LS-8036-MO1 (CF-CH-11-054-14)


2 ECCENTRIC REDUCER SA234 GR.WPB Ø3" x Ø1.1/2"-SCH.STD. 1


4 ELBOW WELD SA234 GR.WPB 1







6"-LS-8011-MO1; 1 of 2 (CF-CH-11-054-15)


2.2 ECCENTRIC REDUCER SA234 GR.WPB Ø6" x Ø3"-SCH.STD. 1

2.2 ECCENTRIC REDUCER SA234 GR.WPB Ø6" x Ø3"-SCH.STD. 1





Ø3"-SCH.10-900LR

Ø3"-SCH.10-900LR

Ø3"-SCH.10-900LR

Ø3"-SCH.10-450LR


Ø3"-SCH.STD.-900LR

Ø3"-SCH.STD.-900LR

Ø3/4"-900LR-3000#

Ø3"-SCH.STD.-900LR

Ø6"-SCH.STD.-900LR

Ø6"-SCH.STD.-900LR

Ø6"-SCH.STD.-900LR

Ø6"-SCH.STD.-900LR







4.1 FLANGE SA105 Ø6"-SCH.STD.-150#-WNRF 7676-10 1


4.3 FLANGE SA105 Ø6"-SCH.STD.-150#-WNRF 35690 1




13 SOCK-OLET SA105; NPT Ø6" x Ø3/4"-3000# 3263 1

15 PLUG HEX HEAD SA530/SA106 GR.B Ø3/4"-600# 2037 1

6"-LS-8011-MO1; 2 of 2 (CF-CH-11-054-15)




4 WELD-OLET SA234 GR.WPB Ø6" x Ø2"-SCH.80 1

5.1 WELD-OLET SA234 GR.WPB Ø6" x Ø1.1/2-SCH.80 1

5.2 WELD-OLET SA234 GR.WPB Ø6" x Ø1.1/2-SCH.80 1

6 SOCK-OLET SA105; NPT Ø6" x Ø3/4"-3000# 3263 1





9.1 NIPPLE SA530 Ø1.1/2"-SCH.80 1

9.2 NIPPLE SA530 Ø1.1/2"-SCH.80 1

10 NIPPLE SA530 Ø3/4"-SCH.80 1


12.1 NIPPLE SA530 Ø1/2"-SCH.80 1

12.2 NIPPLE SA530 Ø1/2"-SCH.80 1

12.3 NIPPLE SA530 Ø1/2"-SCH.80 1

12.4 NIPPLE SA530 Ø1/2"-SCH.80 1

13.1 ELBOW WELD SA105; NPT 1


14.1 PLUG HEX HEAD SA105; NPT Ø1/2"-3000# 1

Ø6"-SCH.STD.-900LR

Ø6"-SCH.STD.-900LR

Ø6"-SCH.STD.-900LR

Ø6"-SCH.STD.-900LR

Ø6"-SCH.STD.-900LR

Ø6"-SCH.STD.-900LR

Ø6"-SCH.STD.-900LR

Ø6"-SCH.STD.-900LR

Ø3"-SCH.STD.-900LR

Ø3"-SCH.STD.-900LR

Ø1/2"-3000#.-450

Ø1/2"-3000#.-450












19.1 FLANGE SA105 Ø1.1/2"-SCH.80-150#-WNRF 1

19.2 FLANGE SA105 Ø1.1/2"-SCH.80-150#-WNRF 1

14"-LS-8005-MO1 (CF-CH-11-054-16)





4 FLANGE SA105 Ø14"-SCH.STD.-150#-WNRF 1

4"-LS-8031-MO1 (CF-CH-11-054-17)


2 CONCENTRIC REDUCER SA234 GR.WPB Ø4" x Ø3"-SCHSTD. 1





6 CONCENTRIC REDUCER SA234 GR.WPB Ø3" x Ø1.1/2"-SCHSTD. 1

7.1 NIPPLE SA530 Ø3/4"-SCH.80 1

7.2 NIPPLE SA530 Ø3/4"-SCH.80 1

7.3 NIPPLE SA530 Ø3/4"-SCH.80 1







Ø14"-SCH.STD.-450LR


Ø4"-SCH.STD.-900LR

Ø4"-SCH.STD.-900LR

Ø3/4"-3000#.-900


4"-LS-8015-MO1 (CF-CH-11-054-18)


2 EQUAL TEE SA234 GR.WPB Ø4" x Ø4"-SCHSTD. 1

3.1 SOCK-OLET SA105; NPT Ø4" x Ø1/2"-3000# 1




5.1 NIPPLE SA530 Ø3/4"-SCH.80 1

5.2 NIPPLE SA530 Ø3/4"-SCH.80 1

6.1 FLANGE SA105 Ø4"-SCH.STD.-150#-WNRF A22 1






6"-LS-8001-MO1 (CF-CH-11-054-19)






5.1 NIPPLE SA530 Ø3/4"-SCH.80 1

5.2 NIPPLE SA530 Ø3/4"-SCH.80 1





8 FLANGE SA105 Ø4"-SCH.STD.-150#-WNRF 9235-10 1

2"-MPS-8006-1S1 (CF-CH-11-054-20)

1 PIPE SA530/SA106 GR.B Ø2"NPS-SCH.80 1

2.1 ELBOW WELD SA181/SA105 GR.II 1




6"-COW-8001-1S1 (CF-CH-11-054-21)


Ø4"-SCH.STD.-900LR

Ø4"-SCH.STD.-900LR

Ø6"-SCH.STD.-450

Ø6"-SCH.STD.-450

Ø6"-3000#.-900

Ø6"-3000#.-900

Ø6"-3000#.-900





4 FLANGE SA105 Ø6"-SCH.40.-150#-WNRF

4"-LS-8027-M01 (CF-CH-11-054-22)

1 PIPE SA530/SA106 GR.B Ø4"NPS-SCH.STD 1






4"-LS-8030-M01; 1 of 2 (CF-CH-11-054-23)




