Csg Design.xls
March 9, 2017 | Author: Alexander | Category: N/A
Short Description
Download Csg Design.xls...
Description
Instructions
Casing Design Program
INSTRUCTIONS: THE VERY FIRST THING YOU SHOULD DO IS RUN "SAVE AS" AND NAME YOUR FILE. THAT WAY YOU WORK WITH YOUR NAMED FILE AND DON'T CORRUPT THE MASTER SPREADSHEET.
This workbook contains the following spreadsheets: NOTE: FOR YOUR ASSISTANCE, ALL FIELDS THAT REQUIRE INPUT ARE HIGHLIGHTED IN
Tab 3:
BLUE
Casing Design - This spreadsheet is used for designing the casing program for your well. Additional instructions will be found through out the Casing Design spreadsheet. INSTRUCTIONS: 1.
Fill in the Depth, Pore Pressure and Mud Weight data for your well.
2.
To assist you, depths will be filled in after you indicate the total depth of your well.
3.
Place your casing points in the information where appropriate for the depth.
4.
There are some boxes on top of the casing data for enterning the casing where you are not running a
5.
You will then move onto the next section of the spreadsheet "Max. Anticipated Surface Pres."
6.
Fill in this page. Some areas will pop up as you enter data due to calculations being made for you.
7.
Recommend that the casing design sheet be printed at this point.
8.
At the bottom of each casing string load sheet will be the equation for calculating the safety factors.
a combination string.
9. Fill in the blanks and calculate the safety factors. Write in the numbers on the "Casing Program" sheet. 10. Fill in the rest of the "Casing Program" sheet and type in the data. Print this sheet for entry into Drlg Program.
Tab 4:
PP Data - This speadsheet contains the data for the Pore Pressure, Mud Weight and frac gradient plot. Some of the data is already filled in the table. You will have to follow instructions on this sheet to obtain the plot you desire.
Tab 5:
PP Plot - The Pore Pressure plot. It will print on A4 paper.
Page 1
General
CASING DESIGN PROGRAM
Page 1 of 2
Basis for Design DRILLING Phase BURST LOADS
Internal Loads Lesser of: MASP(1) = BHP - (AGG*OH Depth) MASP(2) = Frac Press - (AGG * Csg Depth)
External Loads (OH Section)
Pore Pressure = .052 * Depth * PP(at depth of interest)
(Cased Hole Section)
MW Pressure = .052 * Depth * MW(ppg in annulus)
COLLAPSE LOADS
Internal Loads Low Fluid Level:
Based on 1) Lowest Pressure gradient in Loss zone in OH section 2) Maximum MW used in drilling this section
External Loads (Both OH & Csd Sections)
MW Pressure = .052 * Depth * MW (ppg in annulus)
TENSION LOADS Buoyed Wt of Casing BELOW depth of interest 1) Calculate Air Wt of casing: 2) Calculate Buoyancy Factor: 3) Calculate Buoyed Wt of csg:
Csg Wt (air) = Length of csg (below depth of interest) * Wt/ft BF = 1 - {MW(ppg)/ 65.4} Csg Wt (buoyed) = Air Wt of csg (below depth of interest) * BF
Page 2
General
CASING DESIGN PROGRAM
Page 2 of 2
Basis for Design COMPLETION Phase BURST LOADS
Internal Loads Calculate: PRESS Internal @ Depth of Interest
= MASP + PKR Fluid Hydrostatic
where MASP =
BHP - (AGG*Perf Depth)
External Loads (OH Section)
Pore Pressure = .052 * Depth * PP(at depth of interest)
(Cased Hole Section)
MW Pressure = .052 * Depth * MW(ppg in annulus)
COLLAPSE LOADS
Internal Loads Low Fluid Level:
Based on COMPLETELY Void due to DEPLETION Drive for Reservoirs NOTE: Burgan is ONLY exception, ie. STRONG Wtr Drive
External Loads (Both OH & Csd Sections)
MW Pressure = .052 * Depth * MW (ppg in annulus)
TENSION LOADS Buoyed Wt of Casing BELOW depth of interest 1) Calculate Air Wt of casing: 2) Calculate Buoyancy Factor: 3) Calculate Buoyed Wt of csg:
Csg Wt (air) = Length of csg (below depth of interest) * Wt/ft BF = {1 - MW(ppg)} / 65.4 Csg Wt (buoyed) = Air Wt of csg (below depth of interest) * BF
Page 3
Info
WELL INFORMATION Well Name: Date: Drlg Engr: Rig #: Field Name: Objective: Total Depth: Offset Wells Used:
Depth Increments
xxx abc-1 xxx Deep Rig xxx xxx 16000 abc-1
500
feet
Page 4
PORE PRESSURE DATA TVD PP 0 9.0 500 9.0 1000 9.0 1500 9.0 2000 9.0 2500 9.0 3000 9.0 3500 9.0 4000 9.0 4500 9.0 5000 9.0 5500 9.0 6000 9.0 6500 9.0 7000 9.0 7500 9.0 8000 9.0 8500 9.1 9000 9.1 9500 9.2 10000 9.3 10500 9.4 11000 12.0 11500 12.2 12000 12.5 12500 12.7 13000 13.0 13450 15.2 13550 15.5 13600 18.6 13700 19.5 13800 19.5 13850 18.5 14300 16.0 14350 15.5 16000 15.5
Version 1.0
RESSURE DATA MW 9.3 9.3 9.3 9.3 9.3 9.3 9.3 9.3 9.3 9.3 9.3 9.3 9.3 9.3 9.3 9.3 9.3 9.4 9.4 9.5 9.6 9.7 12.3 12.5 12.8 13.0 13.3 15.5 15.8 18.9 19.8 19.8 18.8 18.8 15.8 15.8
Info
Engr:
xxx
0 0 500 1000 1500 2000 2500 3000 3500 4000 4500 5000 5500 6000 6500 7000 7500 8000 8500 9000 9500 10000 10500 11000 11500 12000 12500 13000 13500 14000 14500 15000 15500 16000 16000 16000 16000 16000 16000 16000 16000 16000 16000 16000 16000 16000 16000 16000 16000
Page 5
Version 1.0
PORE PRESS vs DEPTH xxx
OBJECTIVE:
xxx
0 Pore Pressure
1000 30
Mud Weight
2000
Fracture Gradient Casing Point
3000
OFFSET WELLS USED: abc-1
4000
5000
6000
True Vertical Depth (ft)
24 7000
8000
9000
10000
18 5/8
11000
12000
13000
14000
13 3/8 10 3/4 7 3/4
15000
16000
17000 194324503.xls.ms_office
5 1/2
MAXIMUM ANTICIPATED SURFACE PRESSURES (MASP) Well Name:
xxx
Field:
Max. PP @ 1st csg pt below Structural Csg: Max. MW @ 1st csg pt below Structural Csg: Structural Csg OD: 42. inches @ Depth: 50 feet @ Depth : 1 Drilling - "D" or Full Csg - "F" or
Production-"P" Liner- "L"
A. Casing (in.) Formation Name @ Casing Shoe B. Setting Depth of Last Shoe (TVD ft)
xxx
xxx
Objective:
9.5 ppg 9.8 ppg Engineer: xxx 2
3
4
5
6
7
DRLG D F
DRLG D F
DRLG D F
DRLG D F
PROD P F
PROD P L
30
24
18 5/8
13 3/8
10 3/4
7 3/4
5 1/2
a
b
c
d
e
f
g
COND. D F
50
1345
6400
9860
13475
13830
14330
C. Setting Depth of This Casing (MD ft.)
1345
6400
9860
13475
13830
14330
16000
D. Setting Depth of This Casing (TVD ft.)
1345
6400
9860
13475
13830
14330
16000
E. Depth to Next Casing (TVD ft.)
6400
9860
13475
13830
14330
16000
16000
F. Max. Mud Wt (ppg)-@Next Csg Shoe
9.3
9.5
15.5
19.8
18.9
16.8
16.8
G. Max. Pore Press (ppg)-@Next Shoe
9.0
9.2
15.2
19.5
18.6
16.5
16.5
2995
4717
10651
14024
13860
13728
13728
H. Maximum Formation Pressure (psi) I. % Void (Gas/Mud) Assumed (Drlg Only)
100.0% 100.0%
34.0%
50.0%
67.0%
100.0%
100.0%
J. Surface Press. Neglecting Shoe(psi)
1555
2499
2869
5879
7810
11469
11469
K. Fracture Pressure at Shoe (ppg)
10.0
12.5
16.0
20.5
19.5
19.3
19.5
L. Fracture Gradient at Shoe (psi/ft)
0.520
0.650
0.832
1.066
1.014
1.004
1.014
M. Fracture Pressure at Shoe (psi)
699
4160
8204
14364
14024
14382
16224
N. Surface Pressure when Shoe Breaks Down (psi)
397
2720
6882
12367
12004
12358
13965
0.225
0.225
0.134
0.148
0.146
0.141
0.141
397
2499
2869
5879
7810
11469
11469
0.052
=
O. Average Gas Gradient (psi/ft)
P. MAX ANTICIPATED SURFACE PRESSURE (psi) Where:
Example calculations are for the surface casing string.
F. From Offset Wells =
9.5 ppg
G. Predicted Pore Pressure Based On Offset Wells: H. (E)(G)(0.052) = 9860 X
csgload.xls rev 5/28/96
194324503.xls.ms_office
9.2 ppg 9.2 X
I. % Void (Gas/Mud) Assumption = 100.0% J. For Casings With Less Than 100% Void Assumption: J = H - ((1-I) * F * .052 * E) - (I * O * E) For Casings with 100% Void Assumption: J = E*[(-0.161* S.G.)+(0.0488*(G))]+260 S.G. = SPECIFIC GRAVITY = 0.65 I= 100.0% therefore J = 2499 K. Fracture gradient based on Experience and Recorded data in Kuwait. L. (K)(0.052) = 12.5 X 0.052 = M. (L)(D) = 0.650 X 6400 = N. N = M-(O*D) D= 6400 ft. L= 4160 O. If D < 2500' then, O = 0.03075*S.G. If D > 2500' then, O = .0032(K) + .161(S.G.) - (260/E) = E= 9860 ft &D= 6400 P. Lesser of J or N = 2499
4717
0.832 8204
0.225 psi/ft 12/7/2013
194324503.xls.ms_office
194324503.xls.ms_office
Prog
CASING PROGRAM WELL NAME: FIELD: OBJECTIVE: ENGINEER: DATE:
xxx xxx
xxx xxx abc-1
Csg OD (inches) [STRUCTURAL] 42.000 [CONDUCTOR] 30.000 [ SURFACE ] 24.000
[ DRLG ] 18.625
[ DRLG ] 13.375
[ DRLG ] 10.750
[ PROD ] 7.750
[ PROD ] 5.500
TVD (feet)
MD (feet)
WEIGHT (lbs/ft)
GRADE Letter -Min Yield
50
50
1345
1345
157.
X -56
1500 6395
1500 6395
171. 171.
N -80 K -55 -
5000 7500 9850
5000 7500 9850
112. 112. 136.
P -110 K -55 T -95
3000 9500 13500
3000 9500 13500
72. 72. 72.
P -110 T -95 P -110
13000 13825
13000 13825
71.1 73.2
P -110 Q -125 -
14320
14320
46.1
P -110 -
CONN.
SAFETY FACTORS (API Min.) SFB SFC SFT N/A
N/A
N/A
-
NOTES:
* The Design Basis for Production Casings is "Dry Gas to Surface" due to Exploration well. * The production casings (7-3/4" x 5-1/2" liner) are NOT H2S tolerant. * The available casing inventory DOES NOT allow for H2S to be accomodated within the design.
12/7/2013
Page 10
Prog CASING GRADE TABLE Min Yield 55 56 80 95 110 125 150
Letter K X N T P Q V
Page 11
Well: xxx Objective: xxx TD : 16000 ft
Date: Engr :
CASING
abc-1 xxx
SCHEMATIC
30 @ 1345
in. ft
a
24 @ 6400
in. ft
b
18.625 @ 9860
in. ft
c
13.375 in. @ 13475 ft
d
10.75 in. @ 13830 ft
e
7.75 in. 14330 ft
f
194324503.xls.ms_office
C1
DRILLING LOADS (ONLY)
30.000
13
inch COND. Csg
MASP Data
Full String Casing Depth TVD
Mud WtSet In
This Csg
Next
50
1345
6400
9.80
n/a
n/a
9.30
Grade
Burst
Coll
TensTube TensConn
Depth
W.T.
56 k
1633
225
2,594,956
1345
0.500
(ppg)
Mud WtSect.Max (ppg)
Casing Data OD Wt 30.
Buoy Factor Buoy Force (lbs) Neutral Point (ft)
Last
157.00
0.85
VOID Thru:
1,143
MW Used : AGG:
2,594,956
GAS GAS GAS GAS GAS GAS GAS GAS GAS GAS GAS GAS GAS GAS GAS GAS GAS GAS GAS GAS GAS GAS GAS GAS GAS GAS GAS GAS GAS GAS GAS GAS GAS GAS GAS GAS GAS
Safety Factors =
PORE PRESS
Load
Load
INTmax
EXTmin
INTmin
EXTmax
(Kick)
(Losses)
9.0
n/a
n/a
n/a
n/a
397
191
8.6 9.0 9.0 9.0 9.0 9.0 9.0 9.0 9.0 9.0 9.0 9.0 9.0 9.0 9.0 9.0 9.0 9.0 9.0 9.0 9.0 9.0 9.0 9.0 9.0 9.0 9.0 9.0 9.0 9.0 9.0 9.0 9.0 9.0 9.0 9.0 9.0
Rating Load
397 405 414 422 430 439 447 456 464 472 481 489 498 506 514 523 531 540 548 556 565 573 582 590 599 607 615 624 632 641 649 657 666 674 683 691 699
0 19 35 52 70 87 105 122 140 157 175 192 210 227 245 262 280 297 315 332 350 367 385 402 420 437 455 472 490 507 525 542 560 577 594 612 629
0 0 0 0 0 0 0 0 0 7 25 43 61 79 97 115 133 151 169 187 205 223 241 260 278 296 314 332 350 368 386 404 422 440 458 476 494
Example ==>
0 19 38 57 76 95 114 133 152 171 190 209 228 248 267 286 305 324 343 362 381 400 419 438 457 476 495 514 533 552 571 590 609 628 647 666 685
397 386 379 370 360 351 342 333 324 315 306 297 288 279 270 261 252 242 233 224 215 206 197 188 179 170 161 152 143 133 124 115 106 97 88 79 70
0 19 38 57 76 95 114 133 152 165 166 167 168 169 170 171 172 173 173 174 175 176 177 178 179 180 181 182 183 184 185 186 187 188 189 190 191
SFBAPI = (Burst Rating) = (Burst Load)
323
feet
TensCon
MAXIMUM VALUE>
Coll
8.3 ppg 3,000
TensTub
GAS / MUD
Burst
Collapse
PSI/FT
Coll
Burst
PPG
Safety Factors (Drilling Loads) API Biaxial
4.12
>9
>9
>9
>9
4.23
11.82
>9
>9
11.35
4.31
5.91
>9
>9
5.67
4.42
3.94
>9
>9
3.78
4.53
2.95
>9
>9
2.84
4.65
2.36
>9
>9
2.29
4.77
1.97
>9
>9
1.91
4.90
1.69
>9
>9
1.64
5.04
1.48
>9
>9
1.43
5.18
1.37
>9
>9
1.32
5.34
1.36
>9
>9
1.32
5.50
1.35
>9
>9
1.31
5.67
1.34
>9
>9
1.30
5.86
1.33
>9
>9
1.29
6.06
1.33
>9
>9
1.29
6.27
1.32
>9
>9
1.28
6.49
1.31
>9
>9
1.29
6.74
1.30
>9
>9
1.28
7.00
1.30
>9
>9
1.27
7.28
1.29
>9
>9
1.26
7.59
1.28
>9
>9
1.26
7.92
1.28
>9
>9
1.25
8.29
1.27
>9
>9
1.24
8.69
1.26
>9
>9
1.24
>9
1.25
>9
>9
1.23
>9
1.25
>9
>9
1.22
>9
1.24
>9
>9
1.23
>9
1.23
>9
>9
1.22
>9
1.23
>9
>9
1.22
>9
1.22
>9
>9
1.21
>9
1.22
>9
>9
1.20
>9
1.21
>9
>9
1.20
>9
1.20
>9
>9
1.19
>9
1.20
>9
>9
1.18
>9
1.19
>9
>9
1.18
>9
1.18
>9
>9
1.17
>9
1.18
Burst
Loads DRILLING
TVD
LOSS Circulation Data
Low Fluid Level @:
37 feet 1.20 for Graph line
PSI
0.225
Min PP below shoe: @ Depth (ft):
30.
