Sheet 1DESIGN CALCULATIONS OF PRESSURE VESSELPage : 89 of
116According to ASME Code, Section VIII, Division 1, Edition 2001,
Addenda 2002Sheet : 1 of 12Designed by :Eng.Abdel Halim
Galala0,0Design General Manager (assist.)Rev. : 0Project : Design
& Procurement of ASME Pressure VesselDate : 6.4.2003Job Name :
Demineralization PlantJob No. : 7434-33Serial No. : 7434-33-U-2004
Dwg. No. : 7434-33-1A, Rev. 0Client : APRCVessel : Gasoline Surge
Feed Drum Item No. : 1-D-2 Capacity : 16.729 M3Type : HorizontalO.
Lowest MDMT Without Impact Test[UG-20(f)] , [UCS-66] &
[FIG.UCS-66]ooMin. Design Metal
Temperature,MDMT10F-12CTHICK.THICK.P No Gr NoCURVE1. Pressure Parts
MaterialsINCHMMa. Shell Plate :ASME SA516 Grade
70(normalized)0.6141 2Db. Formed Heads :ASME SA516 Grade
70(normalized)0.5121 2Dc. Flanges :ASME SA105(normalized/tempered)
(Castings)0.94241 2Bd. Nozzle Necks :ASME SA106 Grade B(Seamless
Pipe Nozzles)1 1BM1. Nozzle Mark : N4, 1-1/2\"NPS, Sch. XXS, 300#
WNRF(Located entirely within a centrally located circle of head's
leg0.410.16M2. Nozzle Mark : N12 24\" NPS, Sch. 30, 300# WNRF
(Manhole Located at Shell with Reinforcement0.5614.27M3. Nozzle
Mark : Leg 20\"NPS, Sch. 30 (Leg Located at Shell with
Reinforcement0.512.7M4. Nozzle Mark : N1 10\"NPS, Sch. 60, 300#
WNRF (Located at Shell)0.512.7M5. Nozzle Mark : N1 8\" NPS, Sch. 80
300# WNRF (Located at Shell)0.512.7M6. Nozzle Mark : N10 & N14
6\" NPS, Sch. 80, 300# WNRF (Located at Shell0.4310.97M7. Nozzle
Mark : N3 & N7 3\" NPS, Sch. 160, 300# WNRF (Located at
Shell)0.4411.13M8. Nozzle Mark : N6 & N9 2\" NPS, Sch.160, 300#
WNRF (Located at Shell)0.348.74M9. Nozzle Mark : N2, N3, N11 &
N13 1-1/2\" NPS, Sch.XXS, 300# WNRF (Located at Shell 10.160.4M10.
Nozzle Mark : N15 1\" NPS, Sch.XXS, 300# WNRF (Piping branch from
N0.369.09M11. Nozzle Mark : N8A & N8B 1-1/2\" NPS, Sch.XXS,
300# WNRF (Located at Shell, F 10.160.4M12. Nozzle Mark : N16
1-1/2\" NPS, Sch.XXS, 300# WNRF (Located at Shell, F0.410.16M13.
Nozzle Mark : N5A & N5B, 1/2\" NPS, Sch.XXS, 300# WNRF (Located
at Leg0.297.47Note :Rest of nozzles are N17, N18 and N19 which
represent the instruments for LC & LG.e. Fittings :Tees :ASME
SA234 WPB1 1BHalf Coupling : ASME SA 105 N1, 3/4\" 3000#0.410.97f.
Stud Bolts :ASME SA193 Grade B7, Galvanized2.563.5g. Nuts :ASME
SA194 Grade 2H, Galvaanized2.563.52. Non-Pressure Parts Materialsa.
Saddle Plate :ASME SA516 Grade 700.6141 2Db. Lifting Lug Reinf.