4.1 SOCK-OLET SA105 Ø4" x Ø3/4"-3000# 1

4.2 SOCK-OLET SA105 Ø4" x Ø3/4"-3000# 1

5.1 ELBOW WELD SA234 GR.WPB 53B00078 1





6 CONCENTRIC REDUCER SA234 GR.WPB Ø3" x Ø1.1/2"-SCH.STD. 1

7.1 NIPPLE SA530/SA106 GR.B Ø3/4"-SCH.80 1



8 ELBOW WELD SA105 1

9 FLUG HEX SA105 Ø3/4"-3000# 2037 1





11 FLANGE SA105 Ø1.1/2"-SCH.STD.-150#-WNRF 9235-10 1

4"-LS-8030-M01; 2 of 2 (CF-CH-11-054-23)


3 REDUCER TEE SA234 GR.WPB Ø4" x Ø2"-SCH.80 1

Ø6"-SCH.40.-900.LR

Ø6"-SCH.40.-900.LR

Ø6"-SCH.40.-900.LR

Ø6"-SCH.40.-450

Ø4"-SCH.STD.-900.LR







Ø3/4"-3000#-900






6"-COW-8002-1S1 (CF-CH-11-054-24)


2.1 EQUAL TEE SA234 GR.WPB Ø6" x Ø6"-SCH.40 1

2.2 EQUAL TEE SA234 GR.WPB Ø6" x Ø6"-SCH.40 1

3 REDUCER ECCENTRIC SA234 GR.WPB Ø6" x Ø4"-SCH.40 1

4 SOCK-OLET SA105 Ø6" x Ø3/4"-3000# 3263 1








8 PLUG HEX SA105 Ø3/4"-3000# 2037 1

9.1 FLANGE SA105 Ø6"-SCH.40.-150#-WNRF 35690 1



10 FLANGE SA105 Ø4"-SCH.40.-150#-WNRF 9235-10 1

6"-COW-8006-1S1 (CF-CH-11-054-25)


2 REDUCER ECCENTRIC SA234 GR.WPB Ø6" x Ø4"-SCH.40 1

3.1 ELBOW WELD SA234 GR.WPB 94694905-1 1





6"-LS-8016-M01 (CF-CH-11-054-26)


2 PIPE TREADED & CPLG SA530/SA106 GR.B Ø1"NPS-SCH.80 1

3 REDUCER ECCENTRIC SA234 GR.WPB Ø6" x Ø4"-SCH.STD 1

4 REDUCER TEE SA234 GR.WPB Ø6" x Ø3"-SCH.STD 1




Ø4"-SCH.STD.-450

Ø6"-SCH.40.-450

Ø6"-SCH.40.-900.LR

Ø6"-SCH.40.-900.LR

Ø6"-SCH.40.-900.LR

Ø6"-SCH.40.-900.LR

Ø6"-SCH.40.-900.LR

Ø6"-SCH.40.-900.LR

Ø6"-SCH.40.-900.LR

Ø6"-SCH.40.-900.LR










12 FLANGE SA105 Ø3"-SCH.STD.-150#-WNRF 1

6"-LS-8017-M01 (CF-CH-11-054-27)


2 EQUAL TEE SA234 GR.WPB Ø6" x Ø6"-SCH.STD 1

3 REDUCER ECCENTRIC SA234 GR.WPB Ø6" x Ø4"-SCH.STD 1









20"-OG-8001-S04 (CF-CH-11-054-28)

1 PIPE SA312 GR.TP304L Ø28"NPS-0,250"WT 1


3 EQUAL TEE SA403 GR.WP304L Ø28" x Ø28"-0,250"WT 1

4 REDUCER CONCENTRIC SA403 GR.WP304L Ø28" x Ø20"-0,250"WT 1

5 ELBOW WELD SA403 GR.WP304L 1

6.1 FLANGE SA105 Ø20"-SCH.10.-150#-WNRF 1



20"-OG-8002-S04 (CF-CH-11-054-29)


2 REDUCER CONCENTRIC SA403 GR.WP304L Ø28" x Ø20"-0,250"WT 1

3 ELBOW WELD SA403 GR.WP304L 1







Ø1"-3000#-900.LR





Ø6"-SCH.STD.-450

Ø20"-SCH.10.-900.LR

Ø20"-SCH.10.-900.LR

20"-OG-8003-S04 (CF-CH-11-054-30)


3.1 ELBOW WELD SA403 GR.WP304L 1










28"-OG-8001-S04; 1 of 2 (CF-CH-11-054-31)






6 CONCENTRIC REDUCER SA403 GR.TP304L Ø28" x Ø24"-0,250/WT 1

7 REDUCER TEE SA403 GR.TP304L Ø28" x Ø14"-0,250/WT-SCH.10 1



10 REDUCER TEE SA403 GR.TP304L Ø14" x Ø8"-SCH.10 1

11 WELD-OLET SA403 GR.TP304L Ø14" x Ø6"-SCH.10 1





15 FLANGE SA105 Ø24"-SCH.10-150# 1

16.1 FLANGE SA105 Ø14"-SCH.10-150# 1

16.2 FLANGE SA105 Ø14"-SCH.10-150# 1

17 FLANGE SA105 Ø10"-SCH.10-150# 1

18.1 FLANGE SA105 Ø8"-SCH.10-150# 1

18.2 FLANGE SA105 Ø8"-SCH.10-150# 1

19 FLANGE SA105 Ø6"-SCH.10-150# 1

28"-OG-8001-S04; 2 of 2 (CF-CH-11-054-31)

1 PIPE SA312 GR.TP304L Ø28"NPS-0,250W/T 1

Ø20"-SCH.10.-900.LR

Ø20"-SCH.10.-900.LR

Ø20"-SCH.10.-900.LR

Ø20"-SCH.10.-450

Ø20"-SCH.10.-450

Ø20"-SCH.10.-450

Ø28"-0,250/WT-900LR

Ø14"-SCH.10-900LR

Ø14"-SCH.10-900LR

Ø10"-SCH.10-900LR

Ø8"-SCH.10-900LR


3 WELD-OLET SA403 GR.TP304L Ø28" x Ø2"-SCH.40 1

4 TREAD-OLET SA182 GR.F304 Ø28 x Ø1/2"-3000# 1







7 PULG HEX HEAD SA105 Ø2"-3000# 1

4"-LS-8021-M01 (CF-CH-11-054-32)

1 PIPE SA530/SA106.GR.B Ø4"NPS-SCH.STD 1


3 CONCENTRIC REDUCER SA234 GR.WPB Ø4" x Ø2"-SCH.STD 1



5 FLANGE SA105; ASME B16,5 Ø4"-SCH.STD-150#-WNRF 9235-10 1

4"-LS-8022-M01 (CF-CH-11-054-33)