Calculation Intervals ==> BURST Safety Factor==>
0 37 75 112 149 187 224 262 299 336 374 411 448 486 523 560 598 635 673 710 747 785 822 859 897 934 971 1009 1046 1083 1121 1158 1196 1233 1270 1308 1345
397 100.0% 6400 9.30
31,761
30.
TVD
MASP: % VOID :
1633 397
##### #####
=
4.12
Collapse
1.17
194324503.xls.ms_office
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14
194324503.xls.ms_office
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15 30.000
inch Csg
Tube Data X-sect Area 46.338
PIPE RATINGS BURST Depth
API
0 37 75 112 149 187 224 262 299 336 374 411 448 486 523 560 598 635 673 710 747 785 822 859 897 934 971 1009 1046 1083 1121 1158 1196 1233 1270 1308 1345
1,633 1,633 1,633 1,633 1,633 1,633 1,633 1,633 1,633 1,633 1,633 1,633 1,633 1,633 1,633 1,633 1,633 1,633 1,633 1,633 1,633 1,633 1,633 1,633 1,633 1,633 1,633 1,633 1,633 1,633 1,633 1,633 1,633 1,633 1,633 1,633 1,633
COLLAPSE
194324503.xls.ms_office
C1
16
194324503.xls.ms_office
inch Csg
Set @:
C1
17 Well: xxx
1345 TVD
Air Wt Section 1 211165 Section 2 0 Section 3 0 Total 211165
Tensile Load depth
B.W. 179523 0 0 179523
@
COLLAPSE API Biaxcorr
TENSION TUBEAPI CONNAPI
225
216
2,594,956
2,594,956
211,165
179,523
3,874
225
216
2,594,956
2,594,956
205,299
174,536
3,767
225
216
2,594,956
2,594,956
199,434
169,549
3,659
225
216
2,594,956
2,594,956
193,568
164,562
3,551
225
216
2,594,956
2,594,956
187,702
159,576
3,444
225
218
2,594,956
2,594,956
181,837
154,589
3,336
225
218
2,594,956
2,594,956
175,971
149,602
3,228
225
218
2,594,956
2,594,956
170,105
144,615
3,121
225
218
2,594,956
2,594,956
164,239
139,629
3,013
225
218
2,594,956
2,594,956
158,374
134,642
2,906
225
218
2,594,956
2,594,956
152,508
129,655
2,798
225
218
2,594,956
2,594,956
146,642
124,668
2,690
225
218
2,594,956
2,594,956
140,777
119,682
2,583
225
218
2,594,956
2,594,956
134,911
114,695
2,475
225
218
2,594,956
2,594,956
129,045
109,708
2,368
225
218
2,594,956
2,594,956
123,180
104,721
2,260
225
221
2,594,956
2,594,956
117,314
99,735
2,152
225
221
2,594,956
2,594,956
111,448
94,748
2,045
225
221
2,594,956
2,594,956
105,583
89,761
1,937
225
221
2,594,956
2,594,956
99,717
84,775
1,829
225
221
2,594,956
2,594,956
93,851
79,788
1,722
225
221
2,594,956
2,594,956
87,985
74,801
1,614
225
221
2,594,956
2,594,956
82,120
69,814
1,507
225
221
2,594,956
2,594,956
76,254
64,828
1,399
225
221
2,594,956
2,594,956
70,388
59,841
1,291
225
221
2,594,956
2,594,956
64,523
54,854
1,184
225
223
2,594,956
2,594,956
58,657
49,867
1,076
225
223
2,594,956
2,594,956
52,791
44,881
969
225
223
2,594,956
2,594,956
46,926
39,894
861
225
223
2,594,956
2,594,956
41,060
34,907
753
225
223
2,594,956
2,594,956
35,194
29,920
646
225
223
2,594,956
2,594,956
29,328
24,934
538
225
223
2,594,956
2,594,956
23,463
19,947
430
225
223
2,594,956
2,594,956
17,597
14,960
323
225
223
2,594,956
2,594,956
11,731
9,973
215
225
223
2,594,956
2,594,956
5,866
4,987
108
225
223
2,594,956
2,594,956
0
0
0
in Air
Axial Stress (psi)
in Mud
Sect 1
Sect 2
Sect 3 #VALUE!
Depth 0
37 75 112 149 187 224 262 299 336 374 411 448 486 523 560 598 635 673 710 747 785 822 859 897 934 971 1009 1046 1083 1121 1158 1196 1233 1270 1308 1345
194324503.xls.ms_office
C1
18
194324503.xls.ms_office
inch Csg
30.000
C1 Set @:
1345
19
TVD
COLLAPSE TENSION Axial Stress (psi) Sect 1
Sect 2
3,874
Sect 3 #VALUE!
COLLAPSE
Axial Stress (as % of Mat'l) Pipe Ratings (Corr for Axial Stress) Sect 1 Sect 2 6.92%
Sect 3
Sect 1
#VALUE!
96.00
3,767
6.73%
96.00
3,659
6.53%
96.00
3,551
6.34%
96.00
3,444
6.15%
96.00
3,336
5.96%
97.00
3,228
5.77%
97.00
3,121
5.57%
97.00
3,013
5.38%
97.00
2,906
5.19%
97.00
2,798
5.00%
97.00
2,690
4.80%
97.00
2,583
4.61%
97.00
2,475
4.42%
97.00
2,368
4.23%
97.00
2,260
4.04%
97.00
2,152
3.84%
98.00
2,045
3.65%
98.00
1,937
3.46%
98.00
1,829
3.27%
98.00
1,722
3.07%
98.00
1,614
2.88%
98.00
1,507
2.69%
98.00
1,399
2.50%
98.00
1,291
2.31%
98.00
1,184
2.11%
98.00
1,076
1.92%
99.00
969
1.73%
99.00
861
1.54%
99.00
753
1.35%
99.00
646
1.15%
99.00
538
0.96%
99.00
430
0.77%
99.00
323
0.58%
99.00
215
0.38%
99.00
108
0.19%
99.00
0
0.00%
99.00
Sect 2
Sect 3 #VALUE!
194324503.xls.ms_office
C1
20
194324503.xls.ms_office
C1
BURST Drilling Load Reference Depth 0 0 37 75 112 149 187 224 262 299 336 374 411 448 486 523 560 598 635 673 710 747 785 822 859 897 934 971 1009 1046 1083 1121 1158 1196 1233 1270 1308
Burst w/ 1.2 SF Depth 0 37 75 112 149 187 224 262 299 336 374 411 448 486 523 560 598 635 673 710 747 785 822 859 897 934 971 1009 1046 1083 1121 1158 1196 1233 1270 1308 1345
1.20 GAS GAS GAS GAS GAS GAS GAS GAS GAS GAS GAS GAS GAS GAS GAS GAS GAS GAS GAS GAS GAS GAS GAS GAS GAS GAS GAS GAS GAS GAS GAS GAS GAS GAS GAS GAS GAS
Safety Factors =
Collapse
Burst
Coll
PORE PRESS
Load
Load
INTmax
EXTmin
INTmin
EXTmax
(Kick)
(Losses)
9.0
n/a
n/a
n/a
n/a
2499
530
8.6 9.0 9.0 9.0 9.0 9.0 9.0 9.0 9.0 9.0 9.0 9.0 9.0 9.0 9.0 9.0 9.0 9.0 9.0 9.0 9.0 9.0 9.0 9.0 9.0 9.0 9.0 9.0 9.0 9.0 9.0 9.0 9.0 9.0 9.0 9.0 9.0
2499 2539 2579 2619 2659 2699 2739 2779 2819 2859 2899 2939 2979 3019 3059 3099 3139 3179 3219 3259 3299 3339 3379 3419 3459 3499 3539 3579 3619 3659 3699 3739 3779 3819 3859 3899 3939
0 86 172 258 344 430 516 602 666 749 832 915 998 1082 1165 1248 1331 1414 1498 1581 1664 1747 1830 1914 1997 2080 2163 2246 2330 2413 2496 2579 2662 2746 2829 2912 2995
0 0 0 0 0 0 0 71 159 247 335 423 510 598 686 774 862 950 1037 1125 1213 1301 1389 1477 1564 1652 1740 1828 1916 2003 2091 2179 2267 2355 2443 2530 2618
0 86 172 258 344 430 516 602 688 774 860 946 1032 1118 1204 1290 1376 1462 1548 1633 1719 1805 1891 1977 2063 2149 2235 2321 2407 2493 2579 2665 2751 2837 2923 3009 3095
Rating Load
Example ==>
2499 2453 2407 2361 2315 2269 2223 2177 2153 2110 2067 2023 1980 1937 1894 1851 1807 1764 1721 1678 1635 1591 1548 1505 1462 1419 1375 1332 1289 1246 1203 1159 1116 1073 1030 987 943
0 86 172 258 344 430 516 530 529 527 525 523 521 519 518 516 514 512 510 508 506 505 503 501 499 497 495 493 492 490 488 486 484 482 481 479 477
SFBAPI = (Burst Rating) = (Burst Load)
TensCon
Burst
Safety Factors (Drilling Loads) API Biaxial
TensTub
Loads DRILLING
Coll
178 feet 1.20 for Graph line
1.61
>9
3.88
3.88
>9
1.64
13.64
3.99
3.99
11.73
1.67
6.82
4.11
4.11
5.94
1.70
4.55
4.23
4.23
3.96
1.73
3.41
4.37
4.37
2.97
1.77
2.73
4.51
4.51
2.37
1.81
2.27
4.66
4.66
2.01
1.84
2.21
4.82
4.82
1.96
1.86
2.22
4.99
4.99
1.96
1.31
2.20
3.56
3.56
1.85
1.34
2.21
3.70
3.70
1.85
1.36
2.22
3.84
3.84
1.91
1.39
2.22
4.00
4.00
1.91
1.42
2.23
4.18
4.18
1.94
1.46
2.24
4.37
4.37
1.95
1.49
2.25
4.58
4.58
1.99
1.53
2.26
4.81
4.81
2.00
1.56
2.26
5.06
5.06
2.04
1.60
2.27
5.34
5.34
2.04
1.65
2.28
5.66
5.66
2.08
1.69
2.29
6.01
6.01
2.08
1.73
2.30
6.41
6.41
2.09
1.78
2.31
6.87
6.87
2.12
1.83
2.31
7.40
7.40
2.13
1.89
2.32
8.02
8.02
2.17
1.95
2.33
8.75
8.75
2.18
2.01
2.34
>9
>9
2.22
2.07
2.35
>9
>9
2.23
2.14
2.36
>9
>9
2.26
2.22
2.37
>9
>9
2.27
2.30
2.38
>9
>9
2.30
2.38
2.38
>9
>9
2.31
2.47
2.39
>9
>9
2.35
2.57
2.40
>9
>9
2.35
2.68
2.41
>9
>9
2.39
2.80
2.42
>9
>9
0.00
0.00
Burst
Calculation Intervals ==> BURST Safety Factor==>
0 178 356 533 711 889 1067 1244 1422 1600 1778 1956 2133 2311 2489 2667 2844 3022 3200 3378 3556 3733 3911 4089 4267 4444 4622 4800 4978 5156 5333 5511 5689 5867 6044 6222 6400
2499 100.0% 9860 9.50
155,828
24.
TVD
MASP: % VOID :
4014 2499
##### #####
=
1.61
Collapse
2.40 #VALUE!
194324503.xls.ms_office
C2
23
194324503.xls.ms_office
C2
24 24.000
Tube Data X-sect Area 50.387 50.387
PIPE RATINGS BURST Depth
API
0 178 356 533 711 889 1067 1244 1422 1600 1778 1956 2133 2311 2489 2667 2844 3022 3200 3378 3556 3733 3911 4089 4267 4444 4622 4800 4978 5156 5333 5511 5689 5867 6044 6222 6400
4,014 4,014 4,014 4,014 4,014 4,014 4,014 4,014 4,014 2,760 2,760 2,760 2,760 2,760 2,760 2,760 2,760 2,760 2,760 2,760 2,760 2,760 2,760 2,760 2,760 2,760 2,760 2,760 2,760 2,760 2,760 2,760 2,760 2,760 2,760 2,760 0
194324503.xls.ms_office
C2
25
194324503.xls.ms_office
inch Csg
C2 Set @:
26 Well: xxx
6400 TVD
Air Wt Section 1 256500 Section 2 837045 Section 3 0 Total #######
X-sect Area 50.387 50.387
B.W. 220025 718016 0 938041
PIPE RATINGS BURST
Tensile Load depth
@
COLLAPSE API Biaxcorr
TENSION TUBEAPI CONNAPI
1,173
1,009
3,640,000
3,640,000
1,093,545
938,041 18,617
1,173
1,009
3,640,000
3,640,000
1,063,145
911,964 18,099
1,173
1,021
3,640,000
3,640,000
1,032,745
885,887 17,582
1,173
1,021
3,640,000
3,640,000
1,002,345
859,810 17,064
1,173
1,021
3,640,000
3,640,000
971,945
833,733 16,547
1,173
1,021
3,640,000
3,640,000
941,545
807,656 16,029
1,173
1,038
3,640,000
3,640,000
911,145
781,579 15,512
1,173
1,038
3,640,000
3,640,000
880,745
755,501 14,994
1,173
1,038
3,640,000
3,640,000
850,345
729,424 14,476
1,159
974
2,503,000
2,503,000
819,945
703,347
13,959
1,159
974
2,503,000
2,503,000
789,545
677,270
13,441
1,159
997
2,503,000
2,503,000
759,145
651,193
12,924
1,159
997
2,503,000
2,503,000
728,745
625,116
12,406
1,159
1,008
2,503,000
2,503,000
698,345
599,039
11,889
1,159
1,008
2,503,000
2,503,000
667,945
572,962
11,371
1,159
1,026
2,503,000
2,503,000
637,545
546,885
10,854
1,159
1,026
2,503,000
2,503,000
607,145
520,808
10,336
1,159
1,043
2,503,000
2,503,000
576,745
494,731
9,819
1,159
1,043
2,503,000
2,503,000
546,345
468,654
9,301
1,159
1,055
2,503,000
2,503,000
515,945
442,577
8,784
1,159
1,055
2,503,000
2,503,000
485,545
416,500
8,266
1,159
1,055
2,503,000
2,503,000
455,145
390,423
7,748
1,159
1,066
2,503,000
2,503,000
424,745
364,345
7,231
1,159
1,066
2,503,000
2,503,000
394,345
338,268
6,713
1,159
1,084
2,503,000
2,503,000
363,945
312,191
6,196
1,159
1,084
2,503,000
2,503,000
333,545
286,114
5,678
1,159
1,101
2,503,000
2,503,000
303,145
260,037
5,161
1,159
1,101
2,503,000
2,503,000
272,745
233,960
4,643
1,159
1,113
2,503,000
2,503,000
242,345
207,883
4,126
1,159
1,113
2,503,000
2,503,000
211,945
181,806
3,608
1,159
1,124
2,503,000
2,503,000
181,545
155,729
3,091
1,159
1,124
2,503,000
2,503,000
151,145
129,652
2,573
1,159
1,136
2,503,000
2,503,000
120,745
103,575
2,056
1,159
1,136
2,503,000
2,503,000
90,345
77,498
1,538
1,159
1,147
2,503,000
2,503,000
59,945
51,421
1,021
1,159
1,147
2,503,000
2,503,000
29,545
25,344
503
0
#VALUE!