Plate :ASME SA516 Grade 70(if required)0.8201 2D
Sheet 2DESIGN CALCULATIONS OF PRESSURE VESSELPage : 90 of
116According to ASME Code, Section VIII, Division 1, Edition 2001,
Addenda 2002Sheet : 2 of 12Designed by :Eng.Abdel Halim
Galala0,0Design General Manager (assist.)Rev. : 0Project : Design
& Procurement of ASME Pressure VesselDate : 6.4.2003Job Name :
Demineralization PlantJob No. : 7434-33Serial No. : 7434-33-U-2004
Dwg. No. : 7434-33-1A, Rev. 0Client : APRCVessel : Gasoline Surge
Feed Drum Item No. : 1-D-2 Capacity : 16.729 M3Type : HorizontalO.
Lowest MDMT Without Impact Test(cont.)[UG-20(f)] , [UCS-66] &
[FIG.UCS-66]1. Pressure Parts Materialsa. For cylindrical
shellMaterialASME SA516 Grade
70ConditionNormalizedCurveDooMDMT10F-12CNominal
thickness,tn(adopted thickness)0.55118 INCH14MMPoint of combination
ofMDMT& thkicknessBelow0,0so we have to check ratio
tr.E/(tn-c)Required thickness,tr235INCH5.968917 MMCorrosion
allowance,Cas0.11811 INCH3MMJoint efficiency,E = E*0.85ooMDMT
without impact testing(for thickness 0.551\")-51.7244F-46.51356
CRatio= tr . E / (tn -c)[Fig. UCS-66.2]0.46123> 0.35[Fig.
UCS-66-1]ooReduction in MDMT[Temp. versus ratio in Fig.
UCS-66.1]64F17.77778CooAdjusted MDMT w/o impact testing-115.724
F-82.06912 CImpact testing required?NOb. For formed
headsMaterialASME SA516 Grade
70ConditionNormalizedCurveDooMDMT10F-12CNominal
thickness,tn(adopted thickness)472INCH12MMPoint of combination of
MDMT & thkicknessBelow,we have to check
ratiotr.E/(tn-c)Required thickness,tr0.23358 INCH5.932923
MMCorrosion allowance,Cah0.11811 INCH3MMJoint efficiency,E =
E*0.85ooMDMT without impact testing(for thickness
1.3385827\")-55F-48.33333 CRatio= tr . E / (tn -c)[Fig.
UCS-66.1]0.56103> 0.35[Fig. UCS-66-1]ooReduction in MDMT[Temp.
versus ratio in Fig. UCS-66.1]64F17.77778CooAdjusted MDMT w/o
impact testing-119F-83.88889 CImpact testing required?No
Sheet 3DESIGN CALCULATIONS OF PRESSURE VESSELPage : 91 of
116According to ASME Code, Section VIII, Division 1, Edition 2001,
Addenda 2002Sheet : 3 of 12Designed by :Eng.Abdel Halim
Galala0,0Design General Manager (assist.)Rev. : 0Project : Design
& Procurement of ASME Pressure VesselDate : 6.4.2003Job Name :
Demineralization PlantJob No. : 7434-33Serial No. : 7434-33-U-2004
Dwg. No. : 7434-33-1A, Rev. 0Client : APRCVessel : Gasoline Surge
Feed Drum Item No. : 1-D-2 Capacity : 16.729 M3Type : HorizontalO.
Lowest MDMT Without Impact Test (cont.)[UG-20(f)] , [UCS-66] &
[FIG.UCS-66]c. For B16.5 flanges :MaterialASME SA105Ferritic
SteelASME/ANSIB16.5ConditionCurveBooMDMT10F-12CooImpact testing
exemption temp.[UCS-66(c)(1)]-20F-29CNote.The same condition apply
for flanges B16.47, split looseflanges of SA216 Grade WCB and LWN
flanges.[UCS-66(c)(2),(3)&(4)]For blind flanges :- M2, N12 24\"
NPS, 300# :MaterialASME SA105Ferritic
SteelASME/ANSIB16.5ConditionCurveBooMDMT10F-12CBlind thickness,
tA2.75197 INCH69.9MMGoverning thickness, t = t
/4g1A0.6879917475MM[Fig. UCS-66.3(c)]ooMDMT without impact
testing(for thickness 2.9374016\")10.0394F-12.20035 Cd. For pipe
nozzle in head M1, N4 1-1/2\" :MaterialASME SA 106 Grade
BConditionTemperedCurveBooMDMT10F-12CNominal thickness,tn(adopted
thickness)0.4INCH10.16MMPoint of combination of MDMT &
thkicknessBelow,we have to check ratio tr.E/(tn-c)Required
thickness,tr0.00436 INCH0.110801 MMCorrosion allowance,Can0.11811
INCH3MMJoint efficiency,E = E*0.85ooMDMT without impact testing(for
thickness 2.9374016\")-17.2F-27.33333 CRatio= tr . E / (tn -c)[Fig.