2 SA530/SA106 GR.B Ø2"NPS-SCH.80 1


4 ECCENTRIC REDUCER SA234 GR.WPB Ø4" x Ø2.1/2"-SCH.40 1


6 SOCK-OLET SA105 Ø4" x Ø3/4"-3000# 1




8 PLUG HEX HEAD SA105; NPT Ø2"-3000# 1



10 PLUG HEX HEAD SA105; NPT Ø3/4"-3000# 1

11.1 FLANGE SA105; ASME B16,5 Ø4"-SCH.STD-150#-WNRF 9235-10 1



12 FLANGE SA105; ASME B16,5 Ø2.1/2"-SCH.80-150#-WNRF 1

4"-LS-8023-M01 (CF-CH-054-34)


Ø28"-0,250/WT-900LR

Ø28"-0,250/WT-900LR

Ø28"-0,250/WT-900LR

Ø28"-0,250/WT-900LR

Ø28"-0,250/WT-450LR

Ø28"-0,250/WT-450LR

Ø4"-SCH.STD.-900LR

Ø4"-SCH.STD.-900LR


Ø4"-SCH.STD.-900LR

Ø4"-SCH.STD.-900LR

Ø4"-SCH.STD.-900LR


3 TREAD-OLET SA234 GR.WPB Ø4" x Ø3/4"-3000# 1







8 FLANGE SA105; ASME B16,5 Ø2.1/2"-SCH.80-150#-WNRF 1

20"-REG-8006-1P1 (CF-CH-054-35)

1 PIPE ERW SA530/SA106 GR.B Ø20"NPS-SCH.STD 1

2 PIPE ERW SA530/SA106 GR.B Ø2"-SCH.80 1

3 SOCK-OLET SA105 Ø20" x Ø2"-3000# 1







7.1 FLANGE SA105; ASME B16,5 Ø20"-SCH.STD.-150#-WNRF 1


20"-REG-8007-1P1; 1 of 2 (CF-CH-054-36)



3.1 SOCK-OLET SA105 Ø20" x Ø3/4"-3000# 1

3.2 SOCK-OLET SA105 Ø20" x Ø3/4"-3000# 1



6 CONC. SWEGE NIPPLE SA105 Ø3/4" x Ø1/2"-3000# 1




9 FLANGE SA105; ASME B16,5 Ø20"-SCH.STD.-150#-WNRF 1

20"-REG-8007-1P1; 2 of 2 (CF-CH-054-36)

1 PIPE ERW SA530/SA106 GR.B Ø20"NPS-SCH.STD 1



Ø4"-SCH.STD.-900LR








Ø20"-SCH.STD.-450









6"-LS-8015-M01; (CF-CH-054-37)









5.1 FLANGE SA105; ASME B16,5 Ø6"-SCH.STD.-150#-WNRF 35690 1




4"-COW-8006-1S1; (CF-CH-054-38)




3.1 FLANGE SA105; ASME B16,5 Ø4"-SCH.40-150#-WNRF 9235-10 1




4"-LS-8024-M01; 1 of 2 (CF-CH-054-39)




5.1 SOCK-OLET SA105 Ø4" x Ø3/4"-3000# 1

5.2 SOCK-OLET SA105 Ø4" x Ø3/4"-3000# 1







Ø6"-SCH.STD.-900LR

Ø6"-SCH.STD.-900LR

Ø6"-SCH.STD.-900LR

Ø6"-SCH.STD.-900LR

Ø6"-SCH.STD.-900LR

Ø6"-SCH.STD.-450

Ø4"-SCH.40-900LR

Ø4"-SCH.40-900LR

Ø4"-SCH.STD.-900LR

Ø4"-SCH.STD.-900LR

Ø4"-SCH.STD.-900LR




7 CONCENTRIC REDUCER SA234 GR.WPB Ø3" x Ø1.1/2"-SCH.STD. 1






12.1 FLANGE SA105; ASME B16,5 Ø4"-SCH.STD.-150#-WNRF 9235-10 1




14 FLANGE SA105; ASME B16,5 Ø1.1/2"-SCH.80-150#-WNRF. 1

4"-LS-8024-M01; 2 of 2 (CF-CH-054-39)




5 ELBOW WELD SA234 GR.WPB 53B00078 1



4"-LS-8025-M01; (CF-CH-054-40)



3.1 TREAD-OLET SA105 Ø4" x Ø3/4"-3000# 1

3.2 TREAD-OLET SA105 Ø4" x Ø3/4"-3000# 1



5 CONCENTRIC REDUCER SA234 GR.WPB Ø3" x Ø1.1/2"-SCH.STD 1









Ø4"-SCH.STD.-900LR

Ø4"-SCH.STD.-900LR

Ø4"-SCH.STD.-900LR

Ø3/4"-3000#-900

Ø4"-SCH.STD.-450

Ø4"-SCH.STD.-900LR

Ø4"-SCH.STD.-900LR

Ø4"-SCH.STD.-900LR

Ø3/4"-3000#-900


10 FLANGE SA105; ASME B16,5 Ø1.1/2"-SCH.80.-150#-WNRF 1

4"-LS-8028-M01; (CF-CH-054-41)


2 SA530/SA106 GR.B Ø2"-SCH.80 1




6 SOCK-OLET SA105 Ø4" x Ø3/4"-3000# 1












4"-LS-8028-M01; (CF-CH-054-41)






6 SOCK-OLET SA105 Ø4" x Ø3/4"-3000# 1












Ø4"-SCH.STD.-900LR

Ø4"-SCH.STD.-900LR

Ø4"-SCH.STD.-900LR

PIPE TRAED & COUPLING

Ø4"-SCH.STD.-900LR

Ø4"-SCH.STD.-900LR

Ø4"-SCH.STD.-900LRDOUBLE


2"-LS-8026-M01; 1 of 2 (CF-CH-054-42)

1 SA530/SA106 GR.B Ø2NPS"-SCH.80 1

2 EQUAL TEE SA105; NPT Ø2" x Ø2"-3000# 1

3.1 ELBOW WELD SA105; NPT AB511 1







4 UNION SA105 1

2"-LS-8026-M01; 2 of 2 (CF-CH-054-42)