0
0
0
0
in Air
Axial Stress (psi)
in Mud
Sect 1
Sect 2
Sect 3
194324503.xls.ms_office
C2
27
194324503.xls.ms_office
C2
inch Csg
24.000
Set @:
6400
28 TVD
COLLAPSE TENSION Axial Stress (psi) Depth
Sect 1 0
178 356 533 711 889 1067 1244 1422 1600 1778 1956 2133 2311 2489 2667 2844 3022 3200 3378 3556 3733 3911 4089 4267 4444 4622 4800 4978 5156 5333 5511 5689 5867 6044 6222 6400
Sect 2
Sect 3
COLLAPSE
Axial Stress (as % of Mat'l) Pipe Ratings (Corr for Axial Stress) Sect 1 Sect 2
Sect 3
Sect 1
18,617
23.27%
86.00
18,099
22.62%
86.00
17,582
21.98%
87.00
17,064
21.33%
87.00
16,547
20.68%
87.00
16,029
20.04%
87.00
15,512
19.39%
88.50
14,994
18.74%
88.50
14,476
18.10%
Sect 2
88.50
13,959
25.38%
84.00
13,441
24.44%
84.00
12,924
23.50%
86.00
12,406
22.56%
86.00
11,889
21.62%
87.00
11,371
20.67%
87.00
10,854
19.73%
88.50
10,336
18.79%
88.50
9,819
17.85%
90.00
9,301
16.91%
90.00
8,784
15.97%
91.00
8,266
15.03%
91.00
7,748
14.09%
91.00
7,231
13.15%
92.00
6,713
12.21%
92.00
6,196
11.27%
93.50
5,678
10.32%
93.50
5,161
9.38%
95.00
4,643
8.44%
95.00
4,126
7.50%
96.00
3,608
6.56%
96.00
3,091
5.62%
97.00
2,573
4.68%
97.00
2,056
3.74%
98.00
1,538
2.80%
98.00
1,021
1.86%
99.00
503
0.91%
99.00
Sect 3
194324503.xls.ms_office
C2
29
194324503.xls.ms_office
C2
BURST Drilling Load Reference Depth 0 0 178 356 533 711 889 1067 1244 1422 1600 1778 1956 2133 2311 2489 2667 2844 3022 3200 3378 3556 3733 3911 4089 4267 4444 4622 4800 4978 5156 5333 5511 5689 5867 6044 6222
Burst w/ 1.2 SF Depth 0 178 356 533 711 889 1067 1244 1422 1600 1778 1956 2133 2311 2489 2667 2844 3022 3200 3378 3556 3733 3911 4089 4267 4444 4622 4800 4978 5156 5333 5511 5689 5867 6044 6222 6400
1.20
2869 2770 2671 2573 2474 2376 2277 2178 2080 1981 1883 1784 1685 1587 1488 1390 1291 1219 1242 1328 1413 1499 1584 1670 1755 2012 2104 2197 2289 2382 2474 2567 2660 2707 2798 2889 2930
0 135 271 406 541 677 812 947 1082 1218 1353 1488 1432 1346 1261 1175 1090 1028 1004 919 833 748 662 577 492 406 321 235 150 64 -21 -107 -192 -278 -363 -448 -534
SFBAPI = (Burst Rating) = (Burst Load)
TensCon
0 274 548 822 1096 1369 1643 1917 2191 2465 2739 3013 3287 3561 3834 4108 4382 4582 4656 4930 5204 5478 5752 6026 6299 6573 6847 7121 7395 7669 7943 8217 8491 8764 9038 9312 9586
Load
EXTmin
TensTub
MAXIMUM VALUE>
Load INTmax
2.08
>9
3.64
3.64
>9
2.16
11.09
3.74
3.74
9.20
2.24
5.54
3.85
3.85
4.66
2.32
3.70
3.96
3.96
3.10
2.42
2.77
4.07
4.07
2.33
2.52
2.22
4.20
4.20
1.91
2.63
1.85
4.33
4.33
1.59
2.75
1.58
4.47
4.47
1.36
2.88
1.39
4.62
4.62
1.21
3.02
1.23
4.78
4.78
1.07
3.18
1.11
4.95
4.95
0.96
3.35
1.01
5.14
5.14
0.89
3.55
1.05
5.34
5.34
0.93
3.77
1.11
5.55
5.55
0.99
4.02
1.19
5.79
5.79
1.07
4.30
1.28
6.04
6.04
1.15
4.63
1.38
6.32
6.32
1.25
4.90
1.46
6.53
6.53
1.33
4.81
1.49
6.62
6.62
1.36
4.50
1.63
6.95
6.95
1.49
2.12
1.70
3.66
3.66
1.41
1.99
1.90
3.87
3.87
1.59
1.89
2.14
4.10
4.10
1.80
1.79
2.46
4.36
4.36
2.12
1.70
2.89
4.65
4.65
2.51
1.49
3.50
4.99
4.99
3.04
1.42
4.43
5.38
5.38
3.92
1.36
6.04
5.83
5.83
5.43
1.31
9.48
6.37
6.37
8.63
2.60
40.28
>9
>9
38.66
2.50
#####
>9
>9
-117.58
2.41
-24.30
>9
>9
-23.57
2.33
-13.49
>9
>9
-13.08
2.29
-9.33
>9
>9
-9.15
2.21
-7.14
>9
>9
-6.99
2.14
-5.78
>9
>9
-5.72
2.11
-4.85
>9
>9
-4.80
=
2.08
Burst
GAS / MUD
Coll
Coll
TVD
Burst
10,500
Low Fluid Level @: 3,048 feet
Loads
PORE PRESS
PPG
LOSS Circulation Data
DRILLING Collapse
TVD
VOID Thru :
8,428
Coll
Burst
PSI
159,725
Burst
274 feet 1.20 for Graph line
2869
% VOID :
34.0% 4582 15.50
0.85
Grade
Calculation Intervals ==> BURST Safety Factor==>
MASP :
5980 2869
Collapse
194324503.xls.ms_office
C3
32
194324503.xls.ms_office
C3
PRODUCTION LOADS (Only)
33
inch Csg
18.625
DESIGN BASIS
Full String
Coll:
Casing
Last
Depth TVD
6400 (ppg)
Mud WtSet In
Mud WtSect.Max (ppg)
Casing Data OD Wt
This Csg
Next
9860
13475
9.50
n/a
n/a
15.50
Buoy Factor Buoy Force (lbs) Neutral Point (ft)
0.85
Burst:
159,725 8,428
MASP Data:
Grade
Burst
Coll
TensTube TensConn
Depth
W.T.
PERF Depth:
18.625
112.00
110 k
5980
1500
3,611,000 3,611,000
5000
0.579
Max PP @Perf:
18.625
112.00
55 k
2990
1420
1,805,000 1,805,000
7500
0.579
18.625
136.00
95 k
6190
2590
3,709,000 3,709,000
9850
0.693
Loads PRODUCTION
Burst EXT Support
MAXIMUM VALUE> 0 274 548 822 1096 1369 1643 1917 2191 2465 2739 3013 3287 3561 3834 4108 4382 4582 4656 4930 5204 5478 5752 6026 6299 6573 6847 7121 7395 7669 7943 8217 8491 8764 9038 9312 9586
MW MW MW MW MW MW MW MW MW MW MW MW MW MW MW MW MW MW MW MW MW MW MW MW MW PP PP PP PP PP PP PP PP PP PP PP PP
Safety Factors =
Collapse
Burst
Coll
PORE PRESS
Load
Load
INTmax
EXTmin
INTmin
EXTmax
(Prod)
(Void)
9.2
n/a
n/a
n/a
n/a
10121
4736
8.6 9.0 9.0 9.0 9.0 9.0 9.0 9.0 9.0 9.0 9.0 9.0 9.0 9.0 9.0 9.0 9.0 9.0 9.0 9.0 9.0 9.0 9.0 9.0 9.0 9.0 9.0 9.0 9.0 9.0 9.0 9.0 9.0 9.1 9.1 9.1 9.2
7728 7927 8127 8326 8526 8725 8924 9124 9323 9523 9722 9921 10121 10320 10519 10719 10918 11063 11118 11317 11516 11716 11915 12115 12314 12513 12713 12912 13112 13311 13510 13710 13909 14109 14308 14507 14707
Rating Load
0 135 271 406 541 677 812 947 1082 1218 1353 1488 1624 1759 1894 2030 2165 2263 2300 2435 2571 2706 2841 2977 3112 3076 3205 3333 3461 3589 3717 3845 3974 4147 4277 4407 4586
Example ==>
0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0
0 135 271 406 541 677 812 947 1082 1218 1353 1488 1624 1759 1894 2030 2165 2263 2300 2435 2571 2706 2841 2977 3112 3247 3383 3518 3653 3788 3924 4059 4194 4330 4465 4600 4736
7728 7792 7856 7920 7984 8048 8113 8177 8241 8305 8369 8433 8497 8561 8625 8689 8753 8800 8818 8882 8946 9010 9074 9138 9202 9437 9508 9579 9651 9722 9793 9864 9936 9961 10031 10101 10121
0 135 271 406 541 677 812 947 1082 1218 1353 1488 1624 1759 1894 2030 2165 2263 2300 2435 2571 2706 2841 2977 3112 3247 3383 3518 3653 3788 3924 4059 4194 4330 4465 4600 4736
SFBAPI = (Burst Rating) = (Burst Load)
Pkr Fluid:
Safety Factors (Production Lo API
Coll
274 feet 1.20 for Graph line
Burst
Calculation Intervals ==> BURST Safety Factor==>
TVD
100% vo
MASP:
0.77
n/a
0.77
11.09
0.76
5.54
0.76
3.70
0.75
2.77
0.74
2.22
0.74
1.85
0.73
1.58
0.73
1.39
0.72
1.23
0.71
1.11
0.71
1.01
0.70
0.92
0.70
0.85
0.69
0.79
0.69
0.74
0.68
0.69
0.68
0.66
0.68
0.65
0.67
0.62
0.33
0.55
0.33
0.52
0.33
0.50
0.33
0.48
0.32
0.46
0.32
0.44
0.31
0.42
0.31
0.40
0.31
0.39
0.64
0.68
0.63
0.66
0.63
0.64
0.62
0.62
0.62
0.60
0.62
0.58
0.61
0.56
0.61
0.55
5980 7728
194324503.xls.ms_office
C3
34
194324503.xls.ms_office
DESIGN BASIS Ext = MW Int = Empty Ext = MW (OH)/ PP (in csg) Int = MASP + Pkr Fluid MASP: PERF Depth: Max PP @Perf:
7728
PSI
14,000 13.5
TVD PPG
AGG:
0.150
PSI/FT
Pkr Fluid:
14.0
ppg
TensTub
TensCon
Safety Factors (Production Loads) API Biaxial
Collapse
3.64
3.64
302.39
3.74
3.74
310.60
3.85
3.85
323.13
3.96
3.96
332.41
4.07
4.07
342.24
4.20
4.20
361.08
4.33
4.33
372.43
4.47
4.47
384.52
4.62
4.62
402.04
4.78
4.78
416.00
4.95
4.95
430.97
5.14
5.14
454.75
5.34
5.34
472.38
5.55
5.55
491.42
5.79
5.79
520.75
6.04
6.04
543.59
6.32
6.32
574.84
6.53
6.53
594.68
6.62
6.62
602.47
6.95
6.95
632.89
3.66
3.66
303.89
3.87
3.87
324.83
4.10
4.10
344.17
4.36
4.36
374.66
4.65
4.65
404.62
4.99
4.99
433.94
5.38
5.38
475.90
5.83
5.83
524.97
6.37
6.37
579.94
14.56
14.56
1397.95
16.64
16.64
1597.65
19.42
19.42
1883.35
23.30
23.30
2260.01
29.12
29.12
2854.14
38.83
38.83
3805.52
58.25
58.25
5766.53
116.50 116.50
11533.06
=
0.77
C3
35
194324503.xls.ms_office
C3
36
194324503.xls.ms_office
C3
37 18.625
inch Csg
Tube Data X-sect Area 32.825 32.825 39.040
PIPE RATINGS BURST Depth 0 274 548 822 1096 1369 1643 1917 2191 2465 2739 3013 3287 3561 3834 4108 4382 4582 4656 4930 5204 5478 5752 6026 6299 6573 6847 7121 7395 7669 7943 8217 8491 8764 9038 9312 9586
API
COLLAPSE Biaxcorr API
5,980
1,500
1,245
5,980
1,500
1,245
5,980
1,500
1,260
5,980
1,500
1,260
5,980
1,500
1,260
5,980
1,500
1,290
5,980
1,500
1,290
5,980
1,500
1,290
5,980
1,500
1,305
5,980
1,500
1,305
5,980
1,500
1,305
5,980
1,500
1,328
5,980
1,500
1,328
5,980
1,500
1,328
5,980
1,500
1,350
5,980
1,500
1,350
5,980
1,500
1,365
5,980
1,500
1,365
5,980
1,500
1,365
5,980
1,500
1,365
2,990
1,420
1,179
2,990
1,420
1,193
2,990
1,420
1,193
2,990
1,420
1,221
2,990
1,420
1,235
2,990
1,420
1,235
2,990
1,420
1,257
2,990
1,420
1,278
2,990
1,420
1,292
6,190
2,590
2,486
6,190
2,590
2,486
6,190
2,590
2,512
6,190
2,590
2,512
6,190
2,590
2,538
6,190
2,590
2,538
6,190
2,590
2,564
6,190
2,590
2,564
TENSIO
194324503.xls.ms_office
C3
38
194324503.xls.ms_office Set @:
C3 Well: xxx
9860 TVD
Section 1 Section 2 Section 3 Total
TENSION TUBEAPI CONNAPI
39
Air Wt 560000 280000 319600 1159600
Tensile Load depth in Air
B.W. 478654 239327 273175 991157
@ Axial Stress (psi) in Mud
Sect 1
Sect 2
Sect 3
3,611,000
3,611,000
1,159,600
991,157
30,195
3,611,000
3,611,000
1,128,924
964,937
29,396
3,611,000
3,611,000
1,098,249
938,717
28,597
3,611,000
3,611,000
1,067,573
912,498
27,799
3,611,000
3,611,000
1,036,898
886,278
27,000
3,611,000
3,611,000
1,006,222
860,058
26,201
3,611,000
3,611,000
975,547
833,839
25,402
3,611,000
3,611,000
944,871
807,619
24,604
3,611,000
3,611,000
914,196
781,400
23,805
3,611,000
3,611,000
883,520
755,180
23,006
3,611,000
3,611,000
852,844
728,960
22,207
3,611,000
3,611,000
822,169
702,741
21,408
3,611,000
3,611,000
791,493
676,521
20,610
3,611,000
3,611,000
760,818
650,301
19,811
3,611,000
3,611,000
730,142
624,082
19,012
3,611,000
3,611,000
699,467
597,862
18,213
3,611,000
3,611,000
668,791
571,643
17,415
3,611,000
3,611,000
646,472
552,566
16,833
3,611,000
3,611,000
638,116
545,423
16,616
3,611,000
3,611,000
607,440
519,203
15,817
1,805,000
1,805,000
576,764
492,984
15,018
1,805,000
1,805,000
546,089
466,764
14,220
1,805,000
1,805,000
515,413
440,544
13,421
1,805,000
1,805,000
484,738
414,325
12,622
1,805,000
1,805,000
454,062
388,105
11,823
1,805,000
1,805,000
423,387
361,886
11,025
1,805,000
1,805,000
392,711
335,666
10,226
1,805,000
1,805,000
362,036
309,446
9,427
1,805,000
1,805,000
331,360
283,227
8,628
3,709,000
3,709,000
297,991
254,705
6,524
3,709,000
3,709,000
260,742
222,867
5,709
3,709,000
3,709,000
223,493
191,029
4,893
3,709,000
3,709,000
186,244
159,191
4,078
3,709,000
3,709,000
148,996
127,352
3,262
3,709,000
3,709,000
111,747
95,514
2,447
3,709,000
3,709,000
74,498
63,676
1,631
3,709,000
3,709,000
37,249
31,838
816
Depth 0
274 548 822 1096 1369 1643 1917 2191 2465 2739 3013 3287 3561 3834 4108 4382 4582 4656 4930 5204 5478 5752 6026 6299 6573 6847 7121 7395 7669 7943 8217 8491 8764 9038 9312 9586
194324503.xls.ms_office
C3
40
194324503.xls.ms_office
C3
inch Csg
18.625
Set @:
41 9860
TVD
COLLAPSE TENSION Axial Stress (as % of Mat'l)
Axial Stress (psi) Sect 1
Sect 2
COLLAPSE
Sect 3
Sect 1
Sect 2
Sect 3
Pipe Ratings (Corr for Axial Stress) Sect 1
30,195
27.45%
83.00
29,396
26.72%
83.00
28,597
26.00%
84.00
27,799
25.27%
84.00
27,000
24.55%
84.00
26,201
23.82%
86.00
25,402
23.09%
86.00
24,604
22.37%
86.00
23,805
21.64%
87.00
23,006
20.91%
87.00
22,207
20.19%
87.00
21,408
19.46%
88.50
20,610
18.74%
88.50
19,811
18.01%
88.50
19,012
17.28%
90.00
18,213
16.56%
90.00
17,415
15.83%
91.00
16,833
15.30%
91.00
16,616
15.11%
91.00
15,817
14.38%
91.00
15,018
27.31%
14,220
25.85%
13,421
24.40%
12,622
22.95%
11,823
21.50%
11,025
20.04%
10,226
18.59%
9,427
17.14%
8,628
15.69% 6,524
6.87%
5,709
6.01%
4,893
5.15%
4,078
4.29%
3,262
3.43%
2,447
2.58%
1,631
1.72%
816
0.86%
194324503.xls.ms_office
C3
42
194324503.xls.ms_office
C3
43
LLAPSE
BURST COLLAPSE Pipe Ratings (Corr for Axial Stress) Sect 2
Sect 3
83.00 84.00 84.00 86.00 87.00 87.00 88.50 90.00 91.00 96.00 96.00 97.00 97.00 98.00 98.00 99.00 99.00
Reference Depth 0 0 274 548 822 1096 1369 1643 1917 2191 2465 2739 3013 3287 3561 3834 4108 4382 4582 4656 4930 5204 5478 5752 6026 6299 6573 6847 7121 7395 7669 7943 8217 8491 8764 9038 9312
Depth 0 274 548 822 1096 1369 1643 1917 2191 2465 2739 3013 3287 3561 3834 4108 4382 4582 4656 4930 5204 5478 5752 6026 6299 6573 6847 7121 7395 7669 7943 8217 8491 8764 9038 9312 9586
Drilling Load
Production Load
Burst w/ 1.2 SF
Burst w/ 1.2 SF
1.20 3442 3324 3206 3087 2969 2851 2732 2614 2496 2377 2259 2141 2022 1904 1786 1667 1549 1463 1491 1594 1696 1799 1901 2004 2106 2414 2525 2636 2747 2858 2969 3080 3192 3248 3357 3467 3516
1.20 9274 9351 9427 9504 9581 9658 9735 9812 9889 9966 10043 10120 10196 10273 10350 10427 10504 10560 10581 10658 10735 10812 10889 10966 11042 11324 11410 11495 11581 11666 11752 11837 11923 11953 12037 12121 12145
194324503.xls.ms_office
C3
44
194324503.xls.ms_office
Production Load Burst w/ 1.2 SF
C3
45
194324503.xls.ms_office
C4
DRILLING LOADS (ONLY)
Full String Casing
Last
Depth TVD
9860 (ppg)
Mud WtSet In
Mud WtSect.Max (ppg)
Casing Data OD Wt.
