Api5c3-Formulas and Calculation for Casing Tubing Drill Pipe and Line Pipe Proprieties
02 - Casing, Tubing, And Line Pipe
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Transcript of 02 - Casing, Tubing, And Line Pipe
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iternal collapsing pressure from fluid surrounding the casing, internal pressure encountered in conducting oil or gas from the producing formation, and tension loads resulting from its own suspended weight. It also must be equipped with threaded joints that can be made up easily and that provide leakproof connections.
API Casing
API developed specifications for casing that meet the major needs of the oil and gas industry and published these
These special joints obtain their improved properties by various means, such as (1) couplings or box ends with seal rings of teflon, etc.; (2) special thread profiles, such as Acme; (3) torque shoulders; (4) metal-to-metal seals; (5) internal upsets; (6) external upsets; (7) integral joints; and (8) flush joints.
API Liner Casing
Table 2.12 shows the minimum performance properties of API Grade J-55 plain-end liner casing. Table 2.13
pse resistance under axial loads casing.
gs
eight Factors. Table 2.14 gives eight factors used in casing string in API specifications and bulletins. I-6 These provide stan- dard dimensions, strength and performance properties, and the required thread-gauging practice to ensure com- plete interchangeability.
In addition to the API strength grades, the following tables include information on higher-strength casing de- veloped to meet the needs of unusually deep wells. Tables
shows the minimum collaof API Grade J-55 liner
Design of Casing Strin
Oil, Water, and Mud-Wthe oil, water, and mud wdesign. Chapter 2
Casing, Tubing, and LWilliam 0. Clinedinst, Consultant
Casing The successful production of oil and gas depends on the proper performance of casing, which serves as a structural retainer in the well, excludes undesirable fluids, and con- fines and conducts oil or gas from subsurface strata to ground level. Casing must be capable of withstanding ex- 2.1 and 2.2 give the tensile requirements and range lengths of API casing and liner casing. Table 2.3 lists the mini- mum performance properties of casing. Table 2.4 lists the minimum collapse resistance under axial loads for var- ious API casing grades. Tables 2.5 through 2.7 give the dimensions, weights, and tolerances of round-thread and buttress-thread coupling and length of upset for extreme- line API casing (see also Figs. 2.1 through 2.3). Factors for conversion of gross linear footage to net footage of API short-thread, long-thread, buttress-thread. and extreme-line casings are shown in Tables 2.8 through 2. I 1 1 respectively. Equations for calculating performance properties of casing are given in a later section. ne Pipe
Special Casing Joints
A number of special casing joints are available that are useful where higher strength, leak resistance, or clearance is needed than that provided by the standard API round- thread, buttress-thread, or extreme-line casing joints. Safety factors commonly used in the design of casing strings are the following: collapse strength, 1.125; joint strength, 1.80; plain-end yield strength, 1.25; and internal yield pressure, 1 .OO. These safety factors will be used in the following casing string designs. However, it is the re- sponsibility of the designer to select safety factors to suit particular needs.
Single Weight and Grade Casing String. Collapse Safe- ty Factor. The collapse pressure for a single weight and grade casing string is determined by multiplying the height of the head of mud by the factor for the mud weight found
-
G UIR
nimenstren
(Ps60,75,95,95,95,00,00,05,10,25,35,60,
75,
A O2 AL=194257+
in Table 2.14. Thushead of mud with a(ll,OOOft~0.5psi/ftlapse safety factor, psi (1.125 x 5,500)
In Table 2.3, thea collapse resistancwith a collapse resshould select the mmeets the performaing the 7,020-psi colapse pressure, the1.276 (see Table 2
Joint Sfrengfh Satotal load on the jobuoyancy effects) is(11,000 ft) and th319,000 lbm. Dividstrength of 7-in., 29in Table 2.3 on min319,000-lbm weighfor joint strength.
Pipe Body Yield body yield strengt676,000-lbm pipe 319,000-lbm weighsafety factor.
Factor. The bottomhole i. The internal yield pres- in., 29-lbm, N-80 long- 2.3). The 8,160-psi in-
the 5,500-psi BHP yields
esigning a combination casing required to resist ttom of the well (Table r this weight and grade grade with a lower col- e procedure is repeated west possible collapse il a higher-weight casing s of a lower-cost material tion and handling prob-
casing is affected by any e bottom section is not
ns above the bottom sec- sistance reduced by the 'J i
where AL = mmimum elongation in 2 I I percent to nearest /z%. A j = cross-sectional area of the tens,le test specimen I,. square ,nches based on speclf,ed OD
or nom~naf specimen width and speclfled wall tfvckness rounded to the nearest 0 01 or
0 75 sq m.. whichever IS smaller, and O, = speclfled m~nmwm ultimate tenslIe strength, psi
+ Restncted yeld strength Inlended for se I sour gas service
t Non-API
Speaal requwnents an toughness. uniform hardness, and mill testing
the collapse pressure for an 1 1 ,OOO-ft weight of 9.625 lbm/gal is 5,500 PSI =5,5OOpsi).Tomeetthe 1.125col a collapse resistance of at least 6,188 is required. lightest weight of 7-in. casing with e of at least 6,188 psi is 29-lbm N-80 istance of 7,020 psi. (The designer
ost economical weight and grade that nce property requirements.) By divid- llapse resistance by the 5,500-psi col- collapse safety factor is found to be .15). fety Factor. For the same string, the int at the top of the well (ignoring the product of the length of the string e 29-lbm/ft weight of the casing or ing the 597,000-lbm minimum joint -lbm, N-80 long-thread casing given imum performance properties by the t of casing yields a 1.87 safety factor
Safety Factor. In Table 2.3, the pipe
Internal Yield Pressure Safetypressure (BHP) given is 5,500 pssure (pressure resistance) for 7-thread casing is 8,160 psi (Tableternal yield pressure divided by a 1.48 safety factor.
Combination Casing Strings
Collapse Safety Factors. In dcasing string, first determine thethe collapse pressure at the bo2.16). Then, determine how famust be run before a weight andlapse resistance can be used. Thuntil the weight with the loresistance has been used, or untis chosen because the advantageare offset by increased identificalems. The collapse resistance of axial load applied to it. Only thaffected by axial loading. Sectiotion will have their collapse re2-2
TABLE 2.1-API CASINTENSILE REQ
Casing Yield Strength (psi)
Grade Minimum Maximum
H-40 40,000 80,000 J-55 55,000 80,000 K-55 55,000 80,000 c-75 + 75,000 90,000 L-80 80.000 95,000 N-80 8o;ooo 110,000 c-90 90,000 105,000
MiTS
~
11
c-95+ 95,000 110,000 1HC-95* 95.000 1P-110 110,000 Q-125* 125,000 v-150* 150,000
Liner Casing J-55 55,000
140,000 1150,000 1180,000 1
80,000
A O2 AL = 625,000+
01
and I metr,c utvts, h is found to be 676.000 lbm. The body yield strength divided by the t of the casing string yields the 2.12 PETROLEUM ENGINEERING HANDBOOK
AND LINER CASING EMENTS
um Minimum ile Maximum
Hardness Elongation
gth in 2 in.**
i) HRC BHN WI - - 000 000 000 000 000 23 241 000 000 25.4 255 000 000 000 000 000
000 weight of the casing below. Because the axial load acting on the casing and the collapse pressure are both depend- ent on the depth at which the new casing item is intro- duced, the changeover point must be determined by
-
x(3,335-2,055)=2,868 ft,
which is rounded to the next 50-ft multiple to yield 2,900 ft. Cols. 1, 2,5, 7, and 8 were back-calculated from Co]. CASING, TUBING, AND LINE PIPE
successive approximation or trial-and-error calculations. When design calculations are made with a computer,
the collapse resistance under axial loading can be calcu- lated by use of the method described in the section on equations. Take the depth to which the weight and grade being considered will set with the desired safety factor without axial load as a starting point. Then decrease the depth by suitable increments (perhaps 50 ft), calculating the axial load, the collapse resistance, the collapse pres- sure, and the safety factor for each increment until the desired safety factor value is obtained.
When design calculations are made without a computer, collapse resistance values can be obtained from Table 2.4 (minimum collapse resistance under axial loading). This table lists collapse resistance under axial stress increments of 5.000 psi. For stresses intermediate to the 5.000-psi increments, collapse resistance can be determined by interpolation. The following collapse calculations for the design of the 7-in., I 1 ,OOO-ft string were made from Table 2.4.
29-lbm N-SO Bottom-Section Collapse Safety Factor. The method for selection of 29-lbm N-SO for the bottom section and the determination of the 1.276 collapse safe- ty factor is identical to that shown for the 11 ,OOO-ft sin- gle weight and grade string.
26lbm N-80 Intermediate-Section Collapse Safety Factor. Determination of the length of the bottom section and the changeover point to 26 Ibm, the next lower weight, is facilitated by constructing Table 2.17.
In this table, starting with the tabulated values of axial stress and the corresponding collapse resistance for 26-lbm N-80 casing, the lengths of the 29-lbm casing required to cause the stress and the corresponding collapse safety factors are calculated.
Co]. 1 gives the axial stress values in 5,00@psi incre- ments. Col. 3 gives collapse resistance under axial load for the cross-sectional area obtained from Table 2.4 for Grades L-80 and N-80. Co]. 2 is the product of Col. 1 and the cross-sectional area. Col. 4 is determined by cal- culating the weight of casing below the section for which the length is being determined. (This is the general format of the table for use with all sections. In this case, the weight of casing below the section is zero because there is no casing below the 29-lbm N-80.) Co]. 5 is the differ- ence between Cols. 2 and 4. Co]. 6 is Col. 5 divided by 29. Co]. 7 is the depth to the bottom of the 26-lbm sec- tion-the changeover point-in this case 11 .OOO ft minus Co]. 6. Co]. 8 is Co]. 7 multiplied by the mud factor (0.5), and Col. 9 is Col. 3 divided by Co]. 8.
The 1,600-i? length of the 29-lbm section found in Co]. 6 and the 1.126 safety factor for the 26-lbm section at the changeover point were determined by interpolation according to the following method. The length of the 29-lbm section found in Co]. 6 was estimated by cal- culating
1,302+[(1.125-1.095)/(1.23X-1.095)]
x(2,605- 1,302)= 1,575 ft,
which is rounded to the next 50-ft multiple to yield 1,600
ft. Cols. 1, 2, 5. 7. and 8 were back-calculated from Co]. 6. For instance, the axial stress found in Col. 1 equals (1,600~ 29)/7.549, which equals 6,147 psi. 6. The collapse resistance of the 23.lbm section that cor- responds to the l&299-psi axial stress is estimated by cal- culating
3,690-[(18,299-15,000)1(20,000-15,000)]
x(3,690-3,620)=3,644 psi,
which is rounded to the nearest 10 psi according to API procedures to yield 3,640 psi. The 1.120 collapse safety factor at the 23-lbm section bottom that is listed in Co]. 9 is obtained by dividing Col. 3 by Col. 8. By increasing the length of the 29-lbm intermediate section to 2,950 ft and by repeating the calculations for collapse resistance, 2-3
TABLE 2.2-API CASING AND LINER CASING RANGE LENGTHS
Casing Total range length,
inclusive 16to25 25to34 34to48
Range length for 95% or more of carload
Permissible variation, maximum 6 5 6
Permissible length, minimum 18 28 36
Loners Same requirements as for casing in Ranges 2 and 3
The collapse resistance for the 26-lbm section that cor- responds to the 6,147-psi axial stress is estimated by cal- culating
5,310-[(6,147-5,000)/(10,000-5,000)]
x(5,310-5,200)=5,285 psi,
which is rounded to the nearest 10 psi according to API procedures to yield 5,290 psi. The collapse safety factor at the 26-lbm section bottom that is shown in Col. 9 is obtained by dividing Col. 3 by Co]. 8.
23-lbm N-80 Top Section Collapse Safety Factor. The length of the 26-lbm intermediate section and the change- over point to the next lower weight are calculated with Table 2.18. In Table 2.18, Cols. 5 through 9 cannot be calculated until Col. 2 exceeds Col. 4. The 2,900-Ii length of the 26-lbm section that is shown in Co]. 6 and the 1.120 safety factor of the 23-lbm section at the changeover point were determined by interpolation.
The length of the 26-lbm section listed in Col. 6 was estimated by calculating
2,055+[(1.125-1.005)/(1.194-1.005)] we obtain a safety factor of 1.129.