1 SA530/SA106 GR.B Ø2NPS"-SCH.80 1


3.1 CONC. SWEGE NIPPLE SA105 Ø2" x Ø1"-3000# 1


4 SOCK-OLET SA105 Ø2" x Ø3/4"-3000# 1

5.1 UNION SA105 Ø2"-3000# 1

5.2 UNION SA105 Ø2"-3000# 1








10.1 FLANGE SA105; ASME B16,5 Ø1"-SCH.80-150#-WNRF 1


2"-LS-8032-M01; 1 of 2 (CF-CH-054-43)








PIPE TRAED & COUPLING

Ø2"-900-3000#

Ø2"-900-3000#

Ø2"-900-3000#

Ø2"-900-3000#

Ø2"-900-3000#

Ø2"-900-3000#

Ø2"-900-3000#

Ø2"-3000#


Ø2"-900-3000#

Ø2"-900-3000#

Ø2"-900-3000#

Ø2"-450-3000#

Ø2"-450-3000#


Ø2"-900-3000#

Ø2"-900-3000#

Ø2"-900-3000#





6 CONC. SWEGE NIPPLE SA105; NPT Ø3/4" x Ø1/2"-3000# 1


2"-LS-8032-M01; 2 of 2 (CF-CH-054-43)



3.1 CONC. SWEGE NIPPLE SA105; NPT Ø2" x Ø1"-3000# 1

3.2 CONC. SWEGE NIPPLE SA105; NPT Ø2" x Ø1"-3000# 1











2"-COW-8007-1S1; (CF-CH-054-44)


2.1 ELBOW WELD SA181/SA105 GR.II AB511 1









3 COUPLING SA181/SA105 GR.II 1




2"-COW-8008-1S1; 1 of 4 (CF-CH-054-45)

Ø2"-900-3000#

Ø2"-900-3000#

Ø2"-900-3000#

Ø2"-900-3000#


Ø2"-900-3000#

Ø2"-900-3000#

Ø2"-900-3000#

Ø2"-450-3000#

Ø2"-450-3000#

Ø2"-900-3000#

Ø2"-900-3000#

Ø2"-900-3000#

Ø2"-900-3000#

Ø2"-900-3000#

Ø2"-900-3000#

Ø2"-900-3000#

Ø2"-900-3000#

Ø2"-900-3000#

Ø2"-3000#


2 PIPE SA530/SA106 GR.B Ø1.1/2"NPS-SCH.80 1


4 REDUCER TEE SA181/SA105 GR.II Ø2" x Ø1.1/2"-3000# 1



6.1 ELBOW WELD SA181/SA105 GR.II PRXV 1



7 NIPPLE SA530/SA106 GR.B Ø1"NPS-SCH.80 1

8 ELBOW WELD SA181/SA105 GR.II 1







12 FLANGE SA105; ASME B16,5 Ø1.1/2"NPS-SCH.80 1

2"-COW-8008-1S1; 2 of 4 (CF-CH-054-45)


2.1 EQUAL TEE SA181/SA105 GR.II Ø2" x Ø2"-3000# 1


3.1 COUPLING SA181/SA105 GR.II Ø2"-3000# 1


4 ELBOW WELD SA181/SA105 GR.II 1

2"-COW-8008-1S1; 3 of 4(CF-CH-054-45)


2 PIPE SA530/SA106 GR.B Ø1/2"NPS-SCH.80 1

3 COUPLING SA181/SA105 GR.II Ø2"-3000# 1



5.1 NIPPLE SA530/SA106 GR.B Ø1/2"NPS-SCH.80 1

5.2 NIPPLE SA530/SA106 GR.B Ø1/2"NPS-SCH.80 1



2"-COW-8008-1S1; 4 of 4 (CF-CH-054-45)


Ø2"-900-3000#

Ø2"-900-3000#

Ø2"-900-3000#

Ø1"-900-3000#

Ø2"-900-3000#

Ø2"-900-3000#

Ø2"-900-3000#



3.1 CONC. SWEGE NIPPLE SA181/SA105 GR.II Ø2" x Ø1"-3000# 1

3.2 CONC. SWEGE NIPPLE SA181/SA105 GR.II Ø2" x Ø1"-3000# 1

4 SOCK-OLET SA181/SA105 GR.II Ø2" x Ø3/4"-3000# 1





6 NIPPLE SA530/SA106 GR.B Ø3/4"NPS-SCH.80 1


8.1 FLANGE SA105; ASME B16,5 Ø2"NPS-SCH.80 1




2"-COW-8009-1S1; 1 of 2 (CF-CH-054-46)









2"-COW-8009-1S1; 2 of 2 (CF-CH-054-46)






4 SOCK-OLET SA105 Ø2" x Ø3/4"NPS-3000# 1





6 NIPPLE SA530/SA106 GR.B Ø3/4"NPS-SCH.80 1


Ø2"-900-3000#

Ø2"-900-3000#

Ø2"-900-3000#

Ø2"-900-3000#

Ø2"-900-3000#

Ø2"-900-3000#

Ø2"-900-3000#

Ø2"-900-3000#

Ø2"-900-3000#

Ø2"-450-3000#

Ø2"-450-3000#

Ø2"-900-3000#

Ø2"-900-3000#

Ø2"-900-3000#

Ø2"-900-3000#





2"-COW-8010-1S1; 1 of 2 (CF-CH-054-47)










2"-COW-8010-1S1; 2 of 2 (CF-CH-054-47)










3 FLANGE SA105; ASME B16,5 Ø2"-SCH.80-150#-WNRF 1


6"-COW-8003-1S1; 1 of 1 (CF-CH-054-48)



3 ECCENTRIC REDUCER SA234 GR.WPB Ø6" x Ø4"-SCH.40 1

4 SOCK-OLET SA105 Ø6" x Ø1.1/2"-3000# 1

5 SOCK-OLET SA105 Ø6" x Ø3/4"-3000# 1


7 NIPPLE SA530/SA106 GR.B Ø1.1/2"-SCH.80 1

8 PLUG HEX HEAD SA105; NPT Ø1.1/2"-3000# 1


Ø2"-900-3000#

Ø2"-900-3000#

Ø2"-900-3000#

Ø2"-900-3000#

Ø2"-900-3000#

Ø2"-900-3000#

Ø2"-900-3000#

Ø2"-900-3000#

Ø2"-900-3000#

Ø2"-900-3000#

Ø2"-900-3000#

Ø2"-900-3000#

Ø2"-900-3000#

Ø2"-900-3000#

Ø6"-SCH.40-900LR





20"-REG-8005-1P1; 1 of 2 (CF-CH-054-49)