13.375
46
inch COND. Csg
MASP Data
FALSE This Csg
Next
13475
13830
15.50
n/a
n/a
19.80
Buoy Factor Buoy Force (lbs) Neutral Point (ft)
MASP :
5879
% VOID :
PSI TVD
225,973
VOID Thru :
10,281
MW Used :
50.0% 6915 19.80
Max PP(OH) :
19.50
PPG
AGG :
0.148
PSI/FT
0.76
PPG
Grade
Burst
Coll
TensTube TensConn
Depth
W.T.
LOSS Circulation Data
13.375
72.00
110 k
7400
2880
2,284,000
2,284,000
3000
0.514
13.375
72.00
95 k
6390
3470
1,973,000
1,973,000
9500
0.514
Min PP below shoe: 14.5 ppg @ Depth (ft): 13,600
13.375
72.00
110 k
7400
2880
2,284,000
2,284,000
13500
0.514
Low Fluid Level @: 3,640 feet
Loads
TVD
GAS / MUD
MAXIMUM VALUE>
Burst
Coll
Load
Load
PORE PRESS
INTmax
EXTmin
INTmin
EXTmax
(Kick)
(Losses)
n/a
n/a
n/a
5879
2911
0 302 603 905 1207 1508 1810 2112 2414 2715 3017 3319 3620 3922 4224 4525 4827 5129 5430 5573 5732 6034 6335 6637 6939 7241 7542 7844 4887 5068 5306 7007 7361 7599 8029 8405 8856
0 0 0 0 0 0 0 0 0 0 106 491 876 1262 1647 2033 2418 2803 3189 3372 3574 3960 4345 4730 5116 5501 5886 6272 6657 7043 7428 7813 8199 8584 8970 9355 9740
13.0
n/a
GAS GAS GAS GAS GAS GAS GAS GAS GAS GAS GAS GAS GAS GAS GAS GAS GAS GAS GAS MUD MUD MUD MUD MUD MUD MUD MUD MUD MUD MUD MUD MUD MUD MUD MUD MUD MUD
8.6 9.0 9.0 9.0 9.0 9.0 9.0 9.0 9.0 9.0 9.0 9.0 9.0 9.0 9.0 9.0 9.0 9.0 9.0 9.0 9.0 9.0 9.0 9.0 9.1 9.1 9.1 9.2 9.3 9.3 9.4 12.0 12.2 12.2 12.5 12.7 13.0
5879 5934 5990 6045 6101 6156 6212 6267 6323 6378 6434 6489 6545 6600 6656 6711 6767 6822 6878 6904 7107 7492 7877 8263 8648 9033 9419 9804 10190 10575 10960 11346 11731 12117 12502 12887 13273
Safety Factors =
Rating Load
0 374 749 1123 1497 1872 2246 2620 2994 3369 3743 4117 4492 4866 5240 5615 5989 6363 6738 6915 7112 7486 7860 8235 8609 8983 9358 9732 10106 10481 10855 11229 11603 11978 12352 12726 13101
Collapse
Example ==>
0 302 603 905 1207 1508 1810 2112 2414 2715 3017 3319 3620 3922 4224 4525 4827 5129 5430 5573 5732 6034 6335 6637 6939 7241 7542 7844 8146 8447 8749 9051 9352 9654 9956 10257 10559
5879 5633 5386 5140 4894 4648 4402 4155 3909 3663 3417 3171 2924 2678 2432 2186 1940 1693 1447 1330 1374 1458 1542 1626 1709 1793 1877 1960 5302 5507 5655 4339 4370 4518 4473 4483 4417
0 302 603 905 1207 1508 1810 2112 2414 2715 2911 2828 2744 2660 2576 2493 2409 2325 2242 2202 2158 2074 1991 1907 1823 1739 1656 1572 1488 1405 1321 1237 1154 1070 986 903 819
SFBAPI = (Burst Rating) = (Burst Load)
Burst
Burst
TensCon
Safety Factors (Drilling Loads) API Biaxial
DRILLING
TensTub
374 feet 1.20 for Graph line
Coll
Calculation Intervals ==> BURST Safety Factor==>
1.26 1.19 3.08 3.08
Collapse
0.99
1.26
>9
3.08
3.08
>9
1.31
9.55
3.17
3.17
7.64
1.37
4.77
3.26
3.26
3.82
1.44
3.18
3.36
3.36
2.59
1.51
2.39
3.46
3.46
1.95
1.59
1.91
3.58
3.58
1.58
1.68
1.59
3.69
3.69
1.32
1.78
1.36
3.82
3.82
1.13
1.89
1.19
3.96
3.96
1.00
1.74
1.28
3.54
3.54
1.04
1.87
1.19
3.68
3.68
0.99
2.02
1.23
3.83
3.83
1.02
2.19
1.26
3.99
3.99
1.06
2.39
1.30
4.16
4.16
1.10
2.63
1.35
4.35
4.35
1.16
2.92
1.39
4.55
4.55
1.21
3.29
1.44
4.78
4.78
1.25
3.77
1.49
5.03
5.03
1.32
4.42
1.55
5.31
5.31
1.37
4.80
1.58
5.45
5.45
1.39
4.65
1.61
5.62
5.62
1.45
4.38
1.67
5.97
5.97
1.51
4.14
1.74
6.37
6.37
1.59
3.93
1.82
6.82
6.82
1.66
3.74
1.90
7.34
7.34
1.75
3.56
1.99
7.95
7.95
1.84
3.41
2.10
8.67
8.67
1.96
3.77
1.83
>9
>9
1.74
1.40
1.93
>9
>9
1.84
1.34
2.05
>9
>9
1.97
1.31
2.18
>9
>9
2.09
1.71
2.33
>9
>9
2.26
1.69
2.50
>9
>9
2.42
1.64
2.69
>9
>9
2.64
1.65
2.92
>9
>9
2.86
1.65
3.19
>9
>9
3.16
1.68
3.52
>9
>9
3.48
=
1.26
7400 5879
194324503.xls.ms_office
C4
47
194324503.xls.ms_office
C4
48
PRODUCTION LOADS (Only) 13.375 Full String FALSE Casing
Last
Depth TVD
9860 13475 (ppg) 15.50
Mud WtSet In
Mud WtSect.Max (ppg)
Casing Data OD Wt
This Csg
n/a
inch Csg Buoy Factor Buoy Force (lbs) Neutral Point (ft)
Next 13830
n/a
DESIGN BASIS Coll:
Ext = MW
Int = Empty Burst: Ext = MW (OH)/ PP (in Int = MASP + Pkr Fluid
0.76 225,973 10,281
MASP Data:
19.80
Grade
Burst
Coll
TensTube TensConn
Depth
W.T.
PERF Depth:
13.375
72.00
110.00
7400.00
2880
2,284,000 2,284,000
3000
0.514
Max PP @Perf:
13.375
72.00
95.00
6390.00
3470
1,973,000 1,973,000
9500
0.514
AGG:
13.375
72.00
110 k
7400
2880
2,284,000 2,284,000
13500
0.514
Pkr Fluid:
Burst TVD
MAXIMUM VALUE> 0 374 749 1123 1497 1872 2246 2620 2994 3369 3743 4117 4492 4866 5240 5615 5989 6363 6738 6915 7112 7486 7860 8235 8609 8983 9358 9732 10106 10481 10855 11229 11603 11978 12352 12726 13101
MW MW MW MW MW MW MW MW MW MW MW MW MW MW MW MW MW MW MW MW MW MW MW MW MW MW MW MW PP PP PP PP PP PP PP PP PP
Safety Factors =
Collapse
Burst
Coll
Load
Load
PORE PRESS
INTmax
EXTmin
INTmin
EXTmax
(Prod)
(Void)
13.0
n/a
n/a
n/a
n/a
10882
10559
8.6 9.0 9.0 9.0 9.0 9.0 9.0 9.0 9.0 9.0 9.0 9.0 9.0 9.0 9.0 9.0 9.0 9.0 9.0 9.0 9.0 9.0 9.0 9.0 9.1 9.1 9.1 9.2 9.3 9.3 9.4 12.0 12.2 12.2 12.5 12.7 13.0
8285 8558 8830 9103 9375 9648 9920 10193 10465 10738 11010 11283 11555 11828 12100 12373 12645 12918 13190 13319 13463 13735 14008 14280 14553 14825 15098 15370 15643 15915 16188 16460 16733 17005 17278 17550 17823
Rating Load
0 302 603 905 1207 1508 1810 2112 2414 2715 3017 3319 3620 3922 4224 4525 4827 5129 5430 5573 5732 6034 6335 6637 6939 7241 7542 7844 4887 5068 5306 7007 7361 7599 8029 8405 8856
Example ==>
0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0
0 302 603 905 1207 1508 1810 2112 2414 2715 3017 3319 3620 3922 4224 4525 4827 5129 5430 5573 5732 6034 6335 6637 6939 7241 7542 7844 8146 8447 8749 9051 9352 9654 9956 10257 10559
8285 8256 8227 8198 8168 8139 8110 8081 8052 8022 7993 7964 7935 7906 7876 7847 7818 7789 7760 7746 7730 7701 7672 7643 7614 7585 7555 7526 10755 10847 10882 9453 9371 9406 9249 9146 8966
0 302 603 905 1207 1508 1810 2112 2414 2715 3017 3319 3620 3922 4224 4525 4827 5129 5430 5573 5732 6034 6335 6637 6939 7241 7542 7844 8146 8447 8749 9051 9352 9654 9956 10257 10559
SFBAPI = (Burst Rating) = (Burst Load)
Safety Factors (Production Load API
TensTub
Loads PRODUCTION
Coll
374 feet 1.20 for Graph line
0.89
n/a
3.08
0.90
9.55
3.17
0.90
4.77
3.26
0.90
3.18
3.36
0.91
2.39
3.46
0.91
1.91
3.58
0.91
1.59
3.69
0.92
1.36
3.82
0.92
1.19
3.96
0.80
1.28
3.54
0.80
1.15
3.68
0.80
1.05
3.83
0.81
0.96
3.99
0.81
0.88
4.16
0.81
0.82
4.35
0.81
0.77
4.55
0.82
0.72
4.78
0.82
0.68
5.03
0.82
0.64
5.31
0.82
0.62
5.45
0.83
0.61
5.62
0.83
0.58
5.97
0.83
0.55
6.37
0.84
0.52
6.82
0.84
0.50
7.34
0.84
0.48
7.95
0.85
0.46
8.67
0.98
0.37
11.11
0.69
0.35
12.34
0.68
0.34
13.88
0.68
0.33
15.87
0.78
0.32
18.51
0.79
0.31
22.21
0.79
0.30
27.77
0.80
0.29
37.02
0.81
0.28
55.54
0.83
0.27
111.07
Burst
Calculation Intervals ==> BURST Safety Factor==>
EXT Support
100% void
MASP:
7400 8285
=
194324503.xls.ms_office
C4
49
194324503.xls.ms_office
C4
50
DESIGN BASIS
13.375
Int = Empty Ext = MW (OH)/ PP (in csg)
8285
Tube Data
PSI
14,000 13.9
TVD
X-sect Area
PPG
20.768
0.131
PSI/FT
20.768
14.0
ppg
20.768
ety Factors (Production Loads) API Biaxial
TensCon
PIPE RATINGS Collapse
3.08
241.76
3.17
253.40
3.26
260.84
3.36
273.77
3.46
282.30
3.58
296.75
3.69
306.62
3.82
317.17
3.96
332.43
3.54
288.91
3.68
305.52
3.83
317.71
3.99
334.89
4.16
349.41
4.35
373.94
4.55
396.25
4.78
415.99
5.03
445.36
5.31
470.01
5.45
482.68
5.62
505.98
5.97
537.48
6.37
579.52
6.82
620.71
7.34
675.56
7.95
731.55
8.67
810.65
11.11
1055.21
12.34
1172.45
13.88
1332.89
15.87
1523.31
18.51
1795.71
22.21
2154.85
27.77
2721.33
37.02
3628.44
55.54
5498.19
111.07
10996.38
BURST Depth
0.89
0 374 749 1123 1497 1872 2246 2620 2994 3369 3743 4117 4492 4866 5240 5615 5989 6363 6738 6915 7112 7486 7860 8235 8609 8983 9358 9732 10106 10481 10855 11229 11603 11978 12352 12726 13101
API 7,400 7,400 7,400 7,400 7,400 7,400 7,400 7,400 7,400 6,390 6,390 6,390 6,390 6,390 6,390 6,390 6,390 6,390 6,390 6,390 6,390 6,390 6,390 6,390 6,390 6,390 6,390 7,400 7,400 7,400 7,400 7,400 7,400 7,400 7,400 7,400 7,400
194324503.xls.ms_office
C4
51
194324503.xls.ms_office
C4
inch Csg
Set @:
52 Well: xxx
13475 TVD
Section 1 Section 2 Section 3 Total
X-sect Area 20.768 20.768 20.768
Air Wt 216000 468000 288000 972000
B.W. 164807 357083 219743 741633
PIPE RATINGS BURST
Tensile Load depth
@
COLLAPSE Biaxcorr API
TENSION TUBEAPI CONNAPI
2,880
2,261
2,284,000
2,284,000
972,000
741,633
35,711
2,880
2,304
2,284,000
2,284,000
945,050