UCS-66.1]0.01315< 0.35[Fig. UCS-66-1]ooReduction in MDMT[Temp.
versus ratio in Fig. UCS-66.1]135F57.22222CooAdjusted MDMT w/o
impact testing[UCS-66(b)]-152.2F-102.3333 CImpact testing
required?No
Sheet 4DESIGN CALCULATIONS OF PRESSURE VESSELPage : 92 of
116According to ASME Code, Section VIII, Division 1, Edition 2001,
Addenda 2002Sheet : 4 of 12Designed by :Eng.Abdel Halim
Galala0,0Design General Manager (assist.)Rev. : 0Project : Design
& Procurement of ASME Pressure VesselDate : 6.4.2003Job Name :
Demineralization PlantJob No. : 7434-33Serial No. : 7434-33-U-2004
Dwg. No. : 7434-33-1A, Rev. 0Client : APRCVessel : Gasoline Surge
Feed Drum Item No. : 1-D-2 Capacity : 16.729 M3Type : HorizontalO.
Lowest MDMT Without Impact Test (cont.)[UG-20(f)] , [UCS-66] &
[FIG.UCS-66]For pipe nozzle in shell, M2, N12 24\" :MaterialASME SA
106 Grade BConditionTemperedCurveBooMDMT10F-12CNominal
thickness,tn(adopted thickness)0.56181 INCH14.27MMPoint of
combination of MDMT & thkicknessBelow,we haveto check ratio
tr.E/(tn-c)Required thickness,tr0.06976 INCH1.771823 MMCorrosion
allowance,Can0.11811 INCH3MMJoint efficiency,E = E*0.85oMDMT
without impact testing(for thickness
1.8759843\")-1.06614F-18.37008Ratio= tr . E / (tn -c)[Fig.
UCS-66.1]0.13363< 0.35[Fig. UCS-66-1]ooReduction in MDMT[Temp.
versus ratio in Fig. UCS-66.1]135F57.22222CooAdjusted MDMT w/o
impact testing[UCS-66(b)]-136.066 F-93.37008 CImpact testing
required?NoFor nozzle pipe in shell, M3, Leg 20\" :MaterialASME SA
106 Grade BConditionTemperedCurveBooMDMT10F-12CNominal
thickness,tn(adopted thickness)0.5INCH12.7MMPoint of combination of
MDMT & thkicknessBelow,we need to check
ratiotr.E/(tn-c)Required thickness,tr0.03033 INCH0.77046MMCorrosion
allowance,Can0.11811 INCH3MMJoint efficiency,E = E*0.85ooMDMT
without impact testing(for thickness 1.6259843\")-7F-21.66667
CRatio= tr . E / (tn -c)[Fig. UCS-66.1]0.06751< 0.35[Fig.
UCS-66-1]ooReduction in MDMT[Temp. versus ratio in Fig.