(continued on page 32)
-
2-4 PETROLEUM ENGINEERING HANDBOOK TABLE 2.3~MINIMUM PERFORMANCE PROPERTIES OF CASING
1 2 3 4 5 6 7 8
Nomrnal Threaded and Coupled
Weight, OD Threads OD Special
and Wall Drift of Clearance OD Coupling Thrckness ID Diameter Coupling Coupling (in.) (Ibmlft) Grade (in.) (in.) (in.) (in.) (in.)
4% 9.50 H-40 0.205 4.090 3.965
9.50 J-55 0.205 4.090 3.965 10.50 J-55 0.224 4.052 3.927 11.60 J-55 0.250 4.000 3.875
9.50 K-55 10.50 K-55 11.60 K-55
11.60 c-75 13.50 c-75
11.60 L-80 13.50 L-80
11.60 N-80 13.50 N-80
11.60 c-90 13.50 C-90
11.60 C-95 13.50 c-95
- 11.60 HC-95 1 13.50 HC-95 * 15.10 HC-95
11.60 P-110 13.50 P-110 15.10 P-110
15.10 Q-125 1 16.60 Q-125 1 19.10 Q-125
* 15.10 v-150 f 16.60 v-150 t 1910 v-150
0.205 4.090 3.965 0.224 4.052 3.927 0.250 4.000 3.875
0.250 4.000 3.875 0.290 3.920 3795
0.250 4.000 3.875 0.290 3.920 3.795
0.250 4.000 3.875 0.290 3.920 3.795
0.250 4.000 3.875 0.290 3.920 3.795
0.250 4.000 3.875 0.290 3.920 3.795
0.250 4.000 3.875 0.290 3.920 3.795 0.337 3.826 3.701
0.250 4.000 3.875 0.290 3.920 3.795 0.337 3.826 3.701
0.337 3.826 3.701 0.375 3.750 3.625 0.437 3.626 3.501
0.337 3.826 3.701 0.375 3.750 3.625 0.437 3.626 3501
5.000
5.000 5.000 5.000
5.000 5.000 5.000
5.000 5.000
5.000 5.000
5.000 5.000
5.000 5.000
5.000 5.000
5.000 5.000 5.000
5.000 5.000 5.000
5.000 5.000 5.000
5.000 5.000 5 000
- -
4.875 4.875
4.875 4.875
4.875 4.875
4.875 4.875
4.875 4.875
4.875 4.675
4.875 4.875
4.875 4.075 4.875
4.875 4.875 4.875
4.875 4.875 4.875
4.875 4.875 4.875
9 10 11
Extreme Line
OD Drift of Box Collapse
Drameter Powertight Resistance (in.) (in.) (psi) - - -
-
- - -
- - - -
- -
- - - -
-
- - - -
- -
- - -
- -
- -
-
2,760
3,310 4,010 4,960
3,310 4,010 4,960
6,100 8,140
6.350 8,540
6.350 8,540
6,820 9.300
7,030 9.660
8,650 10,380 12,330
7,580 10,680 14,350
15,840 19,100 21,920
18,110 22,330 26.300
5 11.50 J-55 13.00 J-55 15.00 J-55
11.50 K-55 1300 K-55 15.00 K-55
15.00 c-75 18.00 c-75 21.40 c-75 23.20 c-75 24.10 c-75
15.00 L-80 18.00 L-80 21.40 L-80 23.20 L-80 24.10 L-80
15.00 N-80 18.00 N-80 21.40 N-80 23.20 N-80 24.10 N-80
15.00 c-90 18.00 c-90 21.40 c-90 23.20 C-90 24.10 c-90
Non-API we~ghls and grades
0.220 4.560 4.435 0.253 4.494 4.369 0 296 4.408 4.283
0.220 4.560 4.435 0.253 4.494 4.369 0.296 4.408 4.283
0.296 4.408 4.283 0.362 4.276 4.151 0.437 4.126 4.001 0.478 4.044 3.919 0.500 4.000 3.875
0.296 4.408 4.283 0.362 4.276 4.151 0.437 4.126 4.001 0.478 4.044 3.919 0.500 4.000 3.875
0.296 4.408 4.283 0.362 4.276 4.151 0437 4.126 4.001 0.478 4.044 3.919 0.500 4.000 3.875
0.296 4.408 4.283 0362 4.276 4.151 0437 4.126 4.001 0.478 4.044 3.919 0.500 4.000 3.875
5.563 5.563 5.563
5.563 5.563 5.563
5.563 5.563 5.563 5.563 5.563
5.563 5.563 5.563 5.563 5.563
5.563 5.563 5.563 5.563 5.563
5.563 5.563 5.563 5.563 5.563
- 5.375 5.375 -
5.375 5.375
5.375 5.375 5.375 5.375 5.375
5.375 5.375 5.375 5.375 5.375
5.375 5.375 5.375 5.375 5.375
5.375 5.375 5.375 5.375 5.375
- -
4.151
- -
4.151
4.151 4.151 -
4.151 4.151
-
4.151 4.151 - -
4.151 4.151
-
- -
5.360 -
5.360
5.360 5.360 -
5.360 5.360
-
5.360 5.360
-
5.366 5.366
- -
3,060 4.140 5,560
3,060 4.140 5,560
6,940 9,960
11,970 12,970 13,500
7.250 10,500 12,760 13,830 14,400
7,250 10,500 12,760 13,830 14,400
7,840 11,530 14,360 15.560 16.200
12
Pipe-Body Yield
Strength (1,000 Ibf)
111
152 165 184
152 165 184
250 288
267 307
267 307
300 345
317 364
317 364 419
367 422 485
551 608 697
661 729 837
182 208 241
182 208 241
328 396 470 509 530
350 422 501 543 566
350 422 501 543 566
394 475 564 611 636
-
CASING. TUBING. AND LINE PIPE 2-5
E13
Plain
End or
xtreme Lfne
3.190
4.380 4 790 5350
4 380 4 790
5.350
7290 0460
7 780
9 020
7 780
9 020
8 750 10.150
9.240 10710
9240 10710
12,450
10690
12410 14420
16 380 16230 21 240
19660
21.880 25490
4240
4.870 5,700
4,240
4.870 5.700
7.770 9,500
11,470
12,550 13.130
8.290 10.140
12.240
13.380
14.000
8.290 10.140 12.240 13.380
14.000
9,320
11.400 13.770
15.060 15.750
TABLE 2.3-MINIMUM PERFORMANCE PROPERTIES OF CASING (continued)
14 15 16 17 18 19 20 21 22 23 24 25 26 27
Joint Strength" (1.000 Ibl)
Internal Pressure Reslstancet (PSI) Threaded and Coupled Bullress Thread Buttress Thread
Special
Regular ClEiranCe Special
Round Coupling Coupling Round Regular Clearance
Thread Same Hlaher Same Maher Thread Couollna SCJl3Xl
Reaular
Short Lono Grade Gkde Grade G&de Short I
- 3.190 4380 4.790 5.350
4 380 4 790
5.350
.ong Coupling
Higher
Grade' Clearance
Coupling
Coupling
Higher
Grade'
-
- 4 240
4.870 5,700
4.240 4.870 5 700
-
-
-
-
- -
5.350
-
4.790 5.350
5 350
7290 8.460
7 780 9020
7 780 9020
8 750 10150
9240 10710
9240 10 710
12.450
10690
12410 14420
16380 16.650 16650
19660
19980 19.980
-
4.790
5.350
7.290 8.460
7.760 9.020
7.760 9.020
8.750 10150
9.240 10.710
9 240 10.710
11.630
10.690 12.410
13.460
15,300 15 300 15.300
18.360 18.360
18.360
4.870 4.870 5.700 5.700
-
4.870 5.700
7.770 9.500
10.140
10.140 10,140
8.290
10,140
10.810 10.810
10.810
8.290 10.140
10.810 10.810
10.810
9.320
11.400 12.170
12.170 12.170
4.870 5.700
7.770 9.290
9.290
9.290 9,290
8.290
9.910
9,910 9.910 9.910
8.290 9.910
9.910 9.910
9.910
9.320 11,150 11.150
11.150 11.150
77
- ~ 101 4.790 4 790 4.790 132 5.350 5350 5.350 154
- - - 112 4.790 4 790 4.790 146
5350 5350 5.350 170
~ 7.290 ~ - 7.490 - -
7.780 7 780 7.780 -
9020 7990 9.020 ~
7.780 7 780 7.780 ~ 9.020 7990 9020 ~
~ 8750 ~ ~ - 9 000 ~
- 9.240 - - ~ 9 490 ~ ~
9.240 9 240 9.240 ~ 10.710 9500 10.710 -
12.450 9 500 11.000 ~
10.690 10690 10.690 ~ 12,410 10990 12.410 -- 14.420 10990 13.910 ~
~ 12490 ~ 18.230 12490 14.980 -
18.370 12.490 14.980 ~
- 14980 - -
- 14980 ~ - 14980 ~
- - 133
4.870 4,870 4.870 169 5,700 5.130 5.700 207
- - 147
4,870 4.870 4,870 186 5 700 5.130 5.700 228
- 6.990 - - ~ 6.990 - -
- 6.990 - ~
- 7.000 - - ~ 6,990 - -
8.290 7.460 8.290 -
10.140 7.460 10.140 ~
- 7,460 - - - 7.460 - ~
- 7.460 - -
8,290 7.460 8.290 - 10.140 7460 10.140 ~
12.240 7.460 10.250 - 13.380 7.460 10.250 ~
13.620 7.460 10.250 -
- 8.400 - -
- 8.400 - - - 8.400 ~
~ 8.400 - - - 8.400 ~ ~
-
- 162
- 203 225
203 203 203 225 225 225
-
180
212 257
212
257
223
270
223 270
234 284
245 297
357
279
338 406
438 496 588
519
588 697
-
249 277
288 331
291
334
304 349
309 355
325 374
338 388 446
385
443 509
554 579 579
658
686 686
249 277
-
249 249 277 277
288
320
-
304 349
-
291
320
304 337
325 374
338 388
446
385 443 509
-
611
686
-
309 337
325 353
338 338 370 388 370 421
385 385 421 443 421 509
454 454
-
539 539
539
182 252 252 252 223 293 293 287
201 246
295 376
466
513 538
-
309 359
375 452
510
510 510
309 359
309 359
364 364
364
364 364
295
376
466 513
538
-
311
396
490 540
567
311
396 490
540 567
379
457
510 510 510
396 477
537 537
537
404
487 537
537 537
396 477
566 614
639
364
364
364 364
364
383 383
383 383
383
383
383 383
383 383
-
304 349
-
-
539
539
252 293
-
309 359
- -
-
-
-
396 477
479 479
479
-
-
Extreme Line
Standard OptIonal Joint
-
- - -
-
-
-
-
- -
-
-
- -
328
416
416 446
-
416
446 -
- -
437 469 -
-
430
469 - -
-
2-6 PETROLEUM ENGINEERING HANDBOOK TABLE 2.3-MINIMUM PERFORMANCE PROPERTIES OF CASING (continued)
1 2 3 4 5 6 7 8 9 10 11 12
Nominal Threaded and Coupled
Weight. OD Extreme Line
Threads 00 Special OD Pipe-Body and Wall Drift of Clearance Drift of Box Collapse .Yield
OD Coupling Thickness ID Diameter Couplmg Coupling Diameter Powertight Resistance Strength (in.) (Ibmlft) Grade (in ) (in.) (in.) (In.) (in.) (in.) (in.) (psi) (1,000 Ibf) _~~
5 15.00 18.00 21 40 23.20 2410
t 1500 II 1800 + 23.20
15.00 18.00 21 40 2320 24.10
15.00 1800 23 20 24.10
* 15.00 II 18.00 f 23.20
c-95 0.296 4408 4.283 5.563 c-95 0.362 4276 4.151 5.563 c-95 0.437 4126 4.001 5.563 c-95 0.478 4044 3.919 5.563 c-95 0.500 4.000 3.875 5.563
HC-95 0.296 4.408 4 283 5.563 HC-95 0.362 4276 4151 5.563 HC-95 0.478 4044 3919 5.563
P-110 P-110 P-110 P-110 P-110
Q-125 Q-125 Q-125 Q-125
v-150 v-150 v-150
0.296 4408 4283 5.563 0 362 4276 4.151 5.563 0.437 4.126 4.001 5.563 0.478 4.044 3919 5.563 0.500 4.000 3875 5.563
0.296 4408 4.283 5.563 0.362 4276 4151 5.563 0.478 4.044 3.919 5.563 0.500 4.000 3.875 5.563
0.296 4.408 4.283 5.563 0.362 4.276 4151 5.563 0.478 4.044 3919 5.563
5% 14.00
14.00 15.50 17.00
H-40 0.244 5.012
J-55 0.244 5.012 J-55 0.275 4.950 J-55 0.304 4.892
14.00 15.50 17.00
17.00 20.00 23.00
K-55 0.244 5.012 K-55 0.275 4.950 K-55 0.304 4.892
c-75 0.304 4.892 c-75 0.361 4.778 c-75 0.415 4.670
17.00 L-80 0.304 20.00 L-80 0.361 23.00 L-80 0.415
17.00 20.00 23.00
17.00 20.00 23.00 26.00 35.00
