wet_cell_u-dr-1 rev 5.pdf
PDF 1 MB Posted
- Attached to
- Hydrostatic Pressure Chamber Federal contract opportunity
- Solicitation number
- N0025321Q0031
View the file
Other files for this federal contract opportunity
| File | Type | Posted |
|---|---|---|
| N0025321Q0031 A0001.pdf | ||
| CDRL A001 redacted.pdf | ||
| CDRL A004 redacted.pdf | ||
| N0025321Q0031.pdf | ||
| CDRL A002 redacted.pdf | ||
| CDRL A003 redacted.pdf | ||
| CDRL B001 redacted.pdf |
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Text version
FORM U-DR-1 USER’S DESIGN REQUIREMENTS FOR SINGLE-CHAMBER PRESSURE VESSELS
Owner:
Service:
Internal Design Pressure:
External Design Pressure:
Diameter:
M A WP Internal:
Corrosion Allowance: Shell
Int. Ext.
Heads
Int. Ext.
Nozzles
Int. Ext.
Jacket
Int. Ext.
Coil
Int. Ext.
Supports
Int. Ext.
Internals Corrosive Service?
Y es No
Minimum Design Metal T emperature (MDMT) – Case 1
M A WP External:
OPER A TING CONDITIONS:
DESIGN CONDITIONS:
M A TERIALS
NOZZLE SCHEDULE
Case 1 Case 2
Minimum Pressure
Pressure Temperature
Maximum Pressure Minimum T emperature Maximum T emperature
National Board Registration Required:
Y es No
Length, T angent-to- T angent: T ype:
V ertical Horizontal Sphere
Item No.: Liquid Level:
Specific Gravity:
Operator: Country of Installation: City of Installation: State/Province of Installation:
Canadian Registration Required:
Y es No
Special Service:
Lethal (L) Direct Firing (DF)
Same as Design Pressure Calculated by Manufacturer:
Same as Design Pressure
Deg @ Due to:
Calculated by Manufacturer:
Unfired Steam Boiler (UB)
Overpressure Protection:
V alve Rupture Disk
Process Other
Cyclic Service: Cycles per Design Life years Y es
UBC IBC
Other None
Wind Loading: Wind Speed Classification Category
Exposure Category
T opographic Factor
Elevation ASCE 7
UBC IBC
Other None
Seismic Loading:
Per Code Process Required
PWH T : Soil Profile Classification: Other Loadings per UG-22: ASCE 7
No
V essel Support:
Component
Description
07/17
Number Required
Size Flange T ype
Class Description Number Required
Size Flange T ype
Class
Shell
Hemispherical Head
T oriconical Head
Nozzles
Stiffener Rings
Attachments
Reinforcing Pads
Specification Component
Ellipsoidal Head
T orispherical Head
Conical Head
Flanges
Pressure-Retaining Bolts
Internals
Other
Specification
T ype: Rating (hr):Legs Skirt Lugs Saddles
Y es No
T ype Thickness Density Coating Specification External Internal Permitted Prior to Pressure T est
Y es No Fireproofing:
Fatigue Analysis? Y es No
Ambient T emperature
Minimum Design Metal T emperature (MDMT) – Case 2
Deg @ Due to: Process Other Ambient T emperature
Other System Design
Insulated: Y es No By Manufacturer By Others
Temp. Gradients Diff. Thermal Exp.