UCS-66.1]135F57.22222CooAdjusted MDMT w/o impact
testing[UCS-66(b)]-142F-96.66667 CImpact testing required?No
Sheet 5DESIGN CALCULATIONS OF PRESSURE VESSELPage : 93 of
116According to ASME Code, Section VIII, Division 1, Edition 2001,
Addenda 2002Sheet : 5 of 12Designed by :Eng.Abdel Halim
Galala0,0Design General Manager (assist.)Rev. : 0Project : Design
& Procurement of ASME Pressure VesselDate : 6.4.2003Job Name :
Demineralization PlantJob No. : 7434-33Serial No. : 7434-33-U-2004
Dwg. No. : 7434-33-1A, Rev. 0Client : APRCVessel : Gasoline Surge
Feed Drum Item No. : 1-D-2 Capacity : 16.729 M3Type : HorizontalO.
Lowest MDMT Without Impact Test (cont.)[UG-20(f)] , [UCS-66] &
[FIG.UCS-66]For nozzle M4, N1 10\" :MaterialASME SA 106 Grade
BConditionTemperedCurveBooMDMT10F-12CNominal thickness,tn(adopted
thickness)0.5INCH12.7MMPoint of combination of MDMT &
thkicknessBelow,we have to check ratiotr.E/(tn-c)Required
thickness,tr0.03033 INCH0.77046MMCorrosion allowance,Can0.11811
INCH3MMJoint efficiency,E = E*0.85ooMDMT without impact testing(for
thickness 1.1496063\")-7F-21.66667 CRatio= tr . E / (tn -c)[Fig.
UCS-66.1]0.06751< 0.35[Fig. UCS-66-1]ooReduction in MDMT[Temp.
versus ratio in Fig. UCS-66.1]135F57.22222CooAdjusted MDMT w/o
impact testing[UCS-66(b)]-142F-96.66667 CImpact testing
required?NoFor nozzle M5, N1 8\" :MaterialASME SA 106 Grade
BConditionTemperedCurveBooMDMT10F-12CNominal thickness,tn(adopted
thickness)0.5INCH12.7MMPoint of combination of MDMT &
thkicknessBelow,we have to check ratiotr.F/(tn-c)Required
thickness,tr0.02372 INCH0.602538 MMCorrosion allowance,Can0.11811
INCH3MMJoint efficiency,E = E*0.85ooMDMT without impact testing(for
thickness 1.1496063\")-7F-21.66667 CRatio= tr . E / (tn -c)[Fig.
UCS-66.1]0.0528< 0.35[Fig. UCS-66-1]ooReduction in MDMT[Temp.
versus ratio in Fig. UCS-66.1]135F57.22222CooAdjusted MDMT w/o
impact testing[UCS-66(b)]-142F-97CImpact testing required?No
Sheet 6DESIGN CALCULATIONS OF PRESSURE VESSELPage : 94 of
116According to ASME Code, Section VIII, Division 1, Edition 2001,
Addenda 2002Sheet : 6 of 12Designed by :Eng.Abdel Halim
Galala0,0Design General Manager (assist.)Rev. : 0Project : Design
& Procurement of ASME Pressure VesselDate : 6.4.2003Job Name :
Demineralization PlantJob No. : 7434-33Serial No. : 7434-33-U-2004
Dwg. No. : 7434-33-1A, Rev. 0Client : APRCVessel : Gasoline Surge
Feed Drum Item No. : 1-D-2 Capacity : 16.729 M3Type : HorizontalO.
Lowest MDMT Without Impact Test (cont.)[UG-20(f)] , [UCS-66] &
[FIG.UCS-66]For nozzle M6, N10 & N14 6\" :MaterialASME SA 106
Grade BConditionTemperedCurveBooMDMT10F-12CNominal
thickness,tn(adopted thickness)0.43189 INCH10.97MMPoint of
combination of MDMT & thkicknessBelow,we have to check
ratiotr.E/(tn-c)Required thickness,tr0.01832 INCH0.465209
MMCorrosion allowance,Can0.11811 INCH3MMJoint efficiency,E =
E*0.85ooMDMT without impact testing(for thickness
1.1496063\")-13.6283 F-25.34908 CRatio= tr . E / (tn -c)[Fig.