17.00 20.00 23.00
N-80 N-80 N-80
c-90 c-90 c-90 c-90 c-90
c-95 c-95 c-95
* 17.00 HC-95 t 20.00 HC-95 f 23.00 HC-95
17.00 P-110 20.00 P-110 23.00 P-110
. 17.00 Q-125 t 20.00 Q-125
23.00 Q-125 * 26.80 Q-125
f 20.00 v-150 1 23.00 v-150 . 26.80 v-150
0.304 0.361 0.415
0.304 0.361 0.415 0.476 0.650
0.304 0.361 0.415
0.304 0.361 0.415
0.304 0.361 0.415
0.304 0.360 0.415 0.500
0.361 0.415 0.500
Non-API weights or grades
5.375 5.375 5.375 5375 5.375
5.375 5.375 5.375
5.375 5.375 5.375 5.375 5.375
5.375 5.375 5.375 -
5.375 5.375 5.375
4.892 4.778 4.670
4.892 4.778 4.670
4.892 4.778 4.670 4.548 4.200
4.892 4.778 4.670
4.892 4.778 4.670
4.892 4.778 4.670
4.892 4.778 4.670 4.500
4.778 4.670 4.500
4.887
4.887 4.825 4.767
4.887 4.825 4.767
4.767 4.653 4.545
4.767 4.653 4.545
4.767 4.653 4.545
4.767 4.653 4.545 4.423 4.075
4.767 4.653 4.545
4.767 4653 4.545
4.767 4.653 4.545
4.767 4.653 4.545 4.375
4.653 4.545 4.375
6.050
6.050 6.050 6.050
6.050 6.050 6.050
6.050 6.050 6.050
6.050 6.050 6.050
6.050 6.050 6.050
6.050 6.050 6.050 6.050 6.050
6.050 6.050 6.050
6.050 6050 6.050
6.050 6.050 6.050
6.050 6.050 6.050 6.050
6.050 6.050 6.050
- - -
5.875 4.653 5.875 4.653 -
5.875 5.875
5.875 5.875 5.875
5.875 5.875 5.875
5.875 5.875 5.875
5.875 5.875 5.875 5.875 5.875
5.875 5.875 5.875
5.875 5.875 5.875
5.875 5.875 5.875
5.875 5.875 5.875 5.875
5.875 5.875 5.875
4.653 4.653
4.653 4.653 4.545
4.653 4.653 4.545
4.653 4.653 4.545
4.653 4.653 4.545
-
4.653 4.653 4.545 - -
4.653 4.653 4.545 - - - -
- -
4151 5.360 4151 5.360 - -
- -
- - - -
4151 5.360 4.151 5.360 - - - -
- -
- -
- -
- -
-
5.860 5.860
-
5.860 5.860
5.860 5860 5.860
5.860 5.860 5.860
5.860 5.860 5.860
5.860 5.860 5.860 - -
5.860 5.860 5.860
-
5.860 5860 5.860
- - -
8,110 416 12,030 501 15,160 595 16,430 645 17,100 672
9,380 416 11,880 501 15,820 645
8,850 481 13,470 580 17,550 689 19,020 747 19,800 778
9,480 547 14,830 659 21,620 849 22,500 884
10,250 656 16,860 791 25,940 1,019
2,620
3.120 4,040 4,910
3,120 4.040 4,910
6,040 8,410
10,470
6,280 8,830 11,160
6,280 8,830
11,160
6,740 9,630
12.380 14,240 18,760
6,940 10,010 12,940
8,580 10,630 12,450
7,480 11,100 14,540
7,890 12,080 16,070 20,660
13,460 18,390 24.790
161
222 248 273
222 248 273
372 437 497
397 466 530
397 466 530
447 525 597 676 891
471 554 630
471 554 630
546 641 729
620 729 829 982
874 995
1.178
-
CASING, TUBING, AND LINE PIPE 2-7 TABLE 2.3~MINIMUM PERFORMANCE PROPERTIES OF CASING (continued)
13 14 15 16 17 16 19 20 21 22 23 24 25 26 27
Joint Strenath" (1 000 lbf)
Plain
End or
Extreme
Lfne
9.840 12.040
14.530 15 890
16630
9.840
12.040 15.890
11 400
13940 16.820 18,400
19.250
12.950 15840 20.910
21.880
15.540
19010 25 090
3.110
4.270 4.610 5.320
4.270 4.810 5.320
7 250
8.610
9.900
7 740
9 190 10:560
7 740 9190
10.560
6.710 10.340 11.880
13.630
18.610
9.190
10.910 12.540
9.190 10.910 12.540
10.640 12.640 14520
12.090
14.360 16.510 19890
17.230 19.810 23.860
Internal Pressure Reslstancet (PSI)
- Threaded and Coupled
Buttress Thread Buttress Thread
Special
Regular ClC331aWX Special
Couphng Coupling Round Regular Clearance
Round
Thread same Higher -
-
2-8 PETROLEUM ENGINEERING HANDBOOK TABLE 2.3-MINIMUM PERFORMANCE PROPERTIES OF CASING (continued)
1 2 3 4 5 6 7 8 9 IO 11 12
Nominal Weraht. Threads
and
Threaded and Coupled
OD
Wall Draft
Extreme Line
OD Special of Clearance Drift
OD Pipe-Body of Box Collapse Yield
Powertight Resistance Strength
(In.1 (1,000 Ibf) (Psi) 2,520
2,970 4,560
2,970 4,560
5,550 7,790 9,800
5,760 8,170 10,320
5,760 8,170 10,320
6,140 8.880 11,330
6,310 9,220 11,810
229
7.000
7.000
7.000 7.000 7.000
7.000 7.000 7.000
7.000 7.000 7.000
7.000 7.000 7.000
7.000 7.000 7.000
7.000 7.000 7.000
315 382
315 382
520 610 688
555 651 734
555 651 734
624 732 826
659 773 872
OD Coupling Thickness ID Diameter Coupling Coupling Diameter (In.) (Ibm/ft) Grade (in.) On.) (in.) (In.) (in.) (in.)
7.000 7.000
7.000 7.000
7.000 7.000 7.000
7.000 7.000 7.000
7.000 7.000 7.000
7.000 7.000 7.000
7.000 7.000 7.000
7.000 7.000 7.000
7.000 7.000 7.000
7.000 7.000 7.000
- -
-
7.375 7.375
7.375 7.375
7.375 7.375 7.375 7.375 7.375 7.375
7.375 7.375 7375 7.375
' 7.375 7.375
7.375 7.375 7.375 7.375 7.375 7.375
5.730
-
5.730
5.730 5.666 5.550
5.730 5.666 5.550
5.730 5.666 5.550
5.730 5.666 5.550
5.730 5.666 5.550
5.730 5.666 5.550
- - -
- - -
-
6.151 6.151
-
7.390 7.390
-
6.151 6.151
6.151 6.151 6.059 5.969 5.879 5.795
7.390 7.390
7.390 7.390 7.390 7.390 7.530 7.530
6.151 7.390 6.151 7.390 6.059 7.390 5.969 7.390 5.879 7.530 5.795 7.530
6.151 7.390 6.151 7.390 6059 7.390 5.969 7.390 5.879 7.530 5.795 7.530
6,730 763 10,160 895 13,220 1,009
7,020 867 10,990 1,017 14,530 1,147
7,340 1,041 12,120 1,220 16,500 1,317
1,420 1,970
2,270 3,270 4.320
2.270 3,270 4,320
3,750 5,220 6,730 8,200 9,670 10,680
3,830 5,410 7,020 8,610 10,180 11,390
3,830 5,410 7,020 8,610 10,180 11.390
196 230
316 366 415
316 366 415
499 566 634 699 763 822
532 604 676 745 814 877
532 604 676 745 814 877
6% 20.00 H-40 20.00 J-55 24 00 J-55
20 00 K-55 24.00 K-55
24.00 c-75 28.00 c-75 32.00 c-75
24.00 L-80 28.00 L-80 32.00 L-80
24 00 N-80 28.00 N-80 32.00 N-80
24.00 C-90 28.00 C-90 32.00 C-90
24.00 C-95 28.00 c-95 32.00 C-95
24.00 P-110
0288 6.049 5.924 7.390
0.288 6.049 0.352 5.921
0.288 6.049 0.352 5.921
5.924 5.796
5.924 5.796
0.352 5.921 0.417 5.791 0.475 5.675
0.352 5.921 0.417 5.791 0.475 5.675
0.352 5.921 0.417 5.791 0.475 5.675
0.352 5 921 0.417 5.791 0.475 5.675
0.352 5.921 0.417 5.791 0.475 5.675
28.00 P-110 32.00 P-110
* 24.00 Q-125 * 28.00 Q-125 * 32.00 Q-125
* 24.00 v-150 * 28.00 v-150 . 32.00 v-150
0.352 5.921 0.417 5.791 0.475 5.675
0.352 5.921 0.417 5.791 0.475 5.675
0.352 5.921 0.417 5.791 0.475 5.675
5.796 5.666 5.550
5.796 5.666 5.550
5.796 5.666 5.550
5.796 5.666 5.550
5.796 5.666 5.550
5.796 5.666 5.550
5.796 5.666 5.550
5.796 5.666 5 550
7.390 7.390
7.390 7.390
7.390 7.390 7.390
7.390 7.390 7.390
7390 7.390 7.390
7.390 7.390 7.390
7.390 7390 7390
7.390 7.390 7.390
7.390 7.390 7.390
7390 7390 7390
7 17.00 H-40 0.231 6.538 6.413 7.656 20.00 H-40 0.272 6.456 6.331 7.656
20.00 J-55 0.272 6.456 6.331 23.00 J-55 0317 6.366 6.241 26 00 J-55 0.362 6.276 6151
7.656 7.656 7.656
20.00 K-55 0.272 6.456 6.331 23.00 K-55 0.317 6.366 6.241 26.00 K-55 0362 6 276 6 151
23.00 c-75 0.317 6.366 6.241 26.00 c-75 0.362 6.276 6.151 29.00 c-75 0.408 6.184 6.059 32.00 c-75 0.453 6.094 5.969 3500 c-75 0.498 6.004 5.879 38 00 c-75 0540 5.920 5 795
23.00 L-80 0.317 6.366 6.241 26.00 L-80 0.362 6.276 6.151
7.656 7.656 7.656
7.656 7.656 7.656 7.656 7.656 7.656
29 00 L-80 0408 6 184 6.059 32.00 L-80 0.453 6.094 5.969 35.00 L-80 38.00 L-80
23.00 N-80 26.00 N-80 29.00 N-80 32.00 N-80 35 00 N-80 3800 N-80
'NO" API wqhls or grades
0.498 6.004 5.879 0.540 5.920 5.795
0.317 6.366 6.241 0.362 6 276 6.151 0.408 6.184 6.059 0.453 6.094 5.969 0.498 6.004 5.879 0.540 5.920 5.795
7.656 7.656 7656 7.656 7.656 7.656
7.656 7.656 7.656 7.656 7.656 7.656
-
CASING, TUBING, AND LINE PIPE 2-9
TABLE 2.3-MINIMUM PERFORMANCE PROPERTIES OF CASING (continued) 13
PIaNn
End or
Extreme Line
4 180 5.1 10
4180
5.1 10
6 970 8 260 9.410
7.440
8 810
10.040
7440
8810 10040
8 370 9910 11290
8.830
10.460 11.920
10.230 12.120
13.800
11.620
13.770 15.680
13.950 16.520
18.820
14 15 16 17 18- 19 20 21 22 23 24 25 26 27
Jolnt Strength" (1.000 Ibf)
Internal Pressure Reslstancet (PSI) Threaded and Coupled
Buttress Thread Buttress Thread
Round
Thread
Special
Regular Clearance Special
Coupling Couplmg Round Regular Clearance Coupling Special Extreme Line
Same Higher Same Higher -T!r!!ad ~ Regular
Short Long Grade Grade Grade Grade Short Long Coipllng / Clearance
Couplmg Standard Opf~onai
Jomt joint
3.040 - - ~ 184
4.180 4.180 4.180 4.180 4.060 4180 245 5.110 5.110 5 110 5.110 4.060 5 110 314
4.180 4.180 4 180 4.180 4 060 4180 267
5.110 5.110 5110 5110 4.060 5110 342
-
374 453
453
548
477 477
6.970 6.970
8.260 8 260 9.410 9200
7.440 7,440
8.810 8.810
10040 9 820
7.440 7440
8.810 8810 10040 9 820
8370 8370 9910 9910 11.290 11.050
8.830 8830
10.460 10.460 11.830 11.660
10.230 10.230 11,830 12,120
11.830 13.500
11.620 11.620 11.830 13 770 11.830 14,780
11.830 13950 11.830 14780
11.830 14 780
- - -
- 5 540 ~ 5540 ~ 5540
~ 5910 - 5 910
~ 5910
7440 5 910
8810 5910 10.040 9 910
~ 6650 - 6.650 - 6650
- 7.020 - 7020 - 7.020
10.230 8.120 12.120 8.120
13.800 8.120
- 8.310
- 8.310 - 8310
- 8.310 - 8.310
- 8.310
266 340
290
372
453
552 638
473 576
666
481
586 677
520 633 732
546
665 769
641 781
904