1 PIPE ERW. SA530/SA106 GR.B Ø20"NPS-SCH.STD 55631 1


4 SOCK-OLET SA105 Ø20" x Ø1"-3000# 1

5 TREAD-OLET SA105 Ø20" x Ø3/4"-3000# 1

6.1 ELBOW WELD SA234 GR.WPB BS490 1



10.1 FLANGE SA105; ASME B16,5 Ø20"-SCH.STD-150#-WNRF E204558145 1




20"-REG-8005-1P1; 2 of 2 (CF-CH-054-49)

1 PIPE SA530/SA106 GR.B Ø20"NPS-SCH.STD 55631 1









7 FLANGE SA105; ASME B16,5 Ø20"-SCH.STD-150#-WNRF E204558145 1

20"-REG-8012-1P1; 1 of 2 (CF-CH-054-50)

1 PIPE SA530/SA106 GR.B Ø20"NPS-SCH.STD. 55631 1

2 SOCK-OLET SA105 Ø20" x Ø1"-3000# 1

3 TREAD-OLET SA105 Ø20" x Ø3/4"-3000# 1



5 NIPPLE SA530/SA106 GR.B Ø1"NPS-SCH.80 1


7.1 FLANGE SA105; ASME B16,5 Ø20"-SCH.STD-150#-WNRF E 204 558145 B 1














20"-REG-8012-1P1; 2 of 2 (CF-CH-054-50)

1 PIPE ERW SA530/SA106 GR.B Ø20"NPS-SCH.STD. 1








4 FLANGE SA105; ASME B16,5 Ø20"-SCH.STD-150#-WNRF 1

20"-REG-8013-1P1; (CF-CH-054-51)

1 PIPE ERW SA530/SA106 GR.B Ø20"NPS-SCH.STD. 1

2 PIPE ERW SA530/SA106 GR.B Ø2"NPS-SCH.80 1

3 SOCK-OLET SA105 Ø20" x Ø2"-3000# 1







7.1 FLANGE SA105; ASME B16,5 Ø20"-SCH.STD-150#-WNRF 1

7.2 FLANGE SA105; ASME B16,5 Ø20"-SCH.STD-150#-WNRF 1

2"-COW-8021-1S1; (CF-CH-054-52)


2.1 ELBOW WELD SA181/SA105 GR.II 570648 PRXU 1


2.3 ELBOW WELD SA181/SA105 GR.II Ø2"-3000#-90 570648 PRXU 1

















Ø20"-SCH.STD.-450

Ø20"-SCH.STD.-450

Ø2"-3000#-900

Ø2"-3000#-900

Ø2"-3000#-900

Ø2"-3000#-900

Ø2"-3000#-900

Ø2"-3000#-900

Ø2"-3000#-900

Ø2"-3000#-900

4.1 HALF COUPLING SA181/SA105 GR.II Ø2"-3000# 1

4.2 HALF COUPLING SA181/SA105 GR.II Ø2"-3000# 1

2"-IG-8033-1P2; (CF-CH-054-53)