UCS-66.1]0.04961< 0.35[Fig. UCS-66-1]ooReduction in MDMT[Temp.
versus ratio in Fig. UCS-66.1]135F57.22222CooAdjusted MDMT w/o
impact testing[UCS-66(b)]-148.628 F-100.3491 CImpact testing
required?NoFor nozzle M7, N3 & N7 3\" :MaterialASME SA 106
Grade BConditionTemperedCurveBooMDMT10F-12CNominal
thickness,tn(adopted thickness)0.43819 INCH11.13MMPoint of
combination of MDMT & thkicknessBelow,we have to check
ratiotr.E/(tn-c)Required thickness,tr0.00891 INCH0.226288
MMCorrosion allowance,Can0.11811 INCH3MMJoint efficiency,E =
E*0.85ooMDMT without impact testing(for thickness
1.1496063\")-12.9339 F-24.96325 CRatio= tr . E / (tn -c)[Fig.
UCS-66.1]0.02366< 0.35[Fig. UCS-66-1]ooReduction in MDMT[Temp.
versus ratio in Fig. UCS-66.1]135F57.22222CooAdjusted MDMT w/o
impact testing[UCS-66(b)]-147.934 F-100CImpact testing
required?No
Sheet 7DESIGN CALCULATIONS OF PRESSURE VESSELPage : 95 of
116According to ASME Code, Section VIII, Division 1, Edition 2001,
Addenda 2002Sheet : 7 of 12Designed by :Eng.Abdel Halim
Galala0,0Design General Manager (assist.)Rev. : 0Project : Design
& Procurement of ASME Pressure VesselDate : 6.4.2003Job Name :
Demineralization PlantJob No. : 7434-33Serial No. : 7434-33-U-2004
Dwg. No. : 7434-33-1A, Rev. 0Client : APRCVessel : Gasoline Surge
Feed Drum Item No. : 1-D-2 Capacity : 16.729 M3Type : HorizontalO.
Lowest MDMT Without Impact Test (cont.)[UG-20(f)] , [UCS-66] &
[FIG.UCS-66]For nozzle M8, N6 & N9 2\" :MaterialASME SA 106
Grade BConditionTemperedCurveBooMDMT10F-12CNominal
thickness,tn(adopted thickness)0.34409 INCH8.74MMPoint of
combination of MDMT & thkicknessBelow,we have to check
ratiotr.E/(tn-c)Required thickness,tr0.00605 INCH0.15374MMCorrosion
allowance,Can0.11811 INCH3MMJoint efficiency,E = E*0.85ooMDMT
without impact testing(for thickness 1.1496063\")-20F-28.88889
CRatio= tr . E / (tn -c)[Fig. UCS-66.1]0.02277< 0.35[Fig.
UCS-66-1]ooReduction in MDMT[Temp. versus ratio in Fig.
UCS-66.1]135F57.22222CooAdjusted MDMT w/o impact
testing[UCS-66(b)]-155F-103.8889 CImpact testing required?NoFor
nozzle M9, N2, N3 & N13 1-1/2\" :MaterialASME SA 106 Grade
BConditionTemperedCurveBooMDMT10F-12CNominal thickness,tn(adopted
thickness)0.4INCH10.16MMPoint of combination of MDMT &
thkicknessBelow,we have to check ratiotr.E/(tn-c)Required
thickness,tr0.00431 INCH0.109438 MMCorrosion allowance,Can0.11811
INCH3MMJoint efficiency,E = E*0.85ooMDMT without impact testing(for
thickness 1.1496063\")-17.2F-27.33333 CRatio= tr . E / (tn -c)[Fig.
UCS-66.1]0.01299< 0.35[Fig. UCS-66-1]ooReduction in MDMT[Temp.
versus ratio in Fig. UCS-66.1]135F57.22222CooAdjusted MDMT w/o
impact testing[UCS-66(b)]-152.2F-102CImpact testing required?No
Sheet 8DESIGN CALCULATIONS OF PRESSURE VESSELPage : 96 of
116According to ASME Code, Section VIII, Division 1, Edition 2001,
Addenda 2002Sheet : 8 of 12Designed by :Eng.Abdel Halim
Galala0,0Design General Manager (assist.)Rev. : 0Project : Design
& Procurement of ASME Pressure VesselDate : 6.4.2003Job Name :
Demineralization PlantJob No. : 7434-33Serial No. : 7434-33-U-2004
Dwg. No. : 7434-33-1A, Rev. 0Client : APRCVessel : Gasoline Surge
Feed Drum Item No. : 1-D-2 Capacity : 16.729 M3Type : HorizontalO.