702
855 989
831 1.013 1172
583
683 771
Htgher
Grade'
-
374
453
453 548
-
374
390
453 494
494 494 494
494
494 494
520 520 520
520 520 520
546 546 546
650 650
650
702
702 -
Couplmg
Higher
Grade'
-
374 453
453
520
-
-
605
605 648 717
605
648 717
637
682 755
637
682 755
668
716 793
796 852 944
-
605
605 644 644
605
644 644
637 678 678
637
678 678
668
712 712
796 848
848
7440 -
6120 - 8120 -
- -
8.310 - 8.310 -
8.310 -
- -
592 693
783
615 721 814
633 742
037
665
780 880
786 992
1040
860 1.008 1 138
1023 1 199
1,353
2.310
2 720
3.740 4.360 4.980
3.740 4.360 4.980
5.940
6.790 7.650
8.490 9.340
10.120
6.340
7.240
8.160 9 060
9.960
10.800
6.340
7.240 8 160
9060
9 960 10.800
2.310
2.720
3.740 4.360 4.980
3.740
4.360 4.980
- 4360 4.980
- 4.360 4.980
5940
6 790 7.650
8.490 8.660
8.660
6.340 7240
8160 9060 9240
9.240
6.340 7.240 8.160
9060 9240 9240
- -
4.360 4980
-
4360 4.980
5.940
6.790 7.650
7930 7930 7930
6 340
7240 8 160 8460 8460
8.460
6340 7240 8.160 8.460
8.460 8460
4.360 4.980
4.360 4.980
-
-
6340
7240 al60 9060
9.960 10800
6340 7.240 8.160
9.060
9.960 10.800
- 3.950 3950
3.950 3.950
5.380
5380 5380 5.380 5 380
5380
5 740
5 740 5 740 5 740 5.740
5.740
5 740
5 740 5 740
5 740 5.740 5 740
- 4 360 4 980
- 4 360 4.980
- 6 340
7.240 7.890 7.890 7.890
7 890
6.340 7 240 7890
7.890 7.890 7.890
122
176
234
284 334
254
309 364
-
432 490
-
522 592
557
631 707
779 833 833
565
641 718 791 833 833
588 667 746 823
876 876
- - -
615 721 814
- - -
-
786 922
1.040
- - -
- 832 - 832 - 832
- -
-
432 490
421 421
-
522 592
-
- - - -
-
522 533
533
533 533
533 533 533
- - - - -
533
533 533 533 533 533
588
667 746 823
898
561 561 561 561
561 561 968
- -
-
615 650 650
- - -
-
- -
786 832
832
-
- -
-
-
- -
-
- -
-
-
499 506
-
632 641
632
641 685
761 850 917
632
641 685 761 850 917
666 675 721
801
895 965
- - -
- - -
- -
-
499 506
-
632 641
632
641 674
674 761 761
632
641 674 674 761
761
666 675 709
709
801 801
-
2-10 PETROLEUM ENGINEERING HANDBOOK TABLE 2.3-MINIMUM PERFORMANCE PROPERTIES OF CASING (continued)
1 2 3 4 5 6 7 8 9 10 11 12
Nominal Threaded and Coupled
Weight, OD Extreme Line
Threads OD Special OD Pipe-Body and Wall Drift 01 Clearance Drift of Box Collapse Yield
OD Couolino Thickness ID Diameter Couplinq Couplinq Diameter Powertiaht Resistance Strength - (in.) (Ibmlft) Grade (in.) (in.) (in.) (in.) (in.) (in.) (in.) (Psi) (1,000~lbf)
23.00 26.00 29.00 32.00 35.00 38.00
23.00 26.00 29.00 32.00 35.00 38.00
c-90 0.317 c-90 0.362 c-90 0.408 c-90 0.453 c-90 0.498 c-90 0.540
c-95 0.317 c-95 0.362 c-95 0.408 c-95 0.453 c-95 0.498 c-95 0.540
23.00 HC-95 26.00 l-c-95 29.00 HC-95 32.00 HC-95
0.317 0 362 0.408 0.453 0.498 0.540
6.366 6.241 6.276 6.151 6.184 6.059 6.094 5.969 6.004 5.879 5.920 5.795
6.366 6.241 6.276 6.151 6.184 6.059 6.094 5.969 6.004 5.879 5.920 5.795
6.366 6.241 6.276 6.151 6.184 6.059 6.094 5.969
35.00 HC-95 38.00 HC-95
6.004 5.879 5.920 5.795
26.00 P-110 0.362 6.276
7.656 7.656 7.656 7.656 7.656 7.656
7.656 7.656 7.656 7.656 7.656 7.656
7.656 7.656 7.656 7.656 7.656 7.656
6.151 7.656 6.059 7.656 5.969 7.656 5.879 7.656 5.795 7.656
6.059 7.656 5.969 7.656 5.879 7.656 5.795 7.656 5.625 7.656
6.059 7.656 5.969 7.656 5.879 7.656 5.795 7.656
7.375 7.375 7.375 7.375 7.375 7.375
7.375 7.375 7.375 7.375 7.375 7.375
7.375 7.375 7.375 7.375 7.375 7.375
7.375 7.375 7.375 7.375 7.375
7.375 7.375 7.375 7.375 7.375
7.375 7.375 7.375 7.375 7.375
6.151 7.390 6.151 7.390 6.059 7.390 5.969 7.390 5.879 7.530 5.795 7.530
6.151 7.390 6.151 7.390 6.059 7.390 5.969 7.390 5.879 7.530 5.795 7.530 - -
- - - -
6.151 6.059 5.969 5.879 5.795
- -
-
- -
7.390 7.390 7.390 7.530 7.530
- -
- - - - -
- - - -
- - - - -
-
8.010
8.010
8.010 8.010 8.010 8.010
8.010 8.010 8.010 8.010 - - -
8.010 8.010 a.010 8.010 -
-
4,030 599 5,740 679 7,580 760 9,380 839 11,170 915 12,820 986
4,140 632 5,880 717 7,830 803 9,750 885
11,650 966 13,440 1,041
5,650 632 7,800 717 9,200 803 10,400 885 11,600 966 12,700 1,041
6,230 830 8,530 929
i 0,780 1,025 13,020 1,119 15,140 1,205
9,100 1,056 11,720 1,165 14,310 1,272 16,750 1,370 20,330 1,565
9,790 1,267 13,020 1,388 16,220 1,526 19,240 1,644 24.390 1,878
29.00 P-110 0.408 6.184 32.00 P-110 0.453 6.094 35.00 38.00
29.00 32.00 35.00 38.00 42 70
29.00 32.00 35.00 38.00
P-110 0.498 6.004 P-110 0.540 5.920
O-l 25 0.408 6.184 O-l 25 0.453 6.094 O-1 25 0.498 6.004 O-125 0.540 5.920 O-l 25 0 625 5.750
v-150 0 408 6.184 v-150 0.453 6.094 v-150 0 498 6.004 v-150 0.540 5.920
I 42.70 v-150 0.625 5.750 5.625 7.656
7% 24.00 H-40
26.40 J-55
26.40 K-55
26.40 c-75 29.70 c-75 33.70 c-75 39.00 c-75 42 80 c-75 45.30 c-75 47.10 c-75
26.40 L-80 29.70 L-80 33.70 L-80 39.00 L-80 42.80 L-80 45.30 L-80 47.10 L-80
26.40 N-80 29.70 N-80 33.70 N-80 39.00 N-80 42.80 N-80 45.30 N-80 47.10 N-80
Non-API weights or grades
0.300 7.025 6.900
0.328 6.969 6.844
0.328 6.969 6.844
0 328 6.969 6.844 0.375 6.875 6.750 0 430 6.765 6.640 0.500 6.625 6.500 0 562 6.501 6.376 0.595 6.435 6.310 0.625 6.375 6.250
8.500
8.500 8.125
8.500 a.125
8.500 a.125 8.500 8.125 8.500 8.125 8.500 8.125 8.500 a.125 8.500 8.125 a.500 a.125
8.500 8.125 8.500 8.125 8.500 8.125 8.500 8.125 8.500 8.125 8.500 8.125 8.500 8.125
8.500 a.125 8.500 a.125 8.500 8.125 8.500 8.125 8.500 8.125 8.500 8.125 8.500 8.125
-
6.750
6.750
6.750 6.750 6.640 6.500 -
-
6.750 6.750 6.640 6.500 - - -
6.750 6.750 6.640 6.500 -
-
2,030
2,890
2,890
3,280 4,650 6,300 8,400 10,240 10,790 11,290
3,400 4,790 6,560 8,820
io.aio 11,510 12,040
3,400 4,790 6,560 8,820 10,810 11,510 12,040
276
414
414
564 641 729 839 935 986
1,031
602 683 778 895 998
1,051 1,100
602 683 778 895 998
1,051 1,100
0 328 6.969 6.844 0.375 6.875 6.750 0.430 6.765 6.640 0.500 6.625 6.500 0 562 6.501 6.376 0.595 6.435 6.310 0.625 6.375 6.250
0.328 6.969 6.844 0 375 6.875 6.750 0.430 6.765 6.640 0.500 6.625 6.500 0.562 6.501 6.376 0.595 6.435 6.310 0.625 6.375 6.250
-
CASING. TUBING. AND LINE PIPE Z-11
TABLE 2.3-MINIMUM PERFORMANCE PROPERTIES OF CASING (continued) 13
Plain
End or
Extreme
Line
I4 15 16 17 18 19 20 21 22 23 24 25 26 27
Joint Strength" (1 000 Ibf)
Internal Pressure Reslstancet (PSI) Threaded and Coupled
Buttress Thread Buttress Thread
Special
Regular ClfZIGXlCe Special
Round Couphng Coupling Round Regular ClfXSaflCe Coupling SpeClal Coupling Extreme Line
Thread ~ Same Higher Same Higher Thread Regular Higher Clearance thgher Standard Optional Long Grade Grade Grade Grade Short Long Coupling Grade' Coupling Grade'
7130 8 150
9.180 10.190
11.210
12150
Short
- -
-
7.130
8.150
9.180 9.520
9 520 9.520
7 130
8.150
9.180 9.520 9.520
9520
7.530 8.600 9.690
10.760 11 830 12.820
7.530 7.530
8.600 8.600 9.520 9.690
9 520 10050 9 520 10050 9.520 10.050
7.530
8.600 9.690
IO 760 11.830
12830
7.530 7.530
8 600 a 600
s 520 9 690 9 520 10 050 9 520 10 050
3 520 10.050
9.960
11.220 12460 13700
14850
9 520 9.960 9.960 7 480 7480
9 520 11.220 11220 7480 7480 9 520 11640 11 790 7 480 7480 9 520 11 640 11 790 7 480 7480 3 520 11 640 11 790 7480 7480
12.750 14.160
15.560 16880 19530
-
--
- - -
- -
-
-
.-
-
- -
-
-
2750
4,140
4.140
3 520 11 790 7480 9 520 11.790 7480
9 520 11 790 7 480 9 520 11.790 7 480 9 520 11 790 7 480
15300 16 990
18680 20250 23440
9 520 11.790 7480 9 520 11 790 7 480
9 520 11 790 7 480 9 520 11 790 7 480
9 520 11 790 7 480
2750
4,140
4.140
4140
4.140
4,140
4,140
5650 5,650 5,650
6450 6.450 6.450
7,400 7.400 7.400
8,610 8610 8.610 9.670 9.670 9.190
10.240 9,840 9.180
10,760 9,840 9.190
6.020 6.020
6.890 6.890 7.900 7,900
9,180 9.180
10,320 10.320 10.920 10,500
11.480 10.490
6,020
6,890 7.900
9.180 10.320 10,920 11,480
6.020
6,890 7.900 9,180
10.320 10,500 10,490
6.020 6,890 7,900 9.180
9,790 9.790
9,790
6.020 6.890
7.900 9.180 9,790 9.790 9,790
6.450
6.450 6450 6 450
6 450
6 450
-
-
-
561
561 561 561
561
561
-
- -
6810 6 810 6 810
6 810 6 810 6810
- -
-
7.530
447 605
563 687 648 768 729 847 809 876
883 876
505 636 593 722 683 808
768 891 853 920 931 920
512 659 602 747
692 836 779 922 865 964 344 964
693 853 797 955 897 1053 996 1096
1087 1096
885 1045 996 1183
t 106 1183 1207 1183 1277 1183
I 049 1.243 1 180 1402
1310 1402 1430 1402 1514 1402
- -
346 483
377 581
461 624
542 709 635 806
751 929 852 1,035 905 1.090 953 1.140
482 635 566 721 664 820 786 945
a92 1,053 947 1,109
997 1,160
490 659
575 749 674 852 798 981 905 1,093
962 1,152 1013 1.205
589 589 589
589 589 589
-
8.600
9.690 10 760 11.630
11 630
6 810 7480
6 810 7480
6 810 7480 6910 7480 6 810 7480 6810 7480
-
659 747
836 922
1007 1085
a53
955 1053 1 150 1239