2 SA530/SA106 GR.B Ø3/4"-SCH.80 1

3 TREAD-OLET SA105 Ø2" x Ø3/4"-3000# 1

4.1 ELBOW WELD SA105 570648 PRXU 1 MEGA








5.1 COUPLING SA105 Ø2"-3000# 1

5.2 COUPLING SA105 Ø2"-3000# 1

5.3 COUPLING SA105 Ø2"-3000# 1

5.4 COUPLING SA105 Ø2"-3000# 1


32"-LSV-8001-M01 Rev.0

1 PIPE API 5L Gr. B Ø32"NPS-SCH STD DSC-10-199-4 J115322 1 DONGYANG

2 NIPPLE SA106-Gr. B Ø2"NPS-SCH80 527282 37159 1 TENARIS

3 TEE REDUCER SA234-WPB Ø32" x 28"- SCH STD QCLJ2011071407 SB26791 1 SUNGKWANG

4 SOCK-OLET SA105 Ø32" x 3/4"NPS-3000# AE-QC-010-713 RB47 1 AE

5 FLANGE SA105 Ø32"-SCH STD-150# WNRF DHF 20110822-04 SB09134 1 DHF

6 FLANGE SA105 Ø2"-SCH 80-150# WNRF SE090449 931275 1 SE

28"-LS-8019-M01 Rev.0

1 PIPE API 5L Gr. B Ø28"NPS-SCH STD DSC-11-098-2 K119480 1 DONGYANG

2 EQUAL TEE SA234 GR.WPB Ø28" x Ø28"-SCH STD 20071204870 AT737 1 TK

3 ELBOW A234-WPB NO MILL.CERT BD943 1

24"-LS-8004-M01 Rev.0

1 PIPE API 5L Gr. B Ø24"NPS-SCH STD L0033940 MA1932 1 USS

2 NIPPLE SA106-Gr. B Ø2"NPS-SCH80 527282 37159 1 TENARIS

3 TEE REDUCER SA234-WPB Ø24" x Ø20"-SCH STD NO MILL.CERT BJ728C 1

4 CONCENTRIC REDUCER SA234-WPB Ø16" x Ø14"-SCH STD 4-1516791 843628 1 NIPPON BENKAN

5 TEE REDUCER SA234-WPB Ø24" x Ø16"-SCH STD 4357856 471595 1 BENKAN

6 WELDOLET SA234-WPB Ø24" x Ø2"-SCH80 AE-QC-J11-001 2390 1 AE

PIPE TREAD & COUPLINGPIPE TREAD & COUPLING

Ø2"-3000#-900

Ø2"-3000#-900

Ø2"-3000#-900

Ø2"-3000#-900

Ø2"-3000#-900

Ø2"-3000#-900

Ø2"-3000#-900

Ø2"-3000#-900

Ø28"-SCH STD-45o

7 CONCENTRIC REDUCER SA234-WPB Ø16" x Ø14"-SCH STD 4-1516791 843628 1 NIPPON BENKAN

8 ELBOW THREADED SA105 570648 PRXU 1 MEGA

9 FLANGE SA105 Ø24"-SCH STD-150# WNRF 020385/1 62410.S 1 GALPERTI

24"-LS-8016-M01 Rev.0

1 PIPE API 5L Gr. B Ø24"- SCH STD L0033940 MA1932 1 USS

2 NIPPLE SA106-Gr. B Ø2"-SCH80 527282 37159 1 TENARIS

3 EQUAL TEE SA234-WPB Ø24" x 24"-SCH STD 20080204580 AU179 1 TK

4 WELDOLET SA234-WPB Ø24" x Ø3"-SCH80 16571 ADS 1 IML

5 WELDOLET SA234-WPB Ø24" x Ø2"-SCH80 AE-QC-J11-001 2390 1 AE

6 ELBOW WELD SA234-WPB NO MILL.CERT 605316 1

7 ELBOW WELD SA234-WPB 6A90605323 605323 1 BENKAN

8 FLANGE SA105 Ø2"-SCH80-150# WNRF SE090449 931275 1 SE

20"-LS-8003-M01.01 Rev.0

1 PIPE A106-Gr. B Ø20"-SCH STD NO MILL.CERT 8-82404 1

2 NIPPLE A106-Gr. B Ø2"-SCH80 527282 37159 1 TENARIS

3 ECCENTRIC REDUCER A234-WPB Ø20" x 18"-SCH STD 4090679408 679408 1 BENKAN

4 WELDOLET A234-WPB Ø20" x 2"-SCH80 AE-QC-J11-001 2390 1 AE

5 ELBOW WELD A234-WPB NO MILL.CERT 08349 1

6 ELBOW WELD A234-WPB QCLA2011080961 7-06498 1 SUNGKWANG

7 FLANGE A105 Ø18"-SCH STD-150# WNRF 132180 169A0 1 ULMA

8 FLANGE A105 Ø2"-SCH 80-150# WNRF SE090449 931275 1 SE

20"-LS-8004-M01 Rev.0


2 EQUAL TEE A234-WPB Ø20" x Ø20"-SCH STD 605327 1

3 WELDOLET A234-WPB Ø20" x Ø6'-SCH STD 063 1

4 WELDOLET A234-WPB Ø20" x Ø2"-SCH80 AE-QC-J11-001 2390 1 AE



7 FLANGE A105 Ø20"-SCH STD-150# WNRF NO MILL.CERT 558145 1

20"-LS-8021-M01 Rev.1


2 NIPPLE A106-Gr. B Ø2"-SCH80 527282 37159 1 TENARIS

3 CONCENTRIC REDUCER A234-WPB Ø20" x 16"-SCH STD QCLA2011080963 K1120849 1 SUNGKWANG

4 WELDOLET A234-WPB Ø20" x Ø3"-SCH STD NO MILL.CERT 048 1

5 WELDOLET A234-WPB Ø20" x Ø2"-SCH80 AE-QC-J11-001 2390 1 AE


7 FLANGE A105 Ø20"-SCH STD-150# WNRF 132180 198A0 1 ULMA

Ø2"-3000#-90o

Ø24"-SCH STD 90o LR

Ø24"-SCH STD 45o


Ø20"-SCH STD 45o




8 FLANGE A105 Ø2"-SCH 80-150# WNRF SE090449 931275 1 SE

16"-LS-8004-M01 Rev.0

1 PIPE A106-Gr. B Ø16"-SCH STD WYYK6799 J3K5683 1 SUMITOMO

2 ECCENTRIC REDUCER A234-WPB Ø16" x Ø10"-SCH STD NO MILL.CERT 2367 1

3 SOCK-OLET A105 Ø16" x Ø3/4"-3000# 141312/4 AFX 1 JD


5 PIPE A53-Gr. B Ø3/4"-SCH80 1

6 HEAD PLUG A105 Ø3/4"-3000# NO MILL.CERT 2037 1

7 FLANGE A105 Ø16"-SCH STD-150# WNRF SE100609 935739 1 SE

8 FLANGE A105 Ø10"-SCH STD-150# WNRF 008461/1 01563 1 GALPERTI

16"-LS-8006-M01 Rev.0

1 PIPE A106-Gr. B Ø16"-SCH STD 10/01595 994562 1 TENARIS

2 NIPPLE A106-Gr. B Ø1/2"-SCH80 0000133795/1 80000 1 TR

3 ECCENTRIC REDUCER A234-WPB Ø16" x Ø10"-SCH STD T07-X994/1 79246-1 1 ASK

4 SOCK-OLET A105 Ø16" x Ø2"-3000# NO MILL.CERT XW3 1


6 NIPPLE A53-Gr. B Ø1/2"-SCH 80 0000133795/1 8000 1 TR

7 HEAD PLUG A105 Ø1/2"-3000# AE-QC-B10-884 HB17 1 AE

8 FLANGE A105 Ø16"-SCH STD-150# WNRF SE100609 935739 1 SE