Lowest MDMT Without Impact Test (cont.)[UG-20(f)] , [UCS-66] &
[FIG.UCS-66]For nozzle M10, N15 1\" :MaterialASME SA 106 Grade
BConditionTemperedCurveBooMDMT10F-12CNominal thickness,tn(adopted
thickness)0.35787 INCH9.09MMPoint of combination of MDMT &
thkicknessBelow,we have to check ratiotr.E/(tn-c)Required
thickness,tr0.00279 INCH0.070757 MMCorrosion allowance,Can0.11811
INCH3MMJoint efficiency,E = E*0.85ooMDMT without impact testing(for
thickness 1.1496063\")-20F-28.88889 CRatio= tr . E / (tn -c)[Fig.
UCS-66.1]0.00988< 0.35[Fig. UCS-66-1]ooReduction in MDMT[Temp.
versus ratio in Fig. UCS-66.1]135F57.22222CooAdjusted MDMT w/o
impact testing[UCS-66(b)]-155F-103.8889 CImpact testing
required?NoFor nozzle M11, N8A & N8B 1-1/2\" :MaterialASME SA
106 Grade BConditionTemperedCurveBooMDMT10F-12CNominal
thickness,tn(adopted thickness)0.4INCH10.16MMPoint of combination
of MDMT & thkicknessBelow,we have to check
ratiotr.E/(tn-c)Required thickness,tr0.00431 INCH0.109438
MMCorrosion allowance,Can0.11811 INCH3MMJoint efficiency,E =
E*0.85ooMDMT without impact testing(for thickness
1.1496063\")-17.2F-27.33333 CRatio= tr . E / (tn -c)[Fig.
UCS-66.1]0.01299< 0.35[Fig. UCS-66-1]ooReduction in MDMT[Temp.
versus ratio in Fig. UCS-66.1]135F57.22222CooAdjusted MDMT w/o
impact testing[UCS-66(b)]-152.2F-102CImpact testing required?No
Sheet 9DESIGN CALCULATIONS OF PRESSURE VESSELPage : 97 of
116According to ASME Code, Section VIII, Division 1, Edition 2001,
Addenda 2002Sheet : 9 of 12Designed by :Eng.Abdel Halim
Galala0,0Design General Manager (assist.)Rev. : 0Project : Design
& Procurement of ASME Pressure VesselDate : 6.4.2003Job Name :
Demineralization PlantJob No. : 7434-33Serial No. : 7434-33-U-2004
Dwg. No. : 7434-33-1A, Rev. 0Client : APRCVessel : Gasoline Surge
Feed Drum Item No. : 1-D-2 Capacity : 16.729 M3Type : HorizontalO.
Lowest MDMT Without Impact Test (cont.)[UG-20(f)] , [UCS-66] &
[FIG.UCS-66]For nozzle M12, N16 1-1/2\" :MaterialASME SA 106 Grade
BConditionTemperedCurveBooMDMT10F-12CNominal thickness,tn(adopted
thickness)0.4INCH10.16MMPoint of combination of MDMT &
thkicknessBelow,we have to check ratiotr.E/(tn-c)Required
thickness,tr0.00431 INCH0.109438 MMCorrosion allowance,Can0.11811
INCH3MMJoint efficiency,E = E*0.85ooMDMT without impact testing(for
thickness 1.1496063\")-17.2F-27.33333 CRatio= tr . E / (tn -c)[Fig.