-
-
617
617 617 617 617 617
-
- -
659
701
701 701 701
701
853
898 898 898 898
-
Jolnt
666 675 721 801
a95 965
699 709 757
841 940
1013
- - -
- -
Joml
666 675
709 709
801
801
699 709 744
744 841 841
- -
- -
4.140
4.140
6,020
6,890 7,900 9,180
6,020 6,020 6.020
6.890 6,550 6.890
7.900 6.550 7,900
9.180 6,550 9.000
10,320 6.550 9,000 10,920 6.550 8.030 11.480 6.550 9.000
-
4.140
4,140
5.650 6.140 6,140
6.140 6.140 6.140 6.140
6,020
6,550 6,550 6,550
6,550 6.550
6.550
4.140
4.140
6.020
6.890 7,900 9.000 -
-
212
315
342
-
- -
- -
- -
- - -
- -
-
- -
-
-
483
581
-
-
659
749
852 981
1,093 1.152 1,204
702
702 702 702 702
757 757
757 757 757
898 898
898 898 898
-
-
- -
483 483
581 581
624 709 735
735 735 764 735
635 721
735 735
735 764
735
659 749
773 773 773 804 773
- -
-
- -
659 749
852 967 967
1.005 967
844
902 1.002 1.118
1.207
-
-
844
886 886
1.002 1.002
- - -
-
-
- -
-
553 553
700 700
700 700
700 700 766 744
851 744
700 700 766 851 - - -
737 737
806 896 -
700 700 744 744 - - -
737 737
784 784
- -
-
2-12 PETROLEUM ENGINEERINGHANDBOOK
TABLE 2.3-MINIMUM PERFORMANCE PROPERTIES OF CASlNG(continued)
1 2 3 4 5 6. 7 8 9 10 11 12
Threaded and Coupled Nomlnal Weight, OD Extreme Line
Pipe-Body Collapse Yield Resistance Strenoth
(PSI) (l.OOO-lbf)
Threads OD Special and Wall Drift of Clearance
OD Coupling Thickness ID Diameter Coupling Coupling (in.) (Ibm/ft) Grade (in.) (In.1 (In.) (in.) (in.)
OD Drift of Box
Diameter PowertIght
(In.) (in.)
7% 26.40 29 70 33.70 39 00 42.80 45.30 47.10
c-90 0.328 c-90 0375 c-90 0.430 c-90 0.500 c-90 0.562
6.969 6.844 6.875 6.750 6.765 6.640
c-90 0.595 c-90 0.625
6.625 6.500 6 501 6.376
6.310 6.250
8.500 8.125 8.500 8.125 8.500 8.125 8.500 8.125 8.500 8.125 8.500 8.125 8.500 8.125
26.40 c-95 0.328 29.70 c-95 0.375 33 70 c-95 0.430 39.00 c-95 0.500 42.80 c-95 0 562 45.30 c-95 0.595 47.10 c-95 0.625
6.435 6.375
6.969 6.875 6.765 6.625 6.501 6.435 6.375
6.844 8.500 8.125 6.750 8.500 8.125 6.640 8.500 8.125 6.500 8.500 8.125 6.376 8.500 8.125 6.310 8.500 8.125 6.250 8.500 8.125
I 26.40 . 29.70 II 33.70 * 39.00 I 45.30
HC-95 0.328 HC-95 0.375 HC-95 0.430 HC-95 0.500 HC-95 0.595
6.969 6.875 6.765 6.625 6.435
6.844 8.500 8.125 6.750 8.500 8.125 6.640 8.500 8.125 6.500 8.500 8.125 6.310 8.500 8.125
29.70 P-110 0.375 6.875 6.750 8.500 8.125 33.70 P-110 0.430 6.765 6.640 8.500 8.125 39.00 P-110 0.500 6.625 6.500 8.500 8.125 42.80 P-110 0.562 6.501 6.376 8.500 8.125 45.30 P-110 0.595 6.435 6.310 8.500 8.125 47.10 P-110 0.625 6.375 6.250 8.500 8.125
- 29.70 1 33.70
39.00 42.80 45.30 47.10
Q-125 0.375 Q-125 0.430 Q-125 0.500 Q-125 0.562 Q-125 0.595 Q-125 0.625
6.875 6.765 6.625 6.501
6.750 6.640
6.435 6.375
6.500 6.376 6.310 6.250
8.500 8.500 8.500 8.500 8.500 8.500
8.125 8.125 8.125 8.125 8.125 -
f 29.70 . 33.70 f 39.00 f 45.30
v-150 0.375 6.875 6.750 8.500 8.125 v-150 0.430 6.765 6.640 8.500 8.125 v-150 0.500 6.625 6 500 8.500 8.125 v-150 0.595 6.435 6.310 8.500 8.125
677 769 875
1.007 1.122 1.183 1,237
714 811 923
1,063 1,185 1,248 1,306
714 811 923
1,063 1,248
940 1,069 1,231 1,372 1,446 1,512
1,068 1,215 1,399 1,559 1,643 1,718
1,282 1,458 1.679 1,971
318 366
381 503 568
381 503 568
775 867 957
1,059
827 925
1,021 1,129
3,610 5,040 7,050 9,620 11,890 12.950 13.540
3,710 5,140 7,280
10,000 12,410 13,660 14.300
4,850 7,150 8,800 10,600 12,900
5,350 7,870 11,080 13,920 15,430 16,550
5,670 8,350 12,060 15,350 17,090 18,700
6,060 8,850 13,440 19,660
6.750 8.010 6.750 8.010 6.640 8.010 6.500 8.010
- -
6.750 8.010 6.750 8.010 6.640 8.010 6.500 8.010
-
-
- -
6.750 6.640 6.500
-
- -
-
-
-
8.010 8.010 8.010 - - -
8% 28.00 H-40 32.00 H-40
0.304 8.017 7.892 9.625 - 0.352 7.921 7.796 9.625 -
0.264 8.097 7.972 9.625 0.352 7.921 7.796 9.625 9.125 0.400 7.825 7.700 9.625 9.125
0.264 8.097 7972 9.625 0.352 7.921 7.796 9.625 9.125 0.400 7.825 7.700 9.625 9.125
- 1,610 2,200
1,370
- 24.00 J-55 32.00 J-55 36.00 J-55
24.00 K-55 32.00 K-55 36.00 K-55
36.00 c-75 40.00 c-75 44.00 c-75 49.00 c-75
36.00 L-80 40.00 L-80 44.00 L-80 49.00 L-80
Non-API wetghls or grades
9.120 9.120
9.120 9.120
9.120 9.120
2,530 3,450
1,370 2,530 3,450
4,000 5,330 6,660 8,180
4,100 5,520 6,950
0.400 7.825 7.700 9.625 9.125 7.700 0.450 7.725 7.600 9.625 9.125 7.600 0.500 7.625 7.500 9.625 9.125 0.557 7.511 7.386 9.625 9.125
0.400 7.825 7.700 9.625 9.125 0.450 7.725 7.600 9.625 9.125 0.500 7.625 7.500 9.625 9.125 0.557 7.511 7.386 9.625 9.125
7.500 9.120 7.386 9.120
7.700 7.600 7.500 7.386
9,120 9.120 9.120 9.120 8,580
-
CASING. TUBING, AND LINE PIPE 2-13
TABLE 2.3-MINIMUM PERFORMANCE PROPERTIES OF CASING (continued)
13 14 15 16 17 18 19 20 21 22 23 24 25 26 27
Joint Strength" (1.000 Ibf)
Internal Pressure Resistancef (PSI) Threaded and Coupled
Buttress Thread Buttress Thread
Platn
End 01
Extreme
Line
6.760 7.750
8.880 10.330 11,610
12,290 12.910
7.150 8.180 9.380
10,900 12.250 12.970 13.630
7 150
8.180 9.380
10.900 12.970
9.470 10.860
12,620 14.190 15.020 15.780
10.760
12,340
14.340 16.120
17.070
17.930
12,910
14.600 17,210
20.480
2.470 2,470
2.860 2.860
2950 2,950 3.930 3,930
4.460 4.460
-
3,930
4,460
3.930 3.930
4.460 4,460
2.950 2.950
3,930 3.930 4.460 4.460
3.930 4,460
6090 6.850
7.610 8480
3.930 3,930 4.460 4.460
6.090 6.850
7.610 8.480
6.090 6.850
7.610 8 480
6 490 7 300 8.120
9.040
6.490 6.490 6.490 7.300 7.300 7,300 8120 6.120 8,120 9.040 9.040 9.040
6.490 - 6.490 6.490 6.490 7.300 - 7.300 7,300 7,300 8.120 - 8.120 6.120 8.120 9.040 - 9.040 9.040 9.040
Round
Thread
Spew
Regular Clearance Specfal
Couptlng Coupttng Round Regular Clearance Coupling Special Coupling Extreme Lfne
Same Htgher Same Higher Thread Regular Hqher
Short
- -
Long Grade Grade Grade Grade Short Long Couphng Grade'
Clearance
Couplmg
6.760 - 7.370 ~
7,370 - 7.370 - 7.370 -
7.370 ~ 7,370 -
7.150 - 7.780 - 7.780 -
7.780 - 7.780 -
7.780 ~
7.780 -
7.150 7.150
7.780 8,030 7.780 8.030 7.780 8.030 7.780 8.030
9.000 9.470 9.000 10.860 6.030 8,030
6.030 8,030 8.030 8.030 8,030 8.030
8,030 ~
8,030 -
8.030 - - -
6.030 - - -
8.030 ~ 8.030 - 8.030 ~
Standard Opttonal
6.780 6.780 7.750 7.750
8.880 8.680 10.330 10.330 11.610 11,020
11.800 11,020 11.600 11.020
- 532 ~ 625
- 733 - 867 - 984
- 1.045 - 1,100
~ 560 - 659
- 772
- 914 - 1,037
- 1,101 - 1,159
- 568
- 668 ~ 763
- 926 - 1.116
~ 769 - 901
- 1.066 - 1.210 - 1.285
- 1.353
- 861 - 1.009 - 1,194 - 1.355 - 1,439 - 1,515
- 1,030 - 1,207
~ 1.428
681
773
880 1.013 1,129
1.169 1.239
- 681 773
804 804 804
804 604
Htgher
Grade'
-
Jofnt
737 737
806 896
Jofnt
737
737
784 784 -
-
-
-
- -
-
-
- -
-
- - - - -
- -
- - -
-
-
-
- - -
-
7,150 7.150 8.180 6,160 9.380 9.380
10,900 10.900 11,600 11,620
11.600 11.630
11.600 11,620
- - -
- -
7.150 7 150 7,150
8.180 8.180 8.160 9.380 9,380 9.380
10.900 10,900 10.900 11.800 11 630 12.680
9.470 9.470 10.860 10,860
11.800 12,620
11,800 12.680 11.800 12 680 11.800 12.680
10.760 10,760
11,800 12.340
11.800 12.680 11.800 12.680
11.800 12680
11.600 12.680
9.470 10860 12.620
12.680 12.680 12.680
-
- - -
11,800 12.660 11.600 12.680 11.800 12,680
11.800
-
12,680 8.030
-
3.930
4,060
3,930 4,060
5.530 5.530
5.530 5.530
5.900 5.900 5.900
5.900
5.900 5.900 5.900
5.900
3.930 4.460
3,930 4.460
6.490 7 300 8.110
8.110
6.340 6,340 6.340
6.340
716 813 925
1.065 1.187 1.251
1,300
-
740
641 957
1.101 1.293
740
841 957 101 293
960 960 1,093 ,093 1.258 ,258 1.402 402 1,477 ,477
1.545 1,545
1,052 1,197
1.379 1,536 1,619
1.673
1,252 1,424
1.640
~ 1.721 1.926
233 - 279 ~
244 - -
372 417 579
434 486 654
263 -
402 452 690 468 526 780
- 646 647 ~ 742 947
- 834 1.046 - 939 1.157
- 678 864 - 776 966
- 874 1.066 - 983 1.160
- 688 895 - 788 1.001 - 887 1.105 - 997 1.222
579
654
690 780
690 780
839 839
839 839
839 839
839 839
683 a03 883
895 1.001
1.105 1.222 883
716 812
812
812 812
854 812
740 841 885
885 885
960 967
967 967
1.005
967
1.052 1.086
1.066
1,066
1,252 1,287 1,287
1,287
-
579
654
- -
740 841
957 1.005 1.005
960 1,093
1,237 1,237 1.287 1.237
-
-
- 579 654
-
690 780
686 686
- -
869 869 871 871
-
871 871 942 886
1.007 886 1.007 886
- 871 942
1.007 1.007
895 917 1.001 992 1.103 1.060 1.103 1.060
774 774 774 774
846 823 941 623
-
-
922 1.008
1,120
- -
922 979
979 - - -
-
-
- -
- - -
-
-
-
- - -
- -
-
686
688
871 886
866 686
917 932 932
932
-
2-14 PETROLEUM ENGINEERING HANDBOOK
TABLE 2.3-MINIMUM PERFORMANCE PROPERTIES OF CASING (continued)
1 2 3 4 5 6 7 a 9 10 11 12
Nominal Threaded and Coupled nn Weight,
Threads and Wall Drift
OD Coupling Thickness ID Drameter (In.) (Ibmlft) Grade (In 1 (in ) (In.)
