Page 167 - APPLIED PROCESS DESIGN FOR CHEMICAL AND PETROCHEMICAL PLANTS, Volume 1, 3rd Edition
P. 167
Table 2-22: Cameron Hydraulic Data (cont)
Friction Losses In Pipe; C = 100 Friction Losses in Pipe; C= 100
275 Inch 