721,070
34,721
2,880
2,304
2,284,000
2,284,000
918,100
700,507
33,731
2,880
2,347
2,284,000
2,284,000
891,150
679,945
32,741
2,880
2,347
2,284,000
2,284,000
864,200
659,382
31,750
2,880
2,390
2,284,000
2,284,000
837,250
638,819
30,760
2,880
2,390
2,284,000
2,284,000
810,300
618,256
29,770
2,880
2,390
2,284,000
2,284,000
783,350
597,694
28,780
2,880
2,419
2,284,000
2,284,000
756,400
577,131
27,790
3,470
2,828
1,973,000
1,973,000
729,450
556,568
26,800
3,470
2,880
1,973,000
1,973,000
702,500
536,005
25,810
3,470
2,880
1,973,000
1,973,000
675,550
515,443
24,819
3,470
2,915
1,973,000
1,973,000
648,600
494,880
23,829
3,470
2,915
1,973,000
1,973,000
621,650
474,317
22,839
3,470
2,984
1,973,000
1,973,000
594,700
453,754
21,849
3,470
3,019
1,973,000
1,973,000
567,750
433,192
20,859
3,470
3,019
1,973,000
1,973,000
540,800
412,629
19,869
3,470
3,071
1,973,000
1,973,000
513,850
392,066
18,879
3,470
3,071
1,973,000
1,973,000
486,900
371,503
17,889
3,470
3,071
1,973,000
1,973,000
474,120
361,752
17,419
3,470
3,123
1,973,000
1,973,000
459,950
350,940
16,898
3,470
3,123
1,973,000
1,973,000
433,000
330,378
15,908
3,470
3,158
1,973,000
1,973,000
406,050
309,815
14,918
3,470
3,158
1,973,000
1,973,000
379,100
289,252
13,928
3,470
3,192
1,973,000
1,973,000
352,150
268,689
12,938
3,470
3,192
1,973,000
1,973,000
325,200
248,127
11,948
3,470
3,244
1,973,000
1,973,000
298,250
227,564
10,958
2,880
2,736
2,284,000
2,284,000
269,500
205,628
2,880
2,736
2,284,000
2,284,000
242,550
185,065
2,880
2,765
2,284,000
2,284,000
215,600
164,502
2,880
2,765
2,284,000
2,284,000
188,650
143,939
2,880
2,794
2,284,000
2,284,000
161,700
123,377
2,880
2,794
2,284,000
2,284,000
134,750
102,814
2,880
2,822
2,284,000
2,284,000
107,800
82,251
2,880
2,822
2,284,000
2,284,000
80,850
61,688
2,880
2,851
2,284,000
2,284,000
53,900
41,126
2,880
2,851
2,284,000
2,284,000
26,950
20,563
in Air
Axial Stress (psi) in Mud
Sect 1
Sect 2
194324503.xls.ms_office
C4
53
194324503.xls.ms_office
C4
54
inch Csg
13.375
Set @:
13475
COLLA TENSION
Axial Stress (psi)
Axial Stress (as % of Mat'l)
Axial Stress (psi) Sect 3
Depth
Sect 1 0
9,901 8,911 7,921 6,931 5,941 4,951 3,961 2,970 1,980 990
374 749 1123 1497 1872 2246 2620 2994 3369 3743 4117 4492 4866 5240 5615 5989 6363 6738 6915 7112 7486 7860 8235 8609 8983 9358 9732 10106 10481 10855 11229 11603 11978 12352 12726 13101
Sect 2
Sect 3
Sect 1
35,711
32.46%
34,721
31.56%
33,731
30.66%
32,741
29.76%
31,750
28.86%
30,760
27.96%
29,770
27.06%
28,780
26.16%
27,790
Sect 2
25.26% 26,800
28.21%
25,810
27.17%
24,819
26.13%
23,829
25.08%
22,839
24.04%
21,849
23.00%
20,859
21.96%
19,869
20.91%
18,879
19.87%
17,889
18.83%
17,419
18.34%
16,898
17.79%
15,908
16.75%
14,918
15.70%
13,928
14.66%
12,938
13.62%
11,948
12.58%
10,958
11.53% 9,901 8,911 7,921 6,931 5,941 4,951 3,961 2,970 1,980 990
194324503.xls.ms_office
C4
55
194324503.xls.ms_office
C4
56
TVD
COLLAPSE TENSION
COLLAPSE
ess (as % of Mat'l) Sect 3
Pipe Ratings (Corr for Axial Stress) Sect 1
Sect 2
Sect 3
78.50 80.00 80.00 81.50 81.50 83.00 83.00 83.00 84.00 81.50 83.00 83.00 84.00 84.00 86.00 87.00 87.00 88.50 88.50 88.50 90.00 90.00 91.00 91.00 92.00 92.00 93.50 9.00%
95.00
8.10%
95.00
7.20%
96.00
6.30%
96.00
5.40%
97.00
4.50%
97.00
3.60%
98.00
2.70%
98.00
1.80%
99.00
0.90%
99.00
Reference Depth 0 0 374 749 1123 1497 1872 2246 2620 2994 3369 3743 4117 4492 4866 5240 5615 5989 6363 6738 6915 7112 7486 7860 8235 8609 8983 9358 9732 10106 10481 10855 11229 11603 11978 12352 12726
Depth 0 374 749 1123 1497 1872 2246 2620 2994 3369 3743 4117 4492 4866 5240 5615 5989 6363 6738 6915 7112 7486 7860 8235 8609 8983 9358 9732 10106 10481 10855 11229 11603 11978 12352 12726 13101
194324503.xls.ms_office
C4
57
194324503.xls.ms_office
C4
BURST Drilling Load
Production Load
Burst w/ 1.2 SF
Burst w/ 1.2 SF
1.20 7055 6759 6464 6168 5873 5577 5282 4986 4691 4396 4100 3805 3509 3214 2918 2623 2328 2032 1737 1597 1649 1750 1850 1951 2051 2152 2252 2352 6363 6608 6785 5207 5244 5421 5368 5379 5300
1.20 9942 9907 9872 9837 9802 9767 9732 9697 9662 9627 9592 9557 9522 9487 9452 9417 9382 9347 9312 9295 9277 9242 9207 9171 9136 9101 9066 9031 12906 13016 13058 11344 11246 11288 11098 10975 10760
58
194324503.xls.ms_office
C5
DRILLING LOADS (ONLY)
10.750
59
inch COND. Csg
MASP Data
Full String 13475 13830 (ppg) 19.80
Mud WtSect.Max (ppg)
Casing Data OD Wt
n/a
Buoy Factor Buoy Force (lbs) Neutral Point (ft)
Next 14330
n/a
Burst
MW Used : Max PP(OH) :
18.60
PPG
AGG :
0.146
PSI/FT
PPG
Coll
TensTube TensConn
Depth
W.T.
LOSS Circulation Data Min PP below shoe: 15.0 ppg @ Depth (ft): 14,300
71.10
110 k
11640
9300
2,269,000
2,269,000
13000
0.650
10.75
73.20
125 k
13670
10820
2,660,000
2,660,000
13825
0.672
Low Fluid Level @: 2,951 feet
10.75
Calculation Intervals ==> BURST Safety Factor==>
384 feet 1.20 for Graph line
Loads
Safety Factors (Drilling Loads) API Biaxial
Burst GAS / MUD
MAXIMUM VALUE>
Collapse
Burst
Coll
Load
Load
PORE PRESS
INTmax
EXTmin
INTmin
EXTmax
(Kick)
(Losses)
7810
3529
13.0
n/a
n/a
n/a
n/a
GAS GAS GAS GAS GAS GAS GAS GAS GAS GAS GAS GAS GAS GAS GAS GAS GAS GAS GAS GAS GAS GAS GAS GAS GAS MUD MUD MUD MUD MUD MUD MUD MUD MUD MUD MUD MUD
8.6 9.0 9.0 9.0 9.0 9.0 9.0 9.0 9.0 9.0 9.0 9.0 9.0 9.0 9.0 9.0 9.0 9.0 9.0 9.0 9.0 9.0 9.0 9.1 9.1 9.2 9.2 9.2 9.3 9.4 12.0 12.2 12.2 12.5 12.7 13.0 13.0
7810 7866 7923 7979 8035 8091 8147 8203 8259 8315 8371 8427 8484 8540 8596 8652 8708 8764 8820 8876 8932 8988 9045 9101 9157 9212 9215 9593 9971 10348 10726 11103 11481 11858 12236 12613 12991
0 396 791 1187 1582 1978 2373 2769 3164 3560 3955 4351 4746 5142 5538 5933 6329 6724 7120 7515 7911 8306 8702 9097 9493 9885 9888 10284 10680 11075 11471 11866 12262 12657 13053 13448 13844
0 0 0 0 0 0 0 0 120 498 876 1253 1631 2008 2386 2763 3141 3518 3896 4274 4651 5029 5406 5784 6161 6536 6539 6916 7294 7672 8049 8427 8804 9182 9559 9937 10315
0 396 791 1187 1582 1978 2373 2769 3164 3560 3955 4351 4746 5142 5538 5933 6329 6724 7120 7515 7911 8306 8702 9097 9493 9885 9888 10284 10680 11075 11471 11866 12262 12657 13053 13448 13844
Safety Factors =
Rating Load
Example ==>
7810 7471 7132 6792 6453 6113 5774 5434 5095 4755 4416 4077 3737 3398 3058 2719 2379 2040 1700 1361 1022 682 343 3 -336 -673 -673 -691 -709 -727 -745 -763 -781 -799 -817 -835 -853
0 396 791 1187 1582 1978 2373 2769 3044 3062 3080 3098 3116 3134 3152 3170 3188 3206 3224 3242 3260 3278 3296 3314 3332 3349 3350 3367 3385 3403 3421 3439 3457 3475 3493 3511 3529
SFBAPI = (Burst Rating) = (Burst Load)
Burst
DRILLING
0 384 768 1153 1537 1921 2305 2689 3073 3458 3842 4226 4610 4994 5378 5763 6147 6531 6915 7299 7683 8068 8452 8836 9220 9601 9604 9988 10373 10757 11141 11525 11909 12293 12678 13062 13446
TVD
VOID Thru :
9,643
10.75
TVD
PSI
293,574
18.90
Grade
7810
% VOID :
67.0% 9601 18.90
0.70
TensCon
Mud WtSet In
This Csg
TensTub
Depth TVD
Last
Coll
Casing
MASP :
1.49 2.66 3.30 3.30
Collapse
2.60
1.49
>9
3.30
3.30
>9
1.56
23.51
3.40
3.40
19.16
1.63
11.76
3.50
3.50
9.58
1.71
7.84
3.60
3.60
6.51
1.80
5.88
3.72
3.72
4.88
1.90
4.70
3.84
3.84
3.90
2.02
3.92
3.96
3.96
3.29
2.14
3.36
4.10
4.10
2.82
2.28
3.06
4.25
4.25
2.63
2.45
3.04
4.40
4.40
2.61
2.64
3.02
4.57
4.57
2.63
2.86
3.00
4.76
4.76
2.61
3.11
2.98
4.95
4.95
2.60
3.43
2.97
5.17
5.17
2.63
3.81
2.95
5.40
5.40
2.61
4.28
2.93
5.66
5.66
2.64
4.89
2.92
5.94
5.94
2.63
5.71
2.90
6.25
6.25
2.64
6.85
2.88
6.60
6.60
2.63
8.55
2.87
6.99
6.99
2.61
>9
2.85
7.42
7.42
2.62
>9
2.84
7.92
7.92
2.61
>9
2.82
8.48
8.48
2.64
>9
2.81
>9
>9
2.62
n/a
2.79
>9
>9
2.61
n/a
2.78
>9
>9
2.64
n/a
2.78
>9
>9
2.64
n/a
2.76
>9
>9
2.62
n/a
2.75
>9
>9
2.64
n/a
2.73
>9
>9
2.62
n/a
2.72
>9
>9
2.64
n/a
2.70
>9
>9
2.62
n/a
2.69
>9
>9
2.61
n/a
2.68
>9
>9
2.62
n/a
2.66
>9
>9
2.61
n/a
3.08
>9
>9
3.05
n/a
3.07
>9
>9
3.04
=
1.49
11640 7810
194324503.xls.ms_office
C5
60
194324503.xls.ms_office
C5
PRODUCTION LOADS (Only)
61
inch Csg
10.750
DESIGN BASIS
Full String Casing
Last
Coll: This Csg
Depth TVD
13475 13830 Mud WtSet In (ppg) 19.80
Mud WtSect.Max (ppg)
Casing Data OD Wt
n/a
Buoy Factor Buoy Force (lbs) Neutral Point (ft)
Next 14330
n/a
Ext = MW
Int = Empty Burst: Ext = MW (OH)/ PP (in c Int = MASP + Pkr Fluid
0.70 293,574 9,643
MASP Data:
18.90
Grade
Burst
Coll
TensTube TensConn
Depth
W.T.