9 FLANGE A105 Ø10"-SCH STD-150# WNRF 008461/1 01563 1 GALPERTI

14"-LS-8003-M01 Rev.0

1 PIPE A106-Gr. B Ø14"-SCH STD 10/01594 994691 1 TENARIS

2 ECCENTRIC REDUCER A234-WPB Ø20" x Ø14"-SCH STD 20091101623 AX647 1 TK

3 ELBOW WELD A234-WPB 4E90695811 695811 1 BENKAN

4 FLANGE A105 Ø14"-SCH STD-150# WNRF 40966 40131 1 METALFAR

14"-LS-8017-M01 Rev.0

1 PIPE A106-Gr. B Ø24"-SCH STD L0033940 MA1932 1 USS

2 CONCENTRIC REDUCER A234-WPB Ø24" x Ø16"-SCH STD NO MILL.CERT 712632 1

3 ELBOW WELD A234-WPB 6A90605323 605323 1 BENKAN

4 CONCENTRIC REDUCER A234-WPB Ø16" x Ø14"-SCH STD 4Y90243816 243816 1 BENKAN

5 ELBOW WELD A234-WPB 4E90695805 695805 1 BENKAN

FLANGE A105 Ø14"-SCH STD-150# WNRF 40966 40131 1 METALFAR

14"-LS-8018-M01 Rev.0

1 CONCENTRIC REDUCER A234-WPB Ø24" x Ø16"-SCH STD NO MILL.CERT 684211 1

2 CONCENTRIC REDUCER A234-WPB Ø16" x Ø14"-SCH STD 4-1516791 843628 1 NIPPON BENKAN

3 ELBOW WELD A234-WPB 4090679408 611408 1 BENKAN

4 FLANGE A105 Ø14"-SCH STD-150# WNRF 40966 40131 1 METALFAR



Ø14"-SCH STD 45o




28"-ECW-8002-M01 Rev.0

1 PIPE API 5L Gr. B Ø28" thk 0.375 DSC-11-098-2 K119480 1 DONGYANG

2 PIPE A53-Gr. B Ø24"-SCH10 100909-207 C917205 1 HUSTEEL

3 CONCENTRIC REDUCER A234-WPB Ø30" x 28"-SCH10 NO MILL.CERT SA98450 1

4 TEE REDUCER A234-WPB Ø28" x Ø24"-SCH10 NO MILL.CERT SA65519 1

5 TEE REDUCER A234-WPB Ø28" x Ø16"-SCH10 NO MILL.CERT SU08189 1

6 WELDOLET A234-WPB Ø28" x Ø3"-SCH40 ADS 1

7 ELBOW WELD A234-WPB SA29981 1

8 CAP A234-WPB Ø28"-SCH10 1

9 EQUAL TEE A234-WPB Ø24" x Ø24"-SCH10 1

10 CONCENTRIC REDUCER A234-WPB Ø24" x Ø16"-SCH10 684211 1

11 ELBOW WELD A234-WPB 651611 1

12 FLANGE A105 Ø16"-SCH10-150# WNRF 935739 1

16"-ECW-8002-M01 Rev.0

1 PIPE A53-Gr. B Ø16"-SCH10

2 NIPPLE A53-Gr. B Ø3/4"-SCH80

3 CONCENTRIC REDUCER A234-WPB Ø20" x Ø16"-SCH10

4 SOCK-OLET A105 Ø16" x Ø3/4"-3000#

5 ELBOW THREADED A105 Ø3/4"-3000#

6 HEAD PLUG A105 Ø3/4"-3000#

7 FLANGE A105 Ø16"-SCH10-150# WNRF

16"-ECW-8008-M01 Rev.0



3 NIPPLE A53-Gr. B Ø1"-SCH80

4 NIPPLE A53-Gr. B Ø3/4-SCH 80



7 SOCK-OLET A105 Ø16" x Ø3/4"-3000#

8 ELBOW WELD A234-WPB

9 ELBOW THREADED A105 Ø1"-3000#

10 ELBOW THREADED A105 Ø3/4"-3000#

11 HEAD PLUG A105 Ø3/4"-3000#



16"-ECW-8011-M01 Rev.0


Ø28"-SCH10 90o LR

Ø24"-SCH10 90o LR

Ø16"-SCH10 90o LR






7 SOCK-OLET A105 Ø16" x Ø3/4"-3000#



10 ELBOW THREADED A105 Ø3/4-3000#

11 HEAD PLUG A105 Ø3/4-3000#



16"-ECW-8012-M01 Rev.0




4 THREADOLET A105 Ø16" x Ø1/2"-3000#





20"-LS-8020-M01 Rev.0.

1 PIPE A106-Gr. B Ø28"-SCH STD


3 EQUAL TEE A234-WPB Ø28" x Ø28" thk 0.375

4 CONCENTRIC REDUCER A234-WPB Ø28" x Ø20"-SCH STD

5 CAP A234-WPB Ø28"-SCH STD

6 FLANGE A105 Ø20"-SCH STD-150# WNRF

20"-LS-8019-M01 Rev.0


2 EQUAL TEE A234-WPB Ø28" x Ø28" thk 0.375


4 CAP A234-WPB Ø28"-SCH STD


3"-ECW-8014-M01 Rev.0



Ø8"-SCH40 90o LR

Ø16"-SCH10 90o LR

Ø8"-SCH10 90o LR

3 CONCENTRIC REDUCER A234-WPB Ø3' x Ø2"-SCH40




4"-LS-8002-M01 Rev.0




12"-LS-8007-M01 Rev.0



3 ECCENTRIC REDUCER A234-WPB Ø12" x Ø8"-SCH STD

4 SOCK-OLET A105 Ø12" x Ø1"-3000#

5 SOCK-OLET A105 Ø12" x Ø3/4"-3000#



8 UNION SW A105 Ø1"-3000#




12"-LS-8008-M01 Rev.0





5 SOCK-OLET A105 Ø12" x Ø1"-3000#

6 SOCK-OLET A105 Ø12" x Ø3/4"-3000#

7 ELBOW WELD A234-WPB Ø12"-SCH STD 90o LR


9 UNION SW A105 Ø1"-3000#



1"-IG-8030-1P2 Rev.0


2 HEAD PLUG A105 Ø1"-3000#

2"-IG-8037-1P2 Rev.0 ( Sheet 1/2 )


Ø3"-SCH40 90o LR

Ø4"-SCH STD 45O

Ø4"-SCH STD 90O LR


2 ELBOW SW A105

3 COUPLING A105 Ø2"-3000

2"-IG-8037-1P2 Rev.0 ( Sheet 2/2 )


2 EQUAL TEE A105 Ø2" x Ø2"-3000#

3 CONC. SWAGE NIPPLE A105 Ø2" x Ø11/2"-3000#

4 THREADOLET A105 Ø2" x Ø3/4"-3000#

5 ELBOW SW A105



8 FLANGE A105 Ø11/2"-SCH80-150# WNRF

2"-IG-8079-1P2 Rev.2



3"-IG-8030-1P2 Rev.0 ( Sheet 1/2 )


2 EQUAL TEE A234-WPB Ø3" x Ø3"-SCH40

3 REDUCER TEE A234-WPB Ø3" x Ø2"-SCH40


3"-IG-8030-1P2 Rev.0 ( Sheet 2/2 )



3 SOCK-OLET A105 Ø3" x Ø1"-3000#




3"-IG-8032-1P2 Rev.0


2 THREADOLET A105 Ø3" x Ø3/4-3000#




3"-IG-8034-1P2 Rev.0


2 SOCK-OLET A105 Ø3" x Ø3/4-3000#



Ø2"-3000#-90o

Ø2"-3000#-90o

Ø3"-SCH40 90o LR

Ø3"-SCH40 90o LR

Ø3"-SCH40 45o

Ø3"-SCH40 90o LR

Ø3"-SCH40 90o LR

5 FLANGE A105 Ø3"-SCH 40-150# WNRF

3"-IG-8036-1P2 Rev.0







6"-COW-8005-1S1 Rev.0 ( Sheet 1/6 )