UCS-66.1]0.01299< 0.35[Fig. UCS-66-1]ooReduction in MDMT[Temp.
versus ratio in Fig. UCS-66.1]135F57.22222CooAdjusted MDMT w/o
impact testing[UCS-66(b)]-152.2F-102.3333 CImpact testing
required?NoFor nozzle M13, N5A & N5B 1/2\" :MaterialASME SA 106
Grade BConditionTemperedCurveBooMDMT10F-12CNominal
thickness,tn(adopted thickness)0.29409 INCH7.47MMPoint of
combination of MDMT & thkicknessBelow,we have to check
ratiotr.E/(tn-c)Required thickness,tr0.00169 INCH0.042802
MMCorrosion allowance,Can0.11811 INCH3MMJoint efficiency,E =
E*0.85ooMDMT without impact testing(for thickness
1.1496063\")-20F-28.88889 CRatio= tr . E / (tn -c)[Fig.
UCS-66.1]0.00814< 0.35[Fig. UCS-66-1]ooReduction in MDMT[Temp.
versus ratio in Fig. UCS-66.1]135F57.22222CooAdjusted MDMT w/o
impact testing[UCS-66(b)]-155F-104CImpact testing required?No
Sheet 10DESIGN CALCULATIONS OF PRESSURE VESSELPage : 98 of
116According to ASME Code, Section VIII, Division 1, Edition 2001,
Addenda 2002Sheet : 10 of 12Designed by :Eng.Abdel Halim
Galala0,0Design General Manager (assist.)Rev. : 0Project : Design
& Procurement of ASME Pressure VesselDate : 6.4.2003Job Name :
Demineralization PlantJob No. : 7434-33Serial No. : 7434-33-U-2004
Dwg. No. : 7434-33-1A, Rev. 0Client : APRCVessel : Gasoline Surge
Feed Drum Item No. : 1-D-2 Capacity : 16.729 M3Type : HorizontalO.
Lowest MDMT Without Impact Test (cont.)[UG-20(f)] , [UCS-66] &
[FIG.UCS-66]e. Stud bolts :MaterialASME SA193 Grade
B7Curve0Size1.25INCH31.75MMooMDMT10F-12CooImpact testing
exemption[Fig. UCS-66, Bolting]-55F-48C[Size 1.25\" < 2.5\"]Nuts
:MaterialASME SA 194 Grade
2HCurve0Size1.25INCH31.75MMooMDMT10F-12CooImpact testing
exemption[Fig. UCS-66, Bolting]-55F-48C[Size 1.25\" < 2.5\"]f.
Fittings : For equal tee : 1.5\" x 1.5\"Size,
NPS1.5INCHSch.XXSMaterialASME SA234 Grade
WPBConditionTemperedCurveBooMDMT10F-12CNominal thickness,tn(adopted
thickness)0.4INCH10.16MMPoint of combination of MDMT &
thkicknessBelow,we have to check ratio tr.E/(tn-c)Required
thickness,tr0.00431 INCH0.109438 MMCorrosion allowance,C0.11811
INCH3MMJoint efficiency,E = E*0.85ooMDMT without impact testing(for
thickness 1.0669291\")-17.2F-27.33333 CRatio= tr . E / (tn -c)[Fig.
UCS-66.1]0.01299< 0.35[Fig. UCS-66-1]ooReduction in MDMT[Temp.
versus ratio in Fig. UCS-66.1]135F57.22222CooAdjusted MDMT w/o
impact testing[UCS-66(b)]-152.2F-102.3333 CImpact testing
required?No
Sheet 11DESIGN CALCULATIONS OF PRESSURE VESSELPage : 99 of
116According to ASME Code, Section VIII, Division 1, Edition 2001,
Addenda 2002Sheet : 11 of 12Designed by :Eng.Abdel Halim
Galala0,0Design General Manager (assist.)Rev. : 0Project : Design
& Procurement of ASME Pressure VesselDate : 6.4.2003Job Name :
Demineralization PlantJob No. : 7434-33Serial No. : 7434-33-U-2004
Dwg. No. : 7434-33-1A, Rev. 0Client : APRCVessel : Gasoline Surge
Feed Drum Item No. : 1-D-2 Capacity : 16.729 M3Type : HorizontalO.