PERF Depth:
10.75
71.10
110 k
11640
9300
2,269,000 2,269,000
13000
0.650
Max PP @Perf:
10.75
73.20
125 k
13670
10820
2,660,000 2,660,000
13825
0.672
AGG:
10.75
0.00
00 k
0
0
0
0.000
Pkr Fluid:
384 feet 1.20 for Graph line
Loads PRODUCTION
Burst TVD
MAXIMUM VALUE> 0 384 768 1153 1537 1921 2305 2689 3073 3458 3842 4226 4610 4994 5378 5763 6147 6531 6915 7299 7683 8068 8452 8836 9220 9601 9604 9988 10373 10757 11141 11525 11909 12293 12678 13062 13446
MW MW MW MW MW MW MW MW MW MW MW MW MW MW MW MW MW MW MW MW MW MW MW MW MW MW MW MW MW MW MW MW MW MW MW MW MW
Safety Factors =
Collapse
Burst
Coll
Load
Load
PORE PRESS
INTmax
EXTmin
INTmin
EXTmax
(Prod)
(Void)
13.0
n/a
n/a
n/a
n/a
9881
13844
8.6 9.0 9.0 9.0 9.0 9.0 9.0 9.0 9.0 9.0 9.0 9.0 9.0 9.0 9.0 9.0 9.0 9.0 9.0 9.0 9.0 9.0 9.0 9.1 9.1 9.2 9.2 9.2 9.3 9.4 12.0 12.2 12.2 12.5 12.7 13.0 13.0
9881 10261 10640 11020 11400 11779 12159 12538 12918 13297 13677 14056 14436 14816 15195 15575 15954 16334 16713 17093 17472 17852 18232 18611 18991 19367 19370 19750 20129 20509 20888 21268 21648 22027 22407 22786 23166
0 396 791 1187 1582 1978 2373 2769 3164 3560 3955 4351 4746 5142 5538 5933 6329 6724 7120 7515 7911 8306 8702 9097 9493 9885 9888 10284 10680 11075 11471 11866 12262 12657 13053 13448 13844
Rating Load
Example ==>
0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0
0 396 791 1187 1582 1978 2373 2769 3164 3560 3955 4351 4746 5142 5538 5933 6329 6724 7120 7515 7911 8306 8702 9097 9493 9885 9888 10284 10680 11075 11471 11866 12262 12657 13053 13448 13844
9881 9865 9849 9833 9817 9801 9785 9769 9753 9737 9721 9706 9690 9674 9658 9642 9626 9610 9594 9578 9562 9546 9530 9514 9498 9482 9482 9466 9450 9434 9418 9402 9386 9370 9354 9338 9322
0 396 791 1187 1582 1978 2373 2769 3164 3560 3955 4351 4746 5142 5538 5933 6329 6724 7120 7515 7911 8306 8702 9097 9493 9885 9888 10284 10680 11075 11471 11866 12262 12657 13053 13448 13844
SFBAPI = (Burst Rating) = (Burst Load)
Safety Factors (Production Loads API
TensTub
0
Coll
0
1.18
n/a
3.30
1.18
23.51
3.40
1.18
11.76
3.50
1.18
7.84
3.60
1.19
5.88
3.72
1.19
4.70
3.84
1.19
3.92
3.96
1.19
3.36
4.10
1.19
2.94
4.25
1.20
2.61
4.40
1.20
2.35
4.57
1.20
2.14
4.76
1.20
1.96
4.95
1.20
1.81
5.17
1.21
1.68
5.40
1.21
1.57
5.66
1.21
1.47
5.94
1.21
1.38
6.25
1.21
1.31
6.60
1.22
1.24
6.99
1.22
1.18
7.42
1.22
1.12
7.92
1.22
1.07
8.48
1.22
1.02
9.13
1.23
0.98
9.89
1.23
0.94
10.77
1.23
0.94
10.78
1.23
0.90
11.85
1.23
0.87
13.16
1.23
0.84
14.80
1.24
0.81
16.90
1.24
0.78
19.69
1.24
0.76
23.59
1.24
0.73
29.41
1.24
0.71
39.06
1.46
0.80
68.28
1.47
0.78
137.45
Burst
Calculation Intervals ==> BURST Safety Factor==>
EXT Support
100% void
MASP:
11640 9881
=
194324503.xls.ms_office
C5
62
194324503.xls.ms_office
C5
63
DESIGN BASIS
10.750
inch Csg
Int = Empty Ext = MW (OH)/ PP (in csg)
9881
Tube Data
PSI
14,300 16.0
TVD
X-sect Area
PPG
20.625
0.141
PSI/FT
21.276
19.0
ppg
ety Factors (Production Loads) API Biaxial
TensCon
PIPE RATINGS Collapse
3.30
264.39
3.40
277.03
3.50
285.16
3.60
299.20
3.72
308.53
3.84
318.47
3.96
333.03
4.10
344.50
4.25
365.27
4.40
378.78
4.57
397.89
4.76
413.77
4.95
430.98
5.17
457.43
5.40
478.17
5.66
509.38
5.94
534.78
6.25
569.11
6.60
600.64
6.99
635.86
7.42
682.90
7.92
728.28
8.48
792.83
9.13
853.58
9.89
924.42
10.77
1023.50
10.78
1024.24
11.85
1126.15
13.16
1263.75
14.80
1420.73
16.90
1639.14
19.69
1910.05
23.59
2288.25
29.41
2882.60
39.06
3827.59
68.28
6759.34
137.45
13607.82
BURST Depth
1.18
0 384 768 1153 1537 1921 2305 2689 3073 3458 3842 4226 4610 4994 5378 5763 6147 6531 6915 7299 7683 8068 8452 8836 9220 9601 9604 9988 10373 10757 11141 11525 11909 12293 12678 13062 13446
COLLAPSE
API
API
11,640
9,300
11,640
9,300
11,640
9,300
11,640
9,300
11,640
9,300
11,640
9,300
11,640
9,300
11,640
9,300
11,640
9,300
11,640
9,300
11,640
9,300
11,640
9,300
11,640
9,300
11,640
9,300
11,640
9,300
11,640
9,300
11,640
9,300
11,640
9,300
11,640
9,300
11,640
9,300
11,640
9,300
11,640
9,300
11,640
9,300
11,640
9,300
11,640
9,300
11,640
9,300
11,640
9,300
11,640
9,300
11,640
9,300
11,640
9,300
11,640
9,300
11,640
9,300
11,640
9,300
11,640
9,300
11,640
9,300
13,670
10,820
13,670
10,820
194324503.xls.ms_office
C5
64
194324503.xls.ms_office
inch Csg
Set @:
C5 Well: xxx
13830 TVD
Section 1 Section 2 Section 3 Total
COLLAPSE Biaxcorr
65
TENSION TUBEAPI CONNAPI
Air Wt 924300 60390 0 984690
Tensile Load depth in Air
B.W. 644466 42107 0 686573
@ Axial Stress (psi) in Mud
Sect 1
Sect 2
7,440
2,269,000
2,269,000
984,690
686,573
33,289
7,580
2,269,000
2,269,000
957,376
667,528
32,366
7,580
2,269,000
2,269,000
930,062
648,483
31,442
7,719
2,269,000
2,269,000
902,747
629,438
30,519
7,719
2,269,000
2,269,000
875,433
610,394
29,595
7,719
2,269,000
2,269,000
848,119
591,349
28,672
7,812
2,269,000
2,269,000
820,805
572,304
27,749
7,812
2,269,000
2,269,000
793,490
553,259
26,825
7,998
2,269,000
2,269,000
766,176
534,214
25,902
7,998
2,269,000
2,269,000
738,862
515,170
24,978
8,091
2,269,000
2,269,000
711,548
496,125
24,055
8,091
2,269,000
2,269,000
684,233
477,080
23,132
8,091
2,269,000
2,269,000
656,919
458,035
22,208
8,231
2,269,000
2,269,000
629,605
438,990
21,285
8,231
2,269,000
2,269,000
602,291
419,946
20,361
8,370
2,269,000
2,269,000
574,976
400,901
19,438
8,370
2,269,000
2,269,000
547,662
381,856
18,515
8,463
2,269,000
2,269,000
520,348
362,811
17,591
8,463
2,269,000
2,269,000
493,034
343,766
16,668
8,463
2,269,000
2,269,000
465,719
324,722
15,744
8,556
2,269,000
2,269,000
438,405
305,677
14,821
8,556
2,269,000
2,269,000
411,091
286,632
13,898
8,696
2,269,000
2,269,000
383,777
267,587
12,974
8,696
2,269,000
2,269,000
356,462
248,542
12,051
8,696
2,269,000
2,269,000
329,148
229,498
11,127
8,835
2,269,000
2,269,000
302,052
210,605
10,211
8,835
2,269,000
2,269,000
301,834
210,453
10,204
8,835
2,269,000
2,269,000
274,520
191,408
9,281
8,928
2,269,000
2,269,000
247,205
172,363
8,357
8,928
2,269,000
2,269,000
219,891
153,318
7,434
9,021
2,269,000
2,269,000
192,577
134,274
6,510
9,021
2,269,000
2,269,000
165,263
115,229
5,587
9,021
2,269,000
2,269,000
137,948
96,184
4,664
9,114
2,269,000
2,269,000
110,634
77,139
3,740
9,114
2,269,000
2,269,000
83,320
58,095
2,817
10,712
2,660,000
2,660,000
55,876
38,959
1,831
10,712
2,660,000
2,660,000
27,755
19,352
910
Sect 3
194324503.xls.ms_office
C5
66
194324503.xls.ms_office
C5
inch Csg
10.750
67 Set @:
13830
TVD
COLLAPSE TENSION Axial Stress (as % of Mat'l)
Axial Stress (psi) Depth
Sect 1 0
384 768 1153 1537 1921 2305 2689 3073 3458 3842 4226 4610 4994 5378 5763 6147 6531 6915 7299 7683 8068 8452 8836 9220 9601 9604 9988 10373 10757 11141 11525 11909 12293 12678 13062 13446
Sect 2
Sect 3
Sect 1
33,289
30.26%
32,366
29.42%
31,442
28.58%
30,519
27.74%
29,595
26.90%
28,672
26.07%
27,749
25.23%
26,825
24.39%
25,902
23.55%
24,978
22.71%
24,055
21.87%
23,132
21.03%
22,208
20.19%
21,285
19.35%
20,361
18.51%
19,438
17.67%
18,515
16.83%
17,591
15.99%
16,668
15.15%
15,744
14.31%
14,821
13.47%
13,898
12.63%
12,974
11.79%
12,051
10.96%
11,127
10.12%
10,211
9.28%
10,204
9.28%
9,281
8.44%
8,357
7.60%
7,434
6.76%
6,510
5.92%
5,587
5.08%
4,664
4.24%
3,740
3.40%
2,817
COLLAPSE
Sect 2
2.56% 1,831
1.46%
910
0.73%
Sect 3
194324503.xls.ms_office
C5
68
194324503.xls.ms_office
C5
69
COLLAPSE
BURST COLLAPSE
Drilling Load
Pipe Ratings (Corr for Axial Stress) Sect 1
Sect 2
80.00 81.50 81.50 83.00 83.00 83.00 84.00 84.00 86.00 86.00 87.00 87.00 87.00 88.50 88.50 90.00 90.00 91.00 91.00 91.00 92.00 92.00 93.50 93.50 93.50 95.00 95.00 95.00 96.00 96.00 97.00 97.00 97.00 98.00 98.00 99.00 99.00
Sect 3
Reference Depth 0 0 384 768 1153 1537 1921 2305 2689 3073 3458 3842 4226 4610 4994 5378 5763 6147 6531 6915 7299 7683 8068 8452 8836 9220 9601 9604 9988 10373 10757 11141 11525 11909 12293 12678 13062
Burst w/ 1.2 SF Depth 0 384 768 1153 1537 1921 2305 2689 3073 3458 3842 4226 4610 4994 5378 5763 6147 6531 6915 7299 7683 8068 8452 8836 9220 9601 9604 9988 10373 10757 11141 11525 11909 12293 12678 13062 13446
1.20 9372 8965 8558 8150 7743 7336 6929 6521 6114 5707 5299 4892 4485 4077 3670 3263 2855 2448 2041 1633 1226 819 411 4 -403 -807 -808 -829 -851 -872 -894 -916 -937 -959 -980 -1002 -1023
194324503.xls.ms_office
C5
70
194324503.xls.ms_office
Production Load Burst w/ 1.2 SF 1.20 11858 11838 11819 11800 11781 11762 11742 11723 11704 11685 11666 11647 11627 11608 11589 11570 11551 11532 11512 11493 11474 11455 11436 11416 11397 11378 11378 11359 11340 11321 11301 11282 11263 11244 11225 11206 11186
C5
71
194324503.xls.ms_office
C6
PRODUCTION LOADS (Only)
72
inch Csg
7.750
DESIGN BASIS
Full String Casing
Coll:
Last
This Csg
Depth TVD
13830 14330 Mud WtSet In (ppg) 18.90
Mud WtSect.Max (ppg)
Casing Data OD Wt
n/a
Buoy Factor Buoy Force (lbs) Neutral Point (ft)
Next 16000
n/a
Ext = MW
Int = Empty Burst: Ext = MW (OH)/ PP (in csg) Int = MASP + Pkr Fluid
0.71 188,228 10,189
MASP Data:
16.80
MASP:
Grade
Burst
Coll
TensTube TensConn
Depth
W.T.
PERF Depth:
1471000. 1471000.
Max PP @Perf:
100% void 10918
PSI
15,800 16.0
TVD
7.75
46.1
110.
14780.
15000.
14320.
.595
7.75
.
.
.
.
.
.
.
.
AGG:
0.141
PSI/FT
7.75
.
.
.
.
.
.
.
.
Pkr Fluid:
16.5
ppg
TVD
EXT Support
MAXIMUM VALUE> 0 398 796 1194 1592 1990 2388 2786 3184 3583 3981 4379 4777 5175 5573 5971 6369 6767 7165 7563 7961 8359 8757 9155 9553 9951 10349 10748 11146 11544 11942 12340 12738 13136 13534 13932 14330
MW MW MW MW MW MW MW MW MW MW MW MW MW MW MW MW MW MW MW MW MW MW MW MW MW MW MW MW MW MW MW MW MW MW MW PP PP
Safety Factors =
PORE PRESS
Collapse
Burst
Coll
Load
Load
INTmax
EXTmin
INTmin
EXTmax
(Prod)
(Void)
18.5
n/a
n/a
n/a
n/a
11290
14084
8.6 9.0 9.0 9.0 9.0 9.0 9.0 9.0 9.0 9.0 9.0 9.0 9.0 9.0 9.0 9.0 9.0 9.0 9.0 9.0 9.0 9.0 9.1 9.1 9.2 9.2 9.3 9.4 12.0 12.2 12.2 12.5 12.7 13.0 15.2 18.5 16.0
10918 11259 11601 11942 12284 12625 12967 13309 13650 13992 14333 14675 15016 15358 15699 16041 16382 16724 17065 17407 17748 18090 18431 18773 19115 19456 19798 20139 20481 20822 21164 21505 21847 22188 22530 22871 23213
0 391 782 1174 1565 1956 2347 2738 3130 3521 3912 4303 4695 5086 5477 5868 6259 6651 7042 7433 7824 8215 8607 8998 9389 9780 10171 10563 10954 11345 11736 12127 12519 12910 13301 13403 11923
Rating Load
Example ==>
0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0
0 391 782 1174 1565 1956 2347 2738 3130 3521 3912 4303 4695 5086 5477 5868 6259 6651 7042 7433 7824 8215 8607 8998 9389 9780 10171 10563 10954 11345 11736 12127 12519 12910 13301 13692 14084
10918 10868 10818 10769 10719 10669 10620 10570 10520 10471 10421 10371 10322 10272 10222 10173 10123 10073 10024 9974 9924 9875 9825 9775 9726 9676 9626 9577 9527 9477 9427 9378 9328 9278 9229 9469 11290
0 391 782 1174 1565 1956 2347 2738 3130 3521 3912 4303 4695 5086 5477 5868 6259 6651 7042 7433 7824 8215 8607 8998 9389 9780 10171 10563 10954 11345 11736 12127 12519 12910 13301 13692 14084
SFBAPI = (Burst Rating) = (Burst Load)
TensCon
Burst
Safety Factors (Production Loads) API Biaxial
TensTub
Loads PRODUCTION
Coll
398 feet 1.20 for Graph line
Collapse
1.35
n/a
3.13
3.13
250.72
1.36
38.34
3.22
3.22
257.89
1.37
19.17
3.32
3.32
265.48
1.37
12.78
3.42
3.42
278.66
1.38
9.59
3.53
3.53
287.37
1.39
7.67
3.64
3.64
302.11
1.39
6.39
3.76
3.76
312.19
1.40
5.48
3.89
3.89
326.85
1.40
4.79
4.03
4.03
338.54
1.41
4.26
4.18
4.18
359.44
1.42
3.83
4.34
4.34
373.28
1.43
3.49
4.51
4.51
388.23
1.43
3.20
4.70
4.70
409.12
1.44
2.95
4.91
4.91
426.93
1.45
2.74
5.13
5.13
454.06
1.45
2.56
5.38
5.38
475.70
1.46
2.40
5.64
5.64
507.99
1.47
2.26
5.94
5.94
534.76
1.47
2.13
6.27
6.27
570.78
1.48
2.02
6.64
6.64
604.40
1.49
1.92
7.06
7.06
642.24
1.50
1.83
7.53
7.53
692.66
1.50
1.74
8.07
8.07
742.22
1.51
1.67
8.69
8.69
812.46
1.52
1.60
9.42
9.42
880.31
1.53
1.53
10.27
10.27
975.93
1.54
1.47
11.30
11.30
1073.76
1.54
1.42
12.56
12.56
1205.97
1.55
1.37
14.14
14.14
1357.19
1.56
1.32
16.16
16.16
1551.77
1.57
1.28
18.87
18.87
1830.36
1.58
1.24
22.66
22.66
2198.28
1.58
1.20
28.36
28.36
2779.68
1.59
1.16
37.90
37.90
3714.07
1.60
1.13
57.09
57.09
5651.81
1.56
1.10
115.65 115.65
11449.27
0.00
0.00
##### #####
#VALUE!