2 PIPE A106-Gr. B Ø3/4"-SCH80



5 SOCK-OLET A105 Ø6" x Ø3/4"-3000#


7 CONCENTRIC REDUCER A234-WPB Ø4" x Ø21/2"-SCH40


9 ELBOW SW A105 Ø3/4-3000#


6"-COW-8005-1S1 Rev.0 ( Sheet 2/6 )



3 CONCENTRIC REDUCER A234-WPB Ø6' x Ø4"-SCH40

4 SOCK-OLET A105 Ø6" x Ø3/4"-3000#


6 CONCENTRIC REDUCER A234-WPB Ø4" x Ø21/2"-SCH40

7 ELBOW SW A105 Ø3/4"-3000#



10 FLANGE A105 Ø21/2-SCH80-150# WNRF

6"-COW-8005-1S1 Rev.0 ( Sheet 3/6 )



3 ECCENTRIC REDUCER A234-WPB Ø6" x Ø4"-SCH40

4 WELDOLET A234-WPB Ø6"-SCH40 x Ø2"-SCH80


6"-COW-8005-1S1 Rev.0 ( Sheet 4/6 )

Ø3"-SCH40 90o LR

Ø3"-SCH40 45o

Ø6"-SCH40 90O LR

Ø6"-SCH40 90O LR

Ø6"-SCH40 90O LR




4 ECCENTRIC REDUCER A234-WPB Ø6" x Ø4"-SCH40


6 SOCK-OLET A105 Ø4" x Ø3/4"-3000#



9 ELBOW SW A105 Ø3/4"-3000#

10 HEAD PLUG A105 Ø3/4"-3000#


6"-COW-8005-1S1 Rev.0 ( Sheet 5/6 )



6"-COW-8005-1S1 Rev.0 ( Sheet 6/6 )




24"-ECW-8011-M01 Rev.0









24"-ECW-8011-M01 Rev.0









24"-ECW-8012-M01 Rev.0

Ø4"-SCH40 90O LR

Ø6"-SCH40 90O LR

Ø6"-SCH40 45O

Ø24"-SCH10 90O LR

Ø16"-SCH10 90O LR

Ø24"-SCH10 90O LR

Ø16"-SCH10 90O LR



20"-LS-8009-M01 Rev.0



3 EQUAL TEE A234-WPB Ø20" x Ø20"-SCH STD


5 A234-WPB Ø20" x Ø8"

6 WELDOLET A234-WPB Ø20" x Ø6'-SCH STD

7 SOCK-OLET A105 Ø20" x Ø3/4"-3000#

8 THREADOLET A105 Ø20" x Ø1/2"-3000#

9 CONC SWAGE NIPPLE A105 Ø3/4" x Ø1/2"-3000#


11 HEAD PLUG A105 Ø1/2"-3000#



12"-LS-8009-M01 Rev.0 ( Sheet 1/2 )





5 SOCK-OLET A105 Ø12" x Ø3/4"-3000#




9 FLANGE A105 Ø3/4"-SCH 80-150# WNRF

12"-LS-8009-M01 Rev.0 ( Sheet 2/2 )


2 REDUCER TEE A234-WPB Ø12" x Ø10"-SCH STD



5 SOCK-OLET A105 Ø8" x Ø3/4"-3000#


7 HEAD PLUG A105 Ø3/4"-3000#



12"-LS-8009-M01.01 Rev.0 ( Sheet 1/2 )

Ø24"-SCH10 90O LR









12"-LS-8009-M01.01 Rev.0 ( Sheet 2/2 )





5 SOCK-OLET A105 Ø8" x Ø3/4"-3000#


7 HEAD PLUG A105 Ø3/4"-3000#



12"-LS-8009-M01.02 Rev.0







12"-LS-8010-M01.01 Rev.0







12"-LS-8010-M01.02 Rev.0 ( Sheet 1/2 )






6 SOCK-OLET A105 Ø12" x Ø3/4"-3000#










9 SOCK-OLET A105 Ø10" x Ø1"-3000#



12 FLANGE A105 Ø10"-3000#


14 FLANGE A105 Ø3/4"-SCH80-150# WNRF

12"-LS-8010-M01.02 Rev.0 ( Sheet 2/2 )






6 SOCK-OLET A105 Ø8" x Ø3/4"-3000#


8 HEAD PLUG A105 Ø3/4"-SCH80



3"-ECW-8013-M01 Rev.0










10 HEAD PLUG A105 Ø3/4"-3000#


20"-REG-8014-1P1 Rev.0 ( Sheet 1/2 )


2 WELDOLET A234-WPB Ø20" x Ø3"-SCH40

3 SOCK-OLET A105 Ø20" x Ø3/4"-3000#

4 THREADOLET A105 Ø20" x Ø3/4"-3000#




Ø10"-SCH STD 90O LR


Ø3"-SCH40 90o LR


6 CONCENTRIC SWAGE A105 Ø3/4" x Ø1/2"-3000#


8 HEAD PLUG A105 Ø1/2"-3000#


20"-EWS-8002-M01 Rev.0



20"-EWS-8002-M01 Rev.0

1 PIPE API 5L Gr. B Ø28"-thk 0.375



4 WELDOLET A234-WPB Ø28" x Ø3"-SCH40

5 SOCK-OLET A105 Ø28" x Ø3/4"-3000#

6 CAP A105 Ø28"-SCH10


20"-EWS-8002-M01 Rev.0 ( Sheet 1/2 )


2 ELBOW SW A105 Ø2"-3000#

3 COUPLING A105 Ø2"-3000#

20"-EWS-8002-M01 Rev.0 ( Sheet 2/2 )



3 EQUAL TEE A105 Ø2" x Ø2"-3000#

4 CONC SWAGE NIPPLE A105 Ø2" x Ø11/2"-3000#

5 THREADOLET A105 Ø2" x Ø3/4"-3000#

6 UNION SW A105 Ø2"-3000#

7 ELBOW SW A105

8 ELBOW SW A105



Prepared, Witnessed / Reviewed, Witnessed / Reviewed,

PT. GRAND KARTECH PT. KRAKATAU ENGINEERING PT. KRAKATAU STEEL (persero)

Ø28"-SCH10 90o LR

Ø2"-3000# 45O

Ø2"-3000# 90O

Comment/Note

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