as/a 36.00 N-B0 0.400 7.825 7.700
Extreme Lfne
OD SpZial OD Pipe-Body of Clearance Drift of Box Collapse Yield
Coupling Coupling Diameter Powertight Resistance Strength (in.) On ) (in.) (in ) (Psi) (1,000 Ibf)
9 625 9.125 7.700 7.600 7.500 7.386
7.700 7.600 7.500 7.386
7.700 7.600 7.500 7.386
9.120 9.120 9.120 9.120
9.120 9.120 9.120 9.120
9.120 9.120 9.120 9.120 -
9.120 9.120 9.120
- -
-
-
4,100 a27 40.00 N-80 0.450 7.725 7.600 9.625 9.125 44.00 N-80 0.500 7.625 7.500 9.625 9.125
5.520 925 6,950 1,021
49 00 N-80 0.557 7.511 7.386 9.625 9.125
36.00 c-90 0.400 7.025 7.700 9.625 9.125 40.00 c-90 0.450 7725 7.600 9.625 9.125 44.00 c-90 0.500 7.625 7.500 9.625 9.125 49.00 c-90 0.557 7.511 7.386 9.625 9.125
36.00 c-95 0.400 7.825 7.700 9.625 9.125 40.00 c-95 0.450 7.725 7.600 9.625 9.125 44.00 c-95 0.500 7.625 7.500 9.625 9.125 49.00 c-95 0.557 7.511 7.386 9.625 9.125
36.00 HC-95 0.400 7.825 7.700 9.625 9.125 40.00 tic-95 0.450 7.725 7.600 9.625 9.125 44.00 HC-95 0.500 7.625 7.500 9.625 9.125 49.00 HC-95 0.557 7.511 7.386 9.625 9.125
40.00 P-110 0.450 7.725 7.600 9.625 9.125 44.00 P-110 0.500 7.625 7.500 9.625 9.125 49.00 P-110 0.557 7.511 7.386 9.625 9.125
40.00 Q-125 0.450 7.725 7.600 9.625 9.125
8.580 1,129
4.250 930 5,870 1,040 7.490 1,149 9,340 1,271
4,350 982 6,020 1,098 7.740 1,212 9,710 1,341
6,060 982 7,900 1,098 9,100 1.212 10,400 1,341
6,390 1,271 8,420 1,404 10,740 1,553
6,630 1,445 8,980 1,595 11,660 1,765
9,640 1,914 12,950 2,118
7.600 7.500 7.386
* 44.00 Q-125 0.500 7.625 7.500 9.625 9.125 49.00 Q-125 0.557 7.511 7.386 9.625 9.125
* 44.00 v-150 0.500 7.625 7.500 9.625 9.125 * 49 00 v-150 0.557 7.511 7.386 9.625 9.125 -
9% 3230 36.00
3600 4000
36.00 40.00
4000 43.50 47.00 5350
40.00 43.50 4700 53.50
40.00 43.50 4700 53.50
4000 43.50 47.00 5350
40.00 43.50 47.00 53.50
* 40.00 * 43.50 * 4700 f 53.50
H-40 H-40
J-55 J-55
K-55 K-55
c-75 c-75 c-75
0.312 0.352
0.352 0 395
c-75
0352 0.395
0.395 0.435 0472 0.545
L-80 0.395 L-80 0.435 L-80 0 472 L-80 0.545
N-B0 0.395 N-80 0.435 N-80 0 472 N-80 0 545
c-90 c-90 c-90 c-90
c-95 c-95 c-95 c-95
0.395 0.435 0.472 0.545
HC-95
HC-95 HC-95 HC-95
HC-95
HC-95
P-110 P-110 P-110
0.395
0.595
0.435 0.472 0.545
0.625
0.395 0.435
0435
0.472 0545
0.472 0545
9.001 a.921
a.921 a835
8921 8.835
8.835 a.755 8.681 a.535
a.835 a.755 a.681 a.535
a.835 a.755 a.681 a.535
a.835 a.755 8.681 a.535
8.835 a.755 a.681 8535
8.835 a755 a.681 8.535 a435 8.375
8 755 8681 a535
8.845 8.765
8.765 8679
8765 8.679
8.679 a.599 8.525 a.379
8.679 a.599 a525 a.379
8.679 a 599 8.525 a.379
8.679 8.599 a.525 a.379
8.679 8.599 a.525 8.379
8.679 a.599 a.525 a.379 a 279 a.219
a.599 a.525 a.379
10.625 10.625
10.625 10.625
10.625 10.625
10.625 10.625 10.625 10.625
10.625 10.625 10.625 10.625
10.625 10.625 10.625 10.625
10.625 10.625 10.625 10.625
10.625 10.625 10.625 10.625
10.625 10.625 10.625 10.625 10625 10.625
10.625 10.625 10.625
-
10.125 10.125 a.599
10125 10.125
10.125 10.125 10.125 10.125
10.125 10.125 10.125 10.125
10.125 10.125 10.125 10.125
10.125 10.125 10.125 10.125
10.125 10.125 10.125 10.125
10.125 10.125 10.125 10.125 10.125 10.125
-
a.599
8.599 8 599 8.525 8.379
a.599 8.599 a.525 8.379
a.599 8.599 a.525 a.379
a.599 8.599 a.525 a.379
8.599 a.599 a.525 a.379
- -
10.125 8.599 10.125 8525 10.125 8.379
-
- 10.100
10.100
10.100 10.100 10.100 10.100
10.100 10.100 10.100 10.100
10.100 10.100 10.100 10.100
10.100 10.100 IO. 100 10.100
10.100 10.100 10.100 10.100 - -
-
10.100 10.100
1,370 1.720
2,020 2,570
365 410
564 630
2,020 564 2.570 630
2,990 859 3.730 942 4,610 1.018 6,350 1.166
3.090 916 3.810 1.005 4.760 1,086 6.620 1,244
3.090 916 3.810 1,005 4.760 1,086 6,620 1,244
3,250 4.010 5.000 7.120
3.320 4,120 5,090 7,340
4.230 5,600 7,100 8,850 9,950 10,500
4.420 5,300
1,031 1,130 1,221 1,399
1,088 1,193 1,289 1,477
1,088 1,193 1,289 1,477 1,604 1,679
1,381 1,493
* 5840 * 61.10
43.50 47.00 53.50 10.100 7,950 1,710
-
CASING, TUBING, AND LINE PIPE 2-15
TABLE 2.3-MINIMUM PERFORMANCE PROPERTIES OF CASING (continued)
13 14 15 16 17 18 19 20 21 22 23 24 25 26 27
Joint Strength" (1,000 Ibf)
Threaded and Couoled Internal Pressure Reslstancet (PSI)
Buttress Thread
Plain Special
End Regular Cll?XaWe
or Round Coupling Coupling
Extreme Thread Same Higher Same Htghet
Ltne Short Lona Grade Grade Grade Grade
Buttress Thread
Special
Round Regular Clearance
Thread Coupling Soecial Couphng
Reaular Hloher
Short Long Cotpllng Grade*
Clearance Higher Coupling Gradei
Extreme Lane
Standard Opttonal
883 883 883 003
927 927 927
Jomt Joint
917 992
1.060 1.060
963
1.042 1.113
917 992 932 932
963 979 979
7.300 8.220 9.130
10170
7.710
8.670 9.640 10.740
7.710
8.670 9 640
I0740
10.040
11 160
12430
11.410
12.680 14130
15220
16.950
2.270
2.560
3.520
3.950
3.520 3,950
5,390 5,930
6,440
7,430
5.750 6,330
6,870
7,930
5,750 6,330 6,870
7,930
6,460
7,120 7,720 8.920
6,820 7,510
8,150 9,410
6820 7,510
8,150 9,410
10,280 10,800
8 700
9,440 10,900
- -
- - - - - -
- - -
-
- -
- - -
~ 749 928 - 858 1.038 - 965 1.146 - 1.085 1.268
- 789 976
~ 904 1.092 - 1.017 1.206
6.340 - 6.340 - 6.340 - 6.340 -
6,340 - 6.340 ~ 6.340 - 6.340 -
6.340 6.340
6.340 6.340 6.340 6.340 6.340 6.340
6.340 6.340
6.340 6.340
6.340 6.340
6.340 -
6.340 - 6,340 -
7.300 7 300 8.220 8.220 9.130 9.130
10.170 10.170
7,710 7,710
8.670 8.670 9.640 9.640 10.380 10.740
7,710 7.710
8.670 8.670 9640 9.640
10.380 10.740
10.040 10.040
10.380 11.160
10.380 11.230
10.380 11.230
10.380 11.230 10.380 11.230
- - -
- -
1.008 1,127 1,244
1,377
1,288 1,423
1,574
1,008
1,104 1 104
1.104
1.288 1.412 1,412
1.113 979
-
,114 1.334
800 1.008 916 1.127 ,030 1.244 ,159 1,377
,055 1.288 ,186 1.423
,335 1.574
,182 1,415
,330 1.562 ,496 1.728
,591 1.859 ,789 2,056
- -
453 639 520 714
489 755 561 843
694 926 776 1,016
852 1.098
999 1,257
927
971
971 971
971
1,103
1.103 1,103
1.192 1.192
1,413 1.413
639 714
755 843
926 934
934
934
934 934
934
934
979
983 983 983
983 983
983 983
1.032 1.032
1.032 1.032
1.082 1.082
1.082 1.082 1.082
1.082
1.229
1.229 1,229
7.710
8.670 9 640
10,740
10.040
11 160
11.230
-
- 1.165
1.165 1.165
-
1.240 1.326
1.326
- -
10.380 11.230 - 6.340 - 10.380 11.230 - 6,340 ~
-
2,270
2,560
3.520
3.950
3,520 3.950
-
-
-
- -
-
- -
-
- -
-
-
254
294
394
452
423 486
-
-
-
- 727 947 813 1.038 893 1.122
- 1.047 1.286
- 737 979 - 825 1,074 - 905 1,161 - 1,062 1,329
- 804 1,021 - 899 1.119
- 987 1.210 - 1 157 1386
- 847 1.074 ~ 948 1 178
- 1.040 1.273 - 1220 1458
- 858 1,106 ~ 959 1,213
- 1,053 1,311 ~ 1,235 1,502 - 1.357 1,631
- 1.430 1,707
- 1.106 1.388 ~ 1,213 1,500 - 1422 1,718
639
714
755 843
639 714
755 843
3.520 3,520 3,520 3,520 3.520
3.950 3,950 3.950 3.660 3.950
3.520 3,520 3,520 3.520 3.520 3.950 3,950 3.950 3.660 3.950
5,390 5.390 - 4.990 - 5.930 5,930 - 4.990 -
6,440 6,440 - 4.990 -
7,430 7.430 - 4.990 -
770
975
975 975
1.032 1.173
770
975 975
1.032
979 1,074 1.161 1.229
- -
-
- -
1.173
1.027 1,027 1.086 1.235
027 027 086 ,235
,078 ,078
,141 ,297
975
975 975
1.032
1.053
975 975
1.032 1.053
1.027
1.027 1.086
1.109
027 027 086 ,109
,078
,078 ,141 ,164
1.106 1.213
1,229 1,229 1.229 1.229
- -
-
-
1.388 1.283 1,283 1500 1.358 1.358 1.573 1,544 1,386
5,750 5,750 - 5.140 - 6,330 6.330 - 5140 - 6,870 6,870 - 5,140 -