Burst
Calculation Intervals ==> BURST Safety Factor==>
PPG
14780 10918
=
1.35
194324503.xls.ms_office
C7
DRILLING LOADS (ONLY)
5.500
73
inch COND. Csg
MASP Data
Liner 14330 16000 (ppg) 16.80
Mud WtSect.Max (ppg)
Casing Data OD Wt
n/a Grade
Buoy Factor 0.74 Buoy Force (lbs) #VALUE! Neutral Point (ft) 11,890
Next 16000
n/a
Coll
TensTube TensConn
Depth
Max PP(OH) :
16.50
PPG
AGG :
0.141
PSI
PSI/FT
PPG
LOSS Circulation Data
W.T.
Min PP below shoe: @ Depth (ft):
5.5
8.0 ppg 5,500
Low Fluid Level @: 2,881 feet
5.5
Calculation Intervals ==> BURST Safety Factor==>
444 feet 1.20 for Graph line
Loads
Safety Factors (Drilling Loads) API Biaxial
Burst GAS / MUD
MAXIMUM VALUE>
PORE PRESS
Collapse
Burst
Coll
Load
Load
INTmax
EXTmin
INTmin
EXTmax
(Kick)
(Losses)
11469
2517
19.5
n/a
n/a
n/a
n/a
GAS GAS GAS GAS GAS GAS GAS GAS GAS GAS GAS GAS GAS GAS GAS GAS GAS GAS GAS GAS GAS GAS GAS GAS GAS GAS GAS GAS GAS GAS GAS GAS GAS GAS GAS GAS GAS
8.6 9.0 9.0 9.0 9.0 9.0 9.0 9.0 9.0 9.0 9.0 9.0 9.0 9.0 9.0 9.0 9.0 9.0 9.0 9.0 9.1 9.1 9.2 9.3 9.4 12.0 12.2 12.5 12.5 12.7 13.0 19.5 18.5 15.5 15.5 15.5 15.5
11469 11532 11594 11657 11720 11783 11845 11908 11971 12034 12096 12159 12222 12285 12347 12410 12473 12536 12598 12661 12724 12787 12849 12912 12975 13038 13100 13163 13226 13289 13351 13414 13477 13540 13602 13665 13728
0 388 777 1165 1553 1941 2330 2718 3106 3494 3883 4271 4659 5047 5436 5824 6212 6601 6989 7377 7765 8154 8542 8930 9318 9707 10095 10483 10871 11260 11648 12036 12425 11821 12180 12538 12896
0 0 0 0 0 0 0 201 589 978 1366 1754 2142 2531 2919 3307 3695 4084 4472 4860 5249 5637 6025 6413 6802 7190 7578 7966 8355 8743 9131 9519 9908 10296 10684 11073 11461
0 388 777 1165 1553 1941 2330 2718 3106 3494 3883 4271 4659 5047 5436 5824 6212 6601 6989 7377 7765 8154 8542 8930 9318 9707 10095 10483 10871 11260 11648 12036 12425 12813 13201 13589 13978
Safety Factors =
Rating Load
Example ==>
11469 11143 10818 10492 10167 9841 9516 9190 8865 8539 8214 7888 7563 7237 6912 6586 6261 5935 5610 5284 4959 4633 4308 3982 3657 3331 3006 2680 2354 2029 1703 1378 1052 1718 1423 1127 832
0 388 777 1165 1553 1941 2330 2517 2517 2517 2517 2517 2517 2517 2517 2517 2517 2517 2517 2517 2517 2517 2517 2517 2517 2517 2517 2517 2517 2517 2517 2517 2517 2517 2517 2517 2517
SFBAPI = (Burst Rating) = (Burst Load)
Burst
DRILLING
0 444 889 1333 1778 2222 2667 3111 3556 4000 4444 4889 5333 5778 6222 6667 7111 7556 8000 8444 8889 9333 9778 10222 10667 11111 11556 12000 12444 12889 13333 13778 14222 14667 15111 15556 16000
TVD
VOID Thru :
5.5
TVD
100.0% 16000 16.80
MW Used :
16.80
Burst
11469
% VOID :
TensCon
Mud WtSet In
This Csg
TensTub
Depth TVD
Last
Coll
Casing
MASP :
Collapse
0.00
>9
##### #####
>9
0.00
0.00
##### #####
#VALUE!
0.00
0.00
##### #####
#VALUE!
0.00
0.00
##### #####
#VALUE!
0.00
0.00
##### #####
#VALUE!
0.00
0.00
##### #####
#VALUE!
0.00
0.00
##### #####
#VALUE!
0.00
0.00
##### #####
#VALUE!
0.00
0.00
##### #####
#VALUE!
0.00
0.00
##### #####
#VALUE!
0.00
0.00
##### #####
#VALUE!
0.00
0.00
##### #####
#VALUE!
0.00
0.00
##### #####
#VALUE!
0.00
0.00
##### #####
#VALUE!
0.00
0.00
##### #####
#VALUE!
0.00
0.00
##### #####
#VALUE!
0.00
0.00
##### #####
#VALUE!
0.00
0.00
##### #####
#VALUE!
0.00
0.00
##### #####
#VALUE!
0.00
0.00
##### #####
#VALUE!
0.00
0.00
##### #####
#VALUE!
0.00
0.00
##### #####
#VALUE!
0.00
0.00
##### #####
#VALUE!
0.00
0.00
##### #####
#VALUE!
0.00
0.00
##### #####
#VALUE!
0.00
0.00
##### #####
#VALUE!
0.00
0.00
##### #####
#VALUE!
0.00
0.00
##### #####
#VALUE!
0.00
0.00
##### #####
#VALUE!
0.00
0.00
##### #####
#VALUE!
0.00
0.00
##### #####
#VALUE!
0.00
0.00
##### #####
#VALUE!
0.00
0.00
##### #####
#VALUE!
0.00
0.00
##### #####
#VALUE!
0.00
0.00
##### #####
#VALUE!
0.00
0.00
##### #####
#VALUE!
0.00
0.00
##### #####
#VALUE!
0 11469
=
0.00
194324503.xls.ms_office
C7
74
194324503.xls.ms_office
C7
PRODUCTION LOADS (Only)
75
inch Csg
5.500
DESIGN BASIS
Liner Casing
Coll: Last
This Csg
Depth TVD
14330 16000 Mud WtSet In (ppg) 16.80
Mud WtSect.Max (ppg)
Casing Data OD Wt
n/a
Buoy Factor 0.74 Buoy Force (lbs) #VALUE! Neutral Point (ft) 11,890
Next 16000
n/a
Ext = MW
Int = Empty Burst: Ext = MW (OH)/ PP (i Int = MASP + Pkr Flu
MASP Data:
16.80
Grade
Burst
Coll
Depth
W.T.
5.5
.
.
.
.
.
.
.
.
5.5
.
.
.
.
.
.
.
.
AGG:
5.5
.
.
.
.
.
.
.
.
Pkr Fluid:
Loads PRODUCTION
Burst TVD
MAXIMUM VALUE> 0 444 889 1333 1778 2222 2667 3111 3556 4000 4444 4889 5333 5778 6222 6667 7111 7556 8000 8444 8889 9333 9778 10222 10667 11111 11556 12000 12444 12889 13333 13778 14222 14667 15111 15556 16000
MW MW MW MW MW MW MW MW MW MW MW MW MW MW MW MW MW MW MW MW MW MW MW MW MW MW MW MW MW MW MW MW MW PP PP PP PP
Safety Factors =
PORE PRESS
Collapse
Burst
Coll
Load
Load
INTmax
EXTmin
INTmin
EXTmax
(Prod)
(Void)
19.5
n/a
n/a
n/a
n/a
14100
13978
8.6 9.0 9.0 9.0 9.0 9.0 9.0 9.0 9.0 9.0 9.0 9.0 9.0 9.0 9.0 9.0 9.0 9.0 9.0 9.0 9.1 9.1 9.2 9.3 9.4 12.0 12.2 12.5 12.5 12.7 13.0 19.5 18.5 15.5 15.5 15.5 15.5
12852 13245 13638 14031 14424 14816 15209 15602 15995 16388 16781 17174 17567 17960 18352 18745 19138 19531 19924 20317 20710 21103 21496 21888 22281 22674 23067 23460 23853 24246 24639 25032 25424 25817 26210 26603 26996
0 388 777 1165 1553 1941 2330 2718 3106 3494 3883 4271 4659 5047 5436 5824 6212 6601 6989 7377 7765 8154 8542 8930 9318 9707 10095 10483 10871 11260 11648 12036 12425 11821 12180 12538 12896
Rating Load
Example ==>
0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0
0 388 777 1165 1553 1941 2330 2718 3106 3494 3883 4271 4659 5047 5436 5824 6212 6601 6989 7377 7765 8154 8542 8930 9318 9707 10095 10483 10871 11260 11648 12036 12425 12813 13201 13589 13978
12852 12857 12861 12866 12870 12875 12880 12884 12889 12894 12898 12903 12907 12912 12917 12921 12926 12931 12935 12940 12944 12949 12954 12958 12963 12968 12972 12977 12981 12986 12991 12995 13000 13996 14031 14065 14100
0 388 777 1165 1553 1941 2330 2718 3106 3494 3883 4271 4659 5047 5436 5824 6212 6601 6989 7377 7765 8154 8542 8930 9318 9707 10095 10483 10871 11260 11648 12036 12425 12813 13201 13589 13978
SFBAPI = (Burst Rating) = (Burst Load)
Safety Factors (Production Loa API
TensTub
444 feet 1.20 for Graph line
PERF Depth: Max PP @Perf:
Coll
TensTube TensConn
0.00
n/a
#####
0.00
0.00
#####
0.00
0.00
#####
0.00
0.00
#####
0.00
0.00
#####
0.00
0.00
#####
0.00
0.00
#####
0.00
0.00
#####
0.00
0.00
#####
0.00
0.00
#####
0.00
0.00
#####
0.00
0.00
#####
0.00
0.00
#####
0.00
0.00
#####
0.00
0.00
#####
0.00
0.00
#####
0.00
0.00
#####
0.00
0.00
#####
0.00
0.00
#####
0.00
0.00
#####
0.00
0.00
#####
0.00
0.00
#####
0.00
0.00
#####
0.00
0.00
#####
0.00
0.00
#####
0.00
0.00
#####
0.00
0.00
#####
0.00
0.00
#####
0.00
0.00
#####
0.00
0.00
#####
0.00
0.00
#####
0.00
0.00
#####
0.00
0.00
#####
0.00
0.00
#####
0.00
0.00
#####
0.00
0.00
#####
0.00
0.00
#####
Burst
Calculation Intervals ==> BURST Safety Factor==>
EXT Support
100% void
MASP:
0 12852
=
194324503.xls.ms_office
C7
76
194324503.xls.ms_office
C7
77
DESIGN BASIS
5.500
inch Csg
Int = Empty Ext = MW (OH)/ PP (in csg)
12852
Tube Data
PSI
18,000 16.5
TVD
X-sect Area
PPG
0.144
PSI/FT
17.0
ppg
ety Factors (Production Loads) API Biaxial
TensCon
PIPE RATINGS Collapse
#####
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BURST Depth
0.00
0 444 889 1333 1778 2222 2667 3111 3556 4000 4444 4889 5333 5778 6222 6667 7111 7556 8000 8444 8889 9333 9778 10222 10667 11111 11556 12000 12444 12889 13333 13778 14222 14667 15111 15556 16000
API 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0
COLLAP
194324503.xls.ms_office
C7
78
194324503.xls.ms_office
inch Csg
C7
Set @:
79 Well: xxx
16000 TVD
Air Wt Section 1 Section 2 Section 3 Total
COLLAPSE Biaxcorr API
TENSION TUBEAPI CONNAPI
B.W. 0 0 0 0
0 0 0 0
Tensile Load depth in Air
@ Axial Stress (psi) in Mud
0
#VALUE!
0
0
0
0
0
#VALUE!
0
0
0
0
0
#VALUE!
0
0
0
0
0
#VALUE!
0
0
0
0
0
#VALUE!
0
0
0
0
0
#VALUE!
0
0
0
0
0
#VALUE!
0
0
0
0
0
#VALUE!
0
0
0
0
0
#VALUE!
0
0
0
0
0
#VALUE!
0
0
0
0
0
#VALUE!
0
0
0
0
0
#VALUE!
0
0
0
0
0
#VALUE!
0
0
0
0
0
#VALUE!
0
0
0
0
0
#VALUE!
0
0
0
0
0
#VALUE!
0
0
0
0
0
#VALUE!
0
0
0
0
0
#VALUE!
0
0
0
0
0
#VALUE!
0
0
0
0
0
#VALUE!
0
0
0
0
0
#VALUE!
0
0
0
0
0
#VALUE!
0
0
0
0
0
#VALUE!
0
0
0
0
0
#VALUE!
0
0
0
0
0
#VALUE!
0
0
0
0
0
#VALUE!
0
0
0
0
0
#VALUE!
0
0
0
0
0
#VALUE!
0
0
0
0
0
#VALUE!
0
0
0
0
0
#VALUE!
0
0
0
0
0
#VALUE!
0
0
0
0
0
#VALUE!
0
0
0
0
0
#VALUE!
0
0
0
0
0
#VALUE!
0
0
0
0
0
#VALUE!
0
0
0
0
0
#VALUE!
0
0
0
0
0
#VALUE!
0
0
0
0
Sect 1
Sect 2
Sect 3
#VALUE!
#VALUE!
#VALUE!
194324503.xls.ms_office
C7
80
194324503.xls.ms_office
C7
inch Csg
5.500
81 Set @:
16000
TVD
COLLAPSE TENSION Axial Stress (as % of Mat'l)
Axial Stress (psi) Depth 0
444 889 1333 1778 2222 2667 3111 3556 4000 4444 4889 5333 5778 6222 6667 7111 7556 8000 8444 8889 9333 9778 10222 10667 11111 11556 12000 12444 12889 13333 13778 14222 14667 15111 15556 16000
C
Sect 1
Sect 2
Sect 3
Sect 1
Sect 2
Sect 3
#VALUE!
#VALUE!
#VALUE!
#VALUE!
#VALUE!
#VALUE!
194324503.xls.ms_office
C7
82
194324503.xls.ms_office
C7
83
COLLAPSE
BURST COLLAPSE
Drilling Load
Pipe Ratings (Corr for Axial Stress) Sect 1
Sect 2
Sect 3
#VALUE!
#VALUE!
#VALUE!