Deflagration
GENERAL NOTES
BODY FLANGE REQUIREMENTS
WELDED PRESSURE JOINT REQUIREMENTS
SKETCH
CE R TIFIC A TION
Date:
W e certify that the statements made in this form are accurate and represent all details of design as per the user or his designated agent [see Nonmandatory Appendix NN]
Description
Category D
Category C
Category B Head-to-Shell
Other
Body Flanges
Nozzle Flanges
Category A
DESIGN BASIS:
JOINT LOC A TION
U W -3
TYPE OF JOINT
(Use T ypes as Described in U W -12)
NDE WITH COMMENTS
HEAD THICKNESS BASED ON:
JOINT EFFICIENCY E =
SHELL AND CONE THICKNESS BASED ON:
JOINT EFFICIENCY E =
T ype Facing/Surface Finish Gasket Style Joint Assembly (See ASME PCC-1)
User:
Signed:
Registration Identification:
Registration Seal (Optional)
(Representative)
(Optional)
07/15
FORM U-DR-1 (Back) alexander.j.king1 Stamp
| Owner: NUWC Keyport |
| Operator: NUWC Keyport |
| Country of Installation: USA |
| StateProvince of Installation: WA |
| City of Installation: Keyport, WA |
| Service: fresh water |
| 1: 100% |
| 2: 1 |
| Item No: |
| Diameter in: 16" OD |
| Length T angentto T angent: 48 |
| Lethal L: Off |
| V alve: On |
| Other: Off |
| Rupture Disk: Off |
| Unfired Steam Boiler UB: Off |
| System Design: Off |
| Minimum PressureCase 1: 0 psig |
| Maximum PressureCase 1: 150 psig |
| Minimum T emperatureCase 1: 35F |
| Maximum T emperatureCase 1: 130F |
| Minimum PressureCase 2: |
| Maximum PressureCase 2: |
| Minimum T emperatureCase 2: |
| Maximum T emperatureCase 2: |
| PressureInternal Design Pressure: 175 psi |
| T emperatureInternal Design Pressure: 32-145F |
| PressureExternal Design Pressure: |
| T emperatureExternal Design Pressure: |
| M A WP Internal: |
| M A WP External: |
| Same as Design PressureMinimum Design Metal T emperature MDMT Case 1: |
| Deg: |
| Same as Design PressureMinimum Design Metal T emperature MDMT Case 2: |
| Deg_2: |
| InternalsExt: |
| Corrosion AllowanceRow2: |
| IntRow1: 1/16" |
| ExtRow1: |
| IntRow1_2: 1/16" |
| ExtRow1_2: |
| IntRow1_3: 1/16" |
| ExtRow1_3: |
| IntRow1_4: |
| ExtRow1_4: |
| IntRow1_5: |
| ExtRow1_5: |
| IntRow1_6: |
| ExtRow1_6: |
| InternalsRow2: |
| undefined_4: 1 |
| Cycles per: week |
| Design Life: 40 |
| Wind Speed: |
| Classification Category: |
| Exposure Category: |
| T opographic Factor: |
| Elevation: |
| Temp Gradients: Off |
| Deflagration: Off |
| Soil Profile Classification: |
| Process Required: Off |
| Diff Thermal Exp: Off |
| External: |
| Thickness: |
| Internal: |
| Density 1: |
| Density 2: |
| Coating Specification: * |
| T ype: |
| Rating hr: |
| SpecificationShell: SA516-Gr 70 |
| SpecificationEllipsoidal Head: |
| SpecificationHemispherical Head: |
| SpecificationT orispherical Head: |
| SpecificationT oriconical Head: |
| SpecificationConical Head: |
| SpecificationNozzles: SA516-Gr 70 |
| SpecificationFlanges: SA516-Gr 70 |
| SpecificationStiffener Rings: |
| SpecificationPressure Retaining Bolts: Alloy steel (grade 8) |
| SpecificationAttachments: SA516-Gr 70 |
| SpecificationInternals: |
| SpecificationReinforcing Pads: |
| Other_6: |
| SpecificationOther: |
| DescriptionRow1: Ends of vessel |
| Number RequiredRow1: 2 |
| SizeRow1: 16" |
| Flange T ypeRow1: flat face |
| ClassRow1: 150 |
| DescriptionRow1_2: |
| Number RequiredRow1_2: |