7,930 7,930 - 5.140 -
979 1,074 1,161 1,329
5,750 5.750
6.330 6,330 6.870 6.870 7.930 7.930
6.460 7,120
7.720 8.460
6.820 7.510
8.150 8.460
6 820 7,510
8,150 8.460 8,460 8.460
8.700
9,440 9.670
6.460 7.120
7,720 8,920
6.820
7.510
8,150 8.460
6.820 7,510
8.150 9160
9.160 9,160
8.700
9.160 9.160
5,750 6,330 6.870 7.930
5,140 5.140 5.140 5.140 5.140 5140 5.140 5.140
5.140 - 5.140 -
5.140 - 5,140 -
5,140 - 5.140 -
5.140 - 5.140 -
5,140 5,140 5,140 5,140
5.140 5,140 5.140 5.140 5.140 5,140
5.140 5,140
5.140 5.140 5,140 5,140 5.140 5140
6,820 7,510
8,150 9,160 9,160
9.160
8.700 9.160 9,160
1 106 1213
1311
1502 1631
1707
1388
1500 1718
-
2-16 PETROLEUM ENGINEERING HANDBOOK
TABLE 2.3-MINIMUM PERFORMANCE PROPERTIES OF CASING (continued) 1 2 3 4 5 6 7 a 9 10 11 12
Nominal Weiqht, Threads and
Threaded and Coupled
OD
Wall Dnft
Extreme Lrne
OD Specral of Clearance Drrft
OD Pipe-Body of Box Collapse Yield
Powertight Resrstance Strenath
(In ) (Psi) (l.OOO-fbf) Grade 00 Coupling (in.) (Ibm/ft)
Thrckness ID (in.) (in.)
Diameter (in.)
9% 47.00 Q-125 0.472 8681 a525 53.50 Q-125 0.545 8535 8.379
f 58.40 Q-125 0.595 8435 8279 f 61.10 Q-125 0.625 a375 a219
Coupling Coupling Dtameter (In.) (in.) (in.)
10.625 10.625 10.625 10.625
10.625 10625 10625 10.625
-
10.125 10.125
10.125 10.125 10.125 10.125
H-40 0.279 10 192 10.036 11.750 H-40 0.350 10.050 9 894 11.750
J-55 0.350 10.050 9.894 11.750 J-55 0.400 9.950 9 794 11.750 J-55 0.450 9.850 9.694 11.750
K-55 0 350 10.050 9.894 11.750 K-55 0.400 9.950 9.794 11.750 K-55 0.450 9.850 9.694 11.750
c-75 0.450 9.850 9.694 11.750 c-75 0.495 9 760 9.604 11.750
L-80 0.450 9.850 9.694 11.750 L-80 0.495 9.760 9.604 11.750
N-80 0.450 9.850 9.694 il.750 N-80 0.495 9.760 9.604 11.750
-
11.250 11.250 11.250
11.250 11.250 11.250
11.250 11.250
11.250 11.250
11.250 11.250
11.250 11.250
11.250 11.250
11.250 11.250 11.250 11.250 11.250
11.250 11.250 11.250 11.250
11.250 11.250 11.250 11.250 11.250 11.250
11.250 11.250 11.250 11.250 11.250
- -
9.794 11.460 9 694 11.460
51.00 c-90 0.450 9.850 9.694 11.750 55.50 c-90 0.495 9.760 9.604 11.750
9.850 9.694 11.750 9.760 9.604 11.750
9.850 9.694 11.750 9.760 9.604 11.750 9.660 9.504 11.750 9.560 9.404 11.750 9.450 9.294 11.750
9.850 9.694 11.750 9.760 9.604 11.750 9.660 9.504 11.750 9560 9.404 11.750
9.760 9.604 11.750 9.660 9.504 11.750 9.560 9.404 11.750 9.450 9.294 11.750 9.406 9.250 11.750 9.282 9.126 11.750
9.660 9.504 11.750 9.560 9.404 11.750 9.450 9.294 11.750 9.406 9.250 11.750 9.282 9.126 11.750
9.794 9.694
9.694 9604
9 694 9604
9.694 9.604
9.694 9.604
9.694 9.604
9.694 9.604 9.504 -
12.750
12.750 12.750 12.750
12.750 12.750 12.750
-
-
- - -
-
- - -
- - -
5,640 8,440 10,530 I 1.800
8,960 11.560 13,120 18,800
-
11.430 11.460
11.460 11.460
11.460 11.460
11.460 11 460
11.460 11.460
11.460 11.460
-
- -
11.460 11.460 11.460
-
- -
- -
1.697 1,943 2,110 2,209
2,332 7,532 2,651 3,075
. 53.50 v-150 0.545 a535 1 58.40 v-150 0.595 8435
a379 8 279 8 219 * 61.10 v-150 0 625 8375
1 70.30 v-150 0.734 8157 8001
10 % 32 75 40.50
840 1.390
1.580 2.090 2,700
1,580 2,090 2,700
3,110 3,920
3.220 4,020
3,220 4,020
3,400 4,160
3,480 4,290
4,460 5,950 7.550 8,640 9,600
3,660 4,610 5,880 7.500
4.850 6.070 7.920 9.990 10,810 13,150
6,550 8,320 10,880 11,900 14,790
367 457
629 715 801
629 715 801
1,092 1,196
1,165 1.276
1,165 1,276
1.310 1,435
1,383 1,515
1.383 1,515 1.660 1,803 1.959
1,602 1.754 1,922 2,088
1,993 2,184 2.373 2,573 2,660 2,887
2,621 2,847 3,094 3,191 3,464
40.50 45.50 51.00
40.50 45 50 51.00
51 00 5550
51.00 55 50
51 00 5550
51.00 55.50
c-95 c-95
0.450 0.495
* 51.00 HC-95 0.450 t 55.50 w-95 0.495 + 60.70 HC-95 0.545 t 65.70 HC-95 0.595 * 71.10 HC-95 0.650
51.00 P-110 0.450 55.50 P-110 0.495 60.70 P-110 0.545 65.70 P-110 0.595
I/ 55.50 60.70 65.70
. 71.10 1 73.20 1 79.20
Q-125 0.495 Q-125 0.545 Q-125 0.595 Q-125 0.650 Q-125 0.672 Q-125 0.734
60.70 / 65.70 * 71.10 * 73.20
v.150 v-150 v-150 v-150 v-150
0.545 0.595 0650 0.672 0.734 * 79.20
11% 42.00 H-40 0.333 11.084 10.928
I 1.000 10.844 10.880 10.724 10.772 10.616
I 1.000 10.844 10.880 10.724 10.772 10.616
1.070 478
1.510 737 2.070 850 2.660 952
1.510 737 2.070 850 2.660 952
47.00 J-55 0.375 54.00 J-55 0.435 60.00 J-55 0.489
47.00 K-55 0.375 54.00 K-55 0.435 60.00 K-55 0.489
-
CASING. TUBING. AND LINE PIPE 2-17
TABLE 2.3~MINIMUM PERFORMANCE PROPERTIES OF CASING (continued)
13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 Internal Pressure Reslstancet (psi)
JOIN Strenglh" (1 000 Ibf)
Threaded and Coupled
Buttress Thread Buttress Thread
Regular Couplmg Specral Htgher
Grade' Clearance Couplrng
Speual Clearance Coupling
Higher Grade'
Special
Clearance Coupling
Same Hlqher
Plaln
End or Round
Extreme Thread
Regular Coupling
Same Hlqher
Round Thread
Extreme Line
Regular
- - -
-
Standard Optronal JOlnt Joint
-
1326 1328
1.574 1,574 1,574 1.574
- -
700 796
822
819 931
1,041
1,041
1.041
1.041 1,041
1.096
1.096
1,112 1,112
1,151 1151
1,223 1.223
1.223
1.223 1.223
1.370 1.370 1.370 1.370
1.501 1.501 1501
1.501 1.501 1.501
1.779 1,779 1.779
1.779 1779
Long
9,670
9.670 9.670 9670
9670 9670 9670 9670
-
Grade Grade Grade Grade Short Long Couplmg
9160
9.160
9 160 9.160
9.160 9.160 9.160 9.160
-
- -
5,140
5.140
5 140 5.140
5 140 5.140 5 140 5 140
--
1.650
1 890
2052 2149
2.251 2.444 2,553 2.812
- -
3,130
3.580 4.030
3.130 3.560 4.030
5.490
6.040
5,860 6.450
5.660 6,450
6,590 7,250
3,130 3,290
3.290
3,130
3.560 4.030
3,130 3.580 4,030
-
3.130 3,560
4.030
3.130 3,290 3,290
3.130 3,580 4.030
- 5.860 6.450
-
4,150
4.150
-
6.960 7.450 -
6.960 6.960 7.450 7.450
7.450 7.450
7.450 7.450 7.450 7.450
7.450 7.450
7.450 7.450
-
-
4.150
4.150
4.150 4,150
4.150 4.150
4.150 4.150
4.150 4.150
4.150 4.150
4.150
4.150 4.150
4.150 4.150
4.150 4.150
4,150
4.150 4.150
4.150
4.150 4,150
4.150 4.150 4 150
~ 1.361
~ 1595 - 1754 - 1848
- 1595 .- 1754
- 1.848 - 2 185
205 - 314 -
420 -
493 ~
565 -
450 - 528 - 606 -
756 ~
843 ~
794 ~ 884 -
a04 ~
895 -
632 - 771 ~~
927 - 1032 -
737 - 821 -
914 ~
1005 - 1105 -
1080 - 1203 ~
1338 - 1472 -
1351 - 1503 - 1.653 -
1.817 - 1.862 -
2063 -
i 798 - 1,918 - 2174 -
2.252 ~ 2469 -
- 4.150 4.150
4.150
4.150 4.150
4.150 4.150
4.150 4.150
-
-
700 796
891
819 931
1.043
1.160 1.271
1,190 1.303
1.228 1.345
1,287 1,409
1.354 1.483
1.392 1.524
1.670
1.614 1.971
1.594 1,745 1.912
2.077
1.925 2,109 2.291
2.489 2.568
2.639
2 513
2.730 2 366 3,060 3.127
Line Short
10.730 ~
12,390 - 13.520 - 14,200 -
12.390 - 13,520 ~
14.200 - 16.680 -
1.820 1.620
2,280 2.280
3.130 3.130
3.580 3.580
4.030 4.030
3.130 3.130
3.580 3.580 4.030 4,030
5.490 5.490
6.040 6.040
5.860 5.660 6,450 6.450
5.660 5.660
6.450 6.450
6.590 6.590 7.250 6,860
6.960 6.880 7660 6 880
6.960 6860 7.660 6,880
6,430 6.880
9.200 6,880 10.050 6.880
8.060 7.860 8.860 7,660
9.760 7,860 10.650 7.860
10.070 7,860 11.090 7,860 12,110 7,860
13.230 7.860 13,670 7,860 14,940 7,860
13,310 7,860 14.530 7,860 15.670 7.660
16.410 7.860 17.920 7.860
1,980 1.980
3.070 3,070 3.560 3,560
4,010 4,010
3.070 3.070 3.560 3.560
4.010 4.010
807 931 ,042
935 079
,208
-
700 796
891
819 931
1.043
-
I 228
1.345
-
1389 1.389 I 389
1.389 ,389
1534 ,745 ,754 ,754
-
-
-
- -
-
975 1092
-
1.236 1.363
1383 1515