Reference Depth 0 0 444 889 1333 1778 2222 2667 3111 3556 4000 4444 4889 5333 5778 6222 6667 7111 7556 8000 8444 8889 9333 9778 10222 10667 11111 11556 12000 12444 12889 13333 13778 14222 14667 15111 15556
Burst w/ 1.2 SF Depth 0 444 889 1333 1778 2222 2667 3111 3556 4000 4444 4889 5333 5778 6222 6667 7111 7556 8000 8444 8889 9333 9778 10222 10667 11111 11556 12000 12444 12889 13333 13778 14222 14667 15111 15556 16000
1.20 13763 13372 12981 12591 12200 11809 11419 11028 10638 10247 9856 9466 9075 8685 8294 7903 7513 7122 6732 6341 5950 5560 5169 4778 4388 3997 3607 3216 2825 2435 2044 1654 1263 2062 1708 1353 998
194324503.xls.ms_office
C7
84
194324503.xls.ms_office
Drilling Load
Production Load
Burst w/ 1.2 SF
Burst w/ 1.2 SF 1.20 15422 15428 15433 15439 15445 15450 15456 15461 15467 15472 15478 15483 15489 15495 15500 15506 15511 15517 15522 15528 15533 15539 15544 15550 15556 15561 15567 15572 15578 15583 15589 15594 15600 16795 16837 16878 16920
C7
85
Biax
Biaxial Yield Stress Values (Based upon "Holmquist & Nadia"-- Collapse of Deep Well Casing-- API Drilling & Production Practice --- 1939)
AXIAL STRESS (% of Yield Stress) COLLAPSE Longitudinal -100 100.0 COMPRESSION -98 102.0 -96 103.0 -94 105.0 -92 106.0 -90 107.5 -88 108.5 -86 110.0 -84 110.5 -82 111.5 -80 112.0 -78 113.0 -76 113.5 -74 114.0 -72 114.0 -70 114.5 -68 115.0 -66 115.0 -64 115.5 -62 115.5 -60 115.5 -58 115.5 -56 115.5 -54 115.5 -52 115.0 -50 115.0 -48 115.0 -46 114.5 -44 114.5 -42 114.0 -40 114.0 -38 113.5 -36 113.0 -34 112.5 -32 112.0 -30 111.5 -28 111.0 -26 110.5 -24 109.5 -22 109.0 -20 108.5 -18 107.5
AXIAL STRESS (% of Yield Stress) BURST Longitudinal 100 100.0 TENSION 98 102.0 96 103.0 94 105.0 92 106.0 90 107.5 88 108.5 86 110.0 84 110.5 82 111.5 80 112.0 78 113.0 76 113.5 74 114.0 72 114.0 70 114.5 68 115.0 66 115.0 64 115.5 62 115.5 60 115.5 58 115.5 56 115.5 54 115.5 52 115.0 50 115.0 48 115.0 46 114.5 44 114.5 42 114.0 40 114.0 38 113.5 36 113.0 34 112.5 32 112.0 30 111.5 28 111.0 26 110.5 24 109.5 22 109.0 20 108.5 18 107.5
Page 86
Biax
Longitudinal TENSION
-16 -14 -12 -10 -8 -6 -4 -2 0 2 4 6 8 10 12 14 16 18 20 22 24 26 28 30 32 34 36 38 40 42 44 46 48 50 52 54 56 58 60 62 64 66 68 70 72 74 76 78 80 82 84 86
107.0 106.0 105.5 104.5 103.5 103.0 102.0 101.0 100.0 99.0 98.0 97.0 96.0 95.0 93.5 92.0 91.0 90.0 88.5 87.0 86.0 84.0 83.0 81.5 80.0 78.5 77.0 75.5 74.0 72.0 70.5 69.0 67.5 65.5 63.5 61.5 59.5 57.5 55.5 53.5 51.5 49.0 47.0 44.5 42.0 40.0 37.5 34.5 32.0 29.5 26.5 24.0
Longitudinal COMPRESSION
Page 87
16 14 12 10 8 6 4 2 0 -2 -4 -6 -8 -10 -12 -14 -16 -18 -20 -22 -24 -26 -28 -30 -32 -34 -36 -38 -40 -42 -44 -46 -48 -50 -52 -54 -56 -58 -60 -62 -64 -66 -68 -70 -72 -74 -76 -78 -80 -82 -84 -86
107.0 106.0 105.5 104.5 103.5 103.0 102.0 101.0 100.0 99.0 98.0 97.0 96.0 95.0 93.5 92.0 91.0 90.0 88.5 87.0 86.0 84.0 83.0 81.5 80.0 78.5 77.0 75.5 74.0 72.0 70.5 69.0 67.5 65.5 63.5 61.5 59.5 57.5 55.5 53.5 51.5 49.0 47.0 44.5 42.0 40.0 37.5 34.5 32.0 29.5 26.5 24.0
Biax
88 90 92 94 96 98 100
21.0 18.0 14.5 11.0 08.0 04.0 00.0
-88 -90 -92 -94 -96 -98 -100
Page 88
21.0 18.0 14.5 11.0 08.0 04.0 00.0
CASING LOAD'S: Drilling Phase WELL :
xxx
Full String Casing 30
Set @
1345
Last Casing
Set @
50
42.
0
feet
CALCULATION BASIS
API Burst
Next Csg @ 200
Max PP (OH) = Max. Void =
100.0%
Kick Density = (psi / ft)
400
FIT = Low Mud Level ft= PP = 8.3 with 9.30
@ mud
800
CASING PROG 1000
157.00
#
@ 1200
API Collapse
DEPTH
600
10.0
1400
1345 #
@ #
@
1600 0
200
400
600
800
1000
1200
PSI Burst
Burst w/ 1.2 SF
Coll
API Collapse
API Burst
1400
1600
1800
56 k
CASING LOAD'S: Drilling Phase WELL :
xxx
Full String Casing 24
Set @
6400
Last Casing
Set @
1345
30
0
feet
CALCULATION BASIS
API Burst
Next Csg @ 1000
2000
Max PP (OH) = Max. Void =
100.0%
Kick Density = (psi / ft)
0.225
FIT =
12.5
Low Mud Level ft= PP = 8.4 @ with 9.50 mud
DEPTH
3000
9,500
4000
CASING PROG 171.00 # 5000 API Collapse
@
6000
1500
171.00 # @
@ 0
500
1000
1500
2000
2500
3000
PSI Burst
Burst w/ 1.2 SF
Coll
API Collapse
API Burst
3500
4000
4500
55 k 6395
# 7000
80 k
Full String Casing 18 5/8
CASING LOAD'S: Drilling Phase WELL :
xxx
Last Casing
24
0
Set @
9860
Set @
6400
feet
API Burst
CALCULATION BASIS
2000
Next Csg @
13475
Max PP (OH) = Max. Void =
34.0%
Kick Density = (psi / ft)
0.134
FIT =
16.0
Low Mud Level ft=
3,048
PP = 11.0 @ with 15.50 mud
10,500
DEPTH
4000
6000
CASING PROG 112.00
8000
#
API Collapse
@
10000
112.00
@
12000 -1000
0
1000
5000 #
@ 136.00
2000
3000
4000
5000
PSI Burst
Burst w/ 1.2 SF
Coll
API Collapse
API Burst
6000
7000
110 k
55 k 7500
#
95 k 9850
CASING LOAD'S: PRODUCTION Phase WELL :
xxx
Full String Casing 18 5/8
Set @
9860
Last Casing
Set @
6400
0
24
feet
CALCULATION BASIS API Burst
MASP =
2000
Perf Depth TVD = 14,000 Max PP @ Perf Prod Fluid Grad = Packer Fluid = Coll:
Ext = MW Int = Empty
Burst: Ext = MW (OH)/ PP (in csg) 6000
Int = MASP + Pkr Fluid
CASING PROG 112.00 #
8000
@ API Collapse
DEPTH
4000
10000
112.00
5000 #
136.00
#
@ 0
2000
4000
6000
8000
10000
Burst
Burst w/ 1.2 SF
API Burst
Coll
API Collapse
PSI
12000
14000
55 k 7500
@
12000
110 k
95 k 9850
Full String Casing 13 3/8
CASING LOAD'S: DRILLING Phase WELL :
xxx
Last Casing
18 5/8
Set @
13475
Set @
9860
0
feet
CALCULATION BASIS Next Csg @ API Burst
2000
4000
13830
Max PP (OH) = Max. Void =
50.0%
Kick Density = (psi / ft) FIT =
20.5
Low Mud Level ft= PP = 14.5 @ with 19.80 mud
8000
CASING PROG
DEPTH
6000
72.00 # 10000 API Collapse
@
12000
@
@ 14000 0
1000
2000
3000
4000
5000
6000
PSI Burst
Burst w/ 1.2 SF
Coll
API Collapse
API Burst
7000
8000
110 k 3000
72.00 #
72.00
13,600
95 k 9500
#
110 k 13500
CASING LOAD'S: PRODUCTION Phase WELL :
xxx
Full String Casing 13 3/8
Set @
13475
18 5/8
Set @
9860
Last Casing
0
feet
CALCULATION BASIS MASP = Perf Depth TVD =
API Burst
2000
Max PP @ Perf = Prod Fluid Grad = Packer Fluid =
4000
Coll:
Ext = MW Int = Empty
Burst: Ext = MW (OH)/ PP (in csg)
DEPTH
6000
Int = MASP + Pkr Fluid 8000
CASING PROG 72.00 # 10000 API Collapse
@
12000
72.00
3000 #
72.00
#
@ 0
2000
4000
6000
8000
10000
PSI Burst
Burst w/ 1.2 SF
Coll
API Collapse
API Burst
12000
14000
95 k 9500
@
14000
110 k
110 k 13500
CASING LOAD'S: Drilling Phase WELL :
xxx
Full String Casing 10 3/4
Set @
13830
13 3/8
Set @
13475
Last Casing
0
feet
CALCULATION BASIS
API Burst
Next Csg @ 2000
14330
Max PP (OH) = Max. Void =
67.0%
Kick Density = (psi / ft)
4000
FIT = 6000
Low Mud Level ft=
DEPTH
PP = 15.0 @ with 18.90 mud
14,300
8000
CASING PROG 10000
71.10 # @ API Collapse
12000
14000
13000
73.20 # @
@
-2000
0
2000
4000
6000
8000
10000
12000
PSI Burst
Burst w/ 1.2 SF
Coll
API Collapse
API Burst
14000
16000
125 k 13825
# 16000
110 k
CASING LOAD'S: PRODUCTION Phase WELL :
xxx
Full String Casing 10 3/4
Set @
13830
Last Casing
Set @
13475
0
13 3/8
feet
CALCULATION BASIS
API Burst
MASP = 2000
Perf Depth TVD = 14,300 Max PP @ Perf = Prod Fluid Grad = Packer Fluid =
4000
Coll:
Ext = MW Int = Empty
Burst:
Ext = MW (OH)/ PP (in csg)
6000
8000
Int = MASP + Pkr Fluid
CASING PROG
10000
71.10 # @ 12000
API Collapse
DEPTH
0.141
14000
13000
73.20 # @
@ 0
2000
4000
6000
8000
10000
12000
PSI Burst
Burst w/ 1.2 SF
Coll
API Collapse
API Burst
14000
16000
125 k 13825
# 16000
110 k
Full String 7 3/4 Casing
CASING LOAD'S: Drilling Phase WELL :
xxx
Last Casing
10 3/4
Set @
14330
Set @
13830
0
feet
CALCULATION BASIS Next Csg @ API Burst
2000
Max PP (OH) = Max. Void = Kick Density = (psi / ft)
4000
FIT =
Low Mud Level ft= PP = 15.0 @ with 16.80 mud
8000
CASING PROG 10000 46.10
# 14320
@ 12000
API Collapse
DEPTH
6000
14000
# @ #
@
16000 0
2000
4000
6000
8000
10000
12000
PSI Burst
API Burst
Coll
API Collapse
14000
16000
Full String 7 3/4 Casing
CASING LOAD'S: PRODUCTION Phase WELL :
xxx
Last Casing
10 3/4
Set @
14330
Set @
13830
0
feet
CALCULATION BASIS MASP = API Burst
2000
4000
Max PP @ Perf = Prod Fluid Grad = Packer Fluid = Coll:
Ext = MW Int = Empty
Burst:
Ext = MW (OH)/ PP (in csg)
8000
Int = MASP + Pkr Fluid
CASING PROG
10000
46.10 # @ 12000
API Collapse
DEPTH
6000
Perf Depth TVD = 15,800
14000
14320 #
@ #
@
16000 0
2000
4000
6000
8000
10000
12000
PSI Burst
Burst w/ 1.2 SF
Coll
API Collapse
API Burst
14000
16000
110 k
CASING LOAD'S: Drilling Phase WELL :
Liner Casing
xxx
Last Casing
5 1/2 7 3/4
0
Set @
16000
Set @
14330
feet
CALCULATION BASIS Next Csg @ API Burst
2000
4000
Max PP (OH) = Max. Void = Kick Density = (psi / ft) FIT =
6000 Low Mud Level ft= PP = 8.0 @ with 16.80 mud
10000
CASING PROG #
12000
@ API Collapse
DEPTH
8000
14000
16000
# @ #
@
18000 0
2000
4000
6000
8000
10000
12000
PSI Burst
API Burst
Coll
API Collapse
14000
16000
100.0%
CASING LOAD'S: PRODUCTION Phase WELL :
xxx
Liner Casing
5 1/2
Set @
16000
Last Casing
7 3/4
Set @
14330
0
feet
CALCULATION BASIS MASP = API Burst
2000
4000
Perf Depth TVD = 18,000 Max PP @ Perf Prod Fluid Grad = Packer Fluid =
6000
Coll:
Burst: Ext = MW (OH)/ PP (in csg)
8000
Int = MASP + Pkr Fluid 10000
CASING PROG #
12000
@ API Collapse
DEPTH
Ext = MW Int = Empty
14000
16000
# @ #
@
18000 0
2000
4000
6000
8000
10000
12000
PSI Burst
Burst w/ 1.2 SF
Coll
API Collapse
API Burst
14000
16000
18000
Database (Csg)
CASING DATA LIST BELOW ARE COMMON CASING STRING RUN AT KOC. IF A SINGLE STRING OF THE SAME SIZE, WEIGHT, GRADE, ETC. IS BEING RUN (I.E. NOT A COMBINATION STRING) SELECT THE CASING # BELOW AND ENTER IN BOX. COMBINATION STRINGS ARE HANDLED LATER. CONDUCT. PROTECTIVE1 PRODUCTION1 SURFACE PROTECTIVE2 PRODUCTION2 NOTE: ADJUST THE CASINGS BELOW IN BLUE TO FIT YOUR NEEDS. WITH SAFETY FACTORS CSG # OD #/ft Grade Conn Burst Coll Tension Burst 1 24 171.29 X-56 RL-4S 2500 1160 2500 2083 2 20 94 K-55 BTC 2110 520 1479 1758 3 20 94 K-55 STC 2110 520 824 1758 4 18 5/8 112 K-55 BTC 2990 1420 1805 2492 5 18 5/8 139 N-80 BIG O 5413 2706 3076 4511 6 18 5/8 139 C-95 BIG O 6427 2867 3542 5356 7 13 1/2 81.40 S-95 BTC 7140 3700 2425 5950 8 13 1/2 81.40 NKT-110 VAM 8270 3910 2590 6892 9 13 3/8 72 P-110 BTC 6390 3470 2221 5325 10 13 3/8 72 N-80 BTC 5380 2670 1661 4483 11 13 3/8 68 K-55 BTC 3450 1950 1069 2875 12 10 3/4 71.1 P-110 BDS 11640 9300 2257 9700 13 10 3/4 60.7 P-110 VAM 9760 5880 1912 8133 14 10 3/4 45.5 N-80 BTC 5210 2480 1040 4342 15 9 5/8 47.0 L-80 BTC 6870 4760 1086 5725 16 9 5/8 40.0 N-80 BTC 5750 3090 916 4792 17 7 3/4 46.1 P-110 BDS 14780 15000 1471 12317 18 7 3/4 46.1 Q-125 BDS 16790 16600 1672 13992 19 7 5/8 39.0 P-110 BDS 12620 11080 1231 10517 20 7 29.0 P-110 XL 11220 8530 902 9350 21 7 26.0 L-80 LTC 7240 5410 602 6033 22 7 26.0 K-55 BTC 4980 4330 414 4150 23 5 1/2 23.0 P-110 XL 14530 14540 722 12108 24 5 1/2 14.0 N-80 TS 6210 3620 262 5175 25 5 15.0 N-80 XL 8290 7250 350 6908 26 5 15.0 K-55 XL 5700 5560 241 4750
Page 101
Database (Csg)
WITH SAFETY FACTORS
Coll 1365 612 612 1671 3184 3373 4353 4600 4082 3141 2294 10941 6918 2918 5600 3635 17647 19529 13035 10035 6365 5094 17106 4259 8529 6541
Tension 1667 986 549 1203 2051 2361 1617 1727 1481 1107 713 1505 1275 693 724 611 981 1115 821 601 401 276 481 175 233 161
Page 102
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