| SizeRow1_2: |
| Flange T ypeRow1_2: |
| ClassRow1_2: |
| DescriptionRow2: 1/2" NPT |
| Number RequiredRow2: 2 |
| SizeRow2: .5" |
| Flange T ypeRow2: N/A |
| ClassRow2: N/A |
| DescriptionRow2_2: |
| Number RequiredRow2_2: |
| SizeRow2_2: |
| Flange T ypeRow2_2: |
| ClassRow2_2: |
| DescriptionRow3: Accessory flanges |
| Number RequiredRow3: 3 |
| SizeRow3: .75" |
| Flange T ypeRow3: flat face |
| ClassRow3: 150 |
| DescriptionRow3_2: |
| Number RequiredRow3_2: |
| SizeRow3_2: |
| Flange T ypeRow3_2: |
| ClassRow3_2: |
| DescriptionRow4: |
| Number RequiredRow4: |
| SizeRow4: |
| Flange T ypeRow4: |
| ClassRow4: |
| DescriptionRow4_2: |
| Number RequiredRow4_2: |
| SizeRow4_2: |
| Flange T ypeRow4_2: |
| ClassRow4_2: |
| DescriptionRow5: |
| Number RequiredRow5: |
| SizeRow5: |
| Flange T ypeRow5: |
| ClassRow5: |
| DescriptionRow5_2: |
| Number RequiredRow5_2: |
| SizeRow5_2: |
| Flange T ypeRow5_2: |
| ClassRow5_2: |
| DescriptionRow6: |
| Number RequiredRow6: |
| SizeRow6: |
| Flange T ypeRow6: |
| ClassRow6: |
| DescriptionRow6_2: |
| Number RequiredRow6_2: |
| SizeRow6_2: |
| Flange T ypeRow6_2: |
| ClassRow6_2: |
| DESIGN BASIS: |
| JOINT EFFICIENCY E: |
| undefined_14: |
| TYPE OF JOINT Use T ypes as Described in U W 12Category A: |
| NDE WITH COMMENTSCategory A: |
| TYPE OF JOINT Use T ypes as Described in U W 12HeadtoShell: |
| NDE WITH COMMENTSHeadtoShell: |
| TYPE OF JOINT Use T ypes as Described in U W 12Other: |
| NDE WITH COMMENTSOther: |
| TYPE OF JOINT Use T ypes as Described in U W 12Body Flanges: 4 or 5 |
| NDE WITH COMMENTSBody Flanges: |
| TYPE OF JOINT Use T ypes as Described in U W 12Nozzle Flanges: 4 or 5 |
| NDE WITH COMMENTSNozzle Flanges: |
| TYPE OF JOINT Use T ypes as Described in U W 12Category D: |
| NDE WITH COMMENTSCategory D: |
| DescriptionRow1_3: End flanges |
| T ypeRow1: blind flange |
| FacingSurface FinishRow1: flat face |
| Gasket StyleRow1: O-ring |
| Joint Assembly See ASME PCC1Row1: Legacy or Alt Pattern 1 |
| DescriptionRow2_3: pressure retaining attachments |
| T ypeRow2: blind flange |
| FacingSurface FinishRow2: flat face |
| Gasket StyleRow2: O-ring |
| Joint Assembly See ASME PCC1Row2: Legacy or Alt Pattern 1 |
| GENERAL NOTESRow1: Intended use: Attach necessary components to the open end. Fill vessel with tap water at 70-100 psi through 1/2" piping. Use 1.5 GPM max pump to raise pressure to a max of 150 psi. Hold pressure per test requirements. Vent pressure through overflow tube then drain the pressure vessel through 1/2 piping. A vacuum relief is included in the system. Material Note: Stainless steel can be used if it is demonstrated that there is a cost benefit to doing so. *Carboguard 890H or equivalent |
| Date: |
| User: |
| Registration Identification: |
| Check Box1: Off |
| Check Box2: Off |
| Text9: |
| Text10: |
| Text11: |
| Text12: |
| Group1: Choice2 |
| Group2: Choice2 |
| Group3: Off |
| Group4: Choice2 |
| Group10: Off |
| Group11: Off |
| Group20: Choice2 |
| Group30: Choice2 |
| Corrosion AllowanceRow1: |
| roup6: Choice2 |
| group66: Off |
| group67: Off |
| group68: Off |
| group69: Choice5 |
| group70: Choice5 |
| group72: Off |
| Text7: |
| Group29: Off |
| Group30x: Off |
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