1.363 1.515
1.456 1,595
1,456 1.595
1.529 1.675
- -
-
1820 1993 2000
--
- -
-
700
796 691
819 931
1,043
- .-
-
1.228 1.345
-
-
- -
1.392 1.524
1.670
1.814 1.971
1.594 1.745 1.912 2,077
-
-
-
- -
3,070 3.070 3.560 3.560
4.010 4,010
3,070 3070 3.560 3,560
4.010 4,010
307 -
477 -
568 - 649 -
509 - 606 -
693 -
- 807 931
1,042
935 1.079
1.208
-
-
-
2-18 PETROLEUM ENGINEERING HANDBOOK
TABLE 2.3-MINIMUM PERFORMANCE PROPERTIES OF CASlNG(conlinued)
1 2 3 4 5 6 7 8 9 IO 11 12
Nominal Threaded and Coupled
Weight. OD Extreme Line
Threads 00 Special OD and Wall Drift of Clearance Drift of Box Collapse
OD Coupling Thickness ID Diameter Coupling Coupling Diameter Powertight Resistance (in.) (Ibmift) Grade (in.) (in 1 (in.) (in.) (in.) (in.) (in.) (psi)
1 1% 60.00 c-75 0.489 10.772 10.616 12.750 - - 3,070
60.00 L-80 0.489 10.772 10.616 12.750 - - 3,180
60.00 N-80 0.489 10.772 10.616 12750 - 3,180
60.00 c-90 0.489 10.772 10.616 12.750 - 3,360
60.00 c-95 0.489 10.772 10.616 12750 3,440
(r 60.00 HC-95 0.489 10.772 10.616 12.750 4,410
60.00 P-110 0.489 10.772 10.616 12.750 3,610
60.00 Q-125 0.489 10.772 10.616 12.750 - 3,680 * 66.70 Q-125 0.547 10.656 10.500 12.750 - - - 4,980
f 66.70 v-150 0.547 10.656 10.500 12.750 - - - 5,200
13% 48.00 H-40 0.330
54.50 J-55 0.380 61.00 J-55 0.430 68.00 J-55 0.480
54.50 K.55 0.380 61.00 K-55 0.430 68.00 K-55 0.480
68.00 c-75 0.480 72.00 c-75 0.514
68.00 72.00
68.00 72.00
L-80 L-80
N-80 N-80
68.00 72.00
68.00 72.00
. 72.00 f 86.00
68.00 72.00
c-90 c-90
c-95 c-95
HC-95 HC-95
P-110 P-110
72.00 . 76.60 * 92.50
* 92.50 f 100.30
Q-125 Q-125 Q-125
v-150 v-150
0.480 0.514
0.480 0.514
0.480 0.514
0.480 0.514
0.514 0.625
0.480 0.514
0514 0.547 0672
0672 0.734
12.715 12.559 14.375
12.615 12.459 14.375 12.515 12.359 14.375 12.415 12.259 14.375
12.615 12.459 14.375 12.515 12.359 14.375 12.415 12.259 14.375
12.415 12.259 14.375 12.347 12.191 14.375
12.415 12.259 14.375 12.347 12.191 14.375
12.415 12.259 14.375 12.347 12.191 14.375
12.415 12.259 14.375 12.347 12.191 14.375
12.415 12.259 14.375 12.347 12.191 14.375
12.347 12.191 14.375 12.125 11.969 14.375
12.415 12.259 14.375 12.347 12.191 14.375
12.347 12.191 14.375 12.281 12.125 14.375 12.031 11.875 14.375
12.031 11.875 14.375 11.907 11.751 14.375
16 65.00 H-40 0.375 15.250 15.062 17.000
75.00 J-55 0.438 15.124 14.936 17.000 84.00 J-55 0 495 15.010 14.822 17.000
75.00 K-55 0438 15.124 14.936 17.000 84.00 K-55 0.495 15.010 14.822 17.000
- - - - - - - - - - -
- - - - - - -
- - - - - - - - - - - - - -
- - -
- - - - - -
- - - - - - - - - - - -
740 541
1,130 853 1,540 962 1,950 1,069
1,130 853 1,640 962 1.950 1,069
2.220 1,458 2,600 1,558
2,260 1,556 2,670 1,661
2.260 1,556 2.670 1.661
2,320 1,750 2,780 1,869
2,330 1,847 2,820 1,973
3,470 1,973 6,240 2,378
2,330 2,139 2,880 2,284
2,800 2.596 3,490 2,756 5,950 3,352
6,400 4,023 8,090 4.373
Pipe-Body Yield
Strength (1,000 Ibf)
1,298
1,384
I,384
1,557
1,644
1,644
1,903
2,162 2,407
2,888
- - - 630 736 - - - 1,020 1,178 - - - 1,410 1,326
- - - 1,020 1,178 - - - 1,410 1,326
~8% 87.50 H-40 0.435 17.755 17.567 20.000 - - - 630' 994 87.50 J-55 0.435 17.755 17.567 20.000 - - - 630' 1,367
87.50 K-55 0.435 17.755 17.567 20.000 - - - 630' 1,367
20 94.00 H-40 0.438 19.124 18.936 21.000 - - -
94.00 J-55 0.438 19.124 18.936 21.000 - - - 106.50 J-55 0.500 19.000 18.812 21.000 - - - 133.00 J-55 0.635 18.730 18.542 21.000 - - -
94.00 K-55 0.438 19.124 18.936 21.000 - - 106.50 K-55 0.500 19.000 18.812 21.000 - - -
133.00 K-55 0.635 18.730 18.542 21.000 -
1
520' 1,077
520* 1,480 770' 1.685 ,500 2,125
520' 1.480 770' 1,685 ,500 2,125 Non-API WlQhtS or grades
-
CASING, TUBING, AND LINE PIPE 2-19
TABLE 2.3-MINIMUM PERFORMANCE PROPERTIES OF CASING (continued) 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27
Joint Strength * (1,000 Ibf)
Internal Pressure Reslstancet (PSI) Threaded and Coupled
Buttress Thread Buttress Thread
Spew
Regular Clearance Special
Coupling ^ Louprlng Round
Regular Clearance Extreme Line
Same Higher Same HIoh& Thread Coupilng Special Couphng
Grade Grade Grade
Reqular Hlaher Clearance Grade Short Lono Cot&a Grade*
Hrgher
Couolina Grade * Standard Optronal
Jornt Joint
Plain
End or
Extreme
Round
Thread
Long
-
-
5.460 -
5,830 -
5,830 -
6,300 - -
6.300 - -
6.300 - -
6,300 6,300 - 6.300 -
6,300 - -
6,300 - -
Line Short
5,460 5,460
5,830 5,820
5,830 5,820
6,550 5.820
6,920 5,820
6,920 5.820
8,010 5.820 9.100 6.650
10,180 6.650
12.220 6,650
1,730 1.730
2.730 2.730 3,090 3,090
3,450 3.450
2,730 2.730
3.090 3.090 3.450 3.450
4.710 4,550 5.040 4,550
5.020 4.550 5,380 4,550
5.020 4.550 5,380 4,550
5.650 4.550
6.050 4.550
5,970 4,550
6,390 4,550
6,390 4,550
7,770 4,550
6,910 4,550
7400 4.550
8,400 4.550 8,950 4,550
10,990 4.550
13,190 4.550
14,410 4.550
1640 1.640
2630 2.630
2,980 2.980
2,630 2.630
2.980 2,980
-
-
869 - 1.361
913 - 1,399
924 - 1,440
,011 - 1,517
,066 - 1,596
,078 - 1,638
,242 - 1.877 ,395 - 2,074
,582 - 2.308
,893 - 2,752
322 - -
514 - 909 595 - 1.025
675 - 1,140
547 - 1,038
633 - 1,169 718 - 1.300
905 - 1,496 978 - 1,598
952 - 1,545
-
1,440 -
-
1,877
-
909 - 1,025 1,140
1,038 - 1,169 1,300 -
-
-
-
1585
1,693
-
-
2,079 - 2.221
-
-
1,200
1,351
1,331
1,499
1329
1,427
1402
1 596 -
2,012
1,479 1 683 2 123
-
- -
- - - - - - - - -
- - - -
- -
2,730 2,730 3,090 3,090
3,450 3,450
2.730 2,730
3.090 3,090 3,450 3450
4,710 - 4,930 -
4,930 - 4.930 -
4,930 4,930 4,930 4.930
4.930 - 4,930 -
4,930 ~
4,930 -
4.930 -
4.930 -
4,930 4.930 4,930 4.930
4.930 - 4,930 -
4.930 -
4.930 -
4,930 -
- - - - -
-
2.630 2.630 2,980 2.980
2,630 2.630
2.980 2.980
1.630 1.630 -
2.250 2.250 -
2,250 2,250 -
1.530 1.530 1,530
2.110 2.110 2.110
2.410 2.400 2.400
3.060 2.400 2.400
2.110 2.110 2,110
2.410 2.400 2.400 2.320 2.320 3.060 2,400 2.400 2.320 2,320
2.250 2.250
2.250 2,250
-
2.110 2.110
2.320 2.320
2.320 2.320
2.110 2.110
- - -
1.029 - 1,650
963 - 1.585 1,040 - 1.693
1,057 - 1.683 1,142 - 1,797
1.114 ~ 1,772
1.204 - 1.893
1.215 - 1,935
1.507 - 2,333
1,297 - 2,079 1,402 - 2.221
1,576 - 2,463 1.690 - 2.615
2.113 - 3.181
2.529 - 3,795
2,776 - 3.863
-
-
-
439 - -
710 - 1.200 817 - 1.351
752 - 1,331
865 - 1.499
960 1.113 1.683 1253 1.453 2123
559 - -
754 - 1.329
794 - 1.427
-
-
581 - -
784 907 1.402
913 1.057 1,596 1.192 1.380 2,012
824 955 1.479
-
-
-
- -
- - - - -
- .-. - - -
- -
- - - - - -
-
-
-
2-20 PETROLEUM ENGINEERING HANDBOOK
TABLE 2.4a-MINIMUM COLLAPSE RESISTANCE UNDER AXIAL LOAD, GRADE H-40
Axial Stress. ps
- 10.000 - 5 000 0 5 000 10.000 15000 20000 25.000 30.000 35.000 40.000 45,000 50000 Weqht AE2, (Ibmilt) d,ie (W In 1
95 21 95 2 766
14 22 54 4 029
Collapse Pressure. ps,
2.930 2.860 2.760 2640 2.500 2.320 2.100 1.840 - - - - -
2.770 2 710 2 620 2 510 2.360 2.220 2.010 1.760 -
36 2734 10254 1.330 1.150 1 770 1,670 1.590 2 100 2.070 2.020 1 920 I a50 1.460 1.970
40
405 455 51
47 54 60
54 5 61 68
75 84
075
94 1065 133
2437 11454
30 71 11435 2688 13006 2369 14 561
3133 13401 2701 15463 2403 173
352 15514 31 1 17487 2786 19445
3653 21414 3232 24112
4262 24858
4566 26918 40 30631 315 38632
1.630 1.280
1.090 960 1.370 1.160 1.680 1.310
1.050 930 1.360 1.170 1.660 1300
a60 770 1060 940 1290 1 120
BOO 720 1 DO0 090
580 530
490 470 670 610
1040 920
2.290