Lowest MDMT Without Impact Test (cont.)[UG-20(f)] , [UCS-66] &
[FIG.UCS-66]f. Fittings (cont.): For equal tee : 2\" x 1\"Size,
NPS2INCHSch.XXSMaterialASME SA234 Grade
WPBConditionTemperedCurveBooMDMT10F-12CNominal thickness,tn(adopted
thickness)0.34409 INCH8.74MMPoint of combination of MDMT &
thkicknessBelow,we have to check ratio tr.E/(tn-c)Required
thickness,tr0.00605 INCH0.15374MMCorrosion allowance,C0.11811
INCH3MMJoint efficiency,E = E*0.85ooMDMT without impact testing(for
thickness 1.0669291\")-23.4614 F-30.8119CRatio= tr . E / (tn
-c)[Fig. UCS-66.1]0.02277< 0.35[Fig. UCS-66-1]ooReduction in
MDMT[Temp. versus ratio in Fig. UCS-66.1]135F57.22222CooAdjusted
MDMT w/o impact testing[UCS-66(b)]-158.461 F-105.8119 CImpact
testing required?No
Sheet 12DESIGN CALCULATIONS OF PRESSURE VESSELPage : 100 of
116According to ASME Code, Section VIII, Division 1, Edition 2001,
Addenda 2002Sheet : 12 of 12Designed by :Eng.Abdel Halim
Galala0,0Design General Manager (assist.)Rev. : 0Project : Design
& Procurement of ASME Pressure VesselDate : 6.4.2003Job Name :
Demineralization PlantJob No. : 7434-33Serial No. : 7434-33-U-2004
Dwg. No. : 7434-33-1A, Rev. 0Client : APRCVessel : Gasoline Surge
Feed Drum Item No. : 1-D-2 Capacity : 16.729 M3Type : HorizontalO.
Lowest MDMT Without Impact Test (cont.)[UG-20(f)] , [UCS-66] &
[FIG.UCS-66]2. For Non-Pressure Parts :a. Saddle Plate (tf)
:MaterialASME SA516 Grade
70ConditionNormalizedCurveDooMDMT10F-12CNominal
thickness,tn(adopted thickness) (tf)0.55118 INCH14MMPoint of
combination of MDMT & thkicknessBelo,we have to check ratio
tr.E/(tn-c)Required thickness,tr0.56514 INCH14.35456 MMCorrosion
allowance,C0INCH0MMJoint efficiency,E = E*0.85ooMDMT without impact
testing(for thickness 1.0669291\")-51.7244F-46.51356 CRatio= tr . E
/ (tn -c)[Fig. UCS-66.1]0.87153> 0.35[Fig. UCS-66-1]ooReduction
in MDMT[Temp. versus ratio in Fig. UCS-66.1]20F-6.666667
CooAdjusted MDMT w/o impact testing[UCS-66(b)]-71.7244 F-57.62467
CImpact testing required?Nob. Lifting Lug Reinf. Plate
:MaterialASME SA516 Grade
60ConditionNormalizedCurveDooMDMT10F-12CNominal
thickness,tn(adopted thickness)0.7874INCH20MMPoint of combination
of MDMT & thkicknessAbove,no need to check ratio
tr.E/(tn-c)Required thickness,tr0.7874INCH20MMCorrosion
allowance,C0INCH0MMJoint efficiency,E = E*1ooMDMT without impact
testing(for thickness 1.0669291\")-36.6063F-38.11461 CRatio= tr . E
/ (tn -c)[Fig. UCS-66.1]1> 0.35[Fig. UCS-66-1]ooReduction in
MDMT[Temp. versus ratio in Fig. UCS-66.1]0F-17.77778 CooAdjusted
MDMT w/o impact testing[UCS-66(b)]-36.6063 F-38.11461 CImpact
testing required?NoConclusion :ooMDMT without Impact Testing for
Whole of Vessel10F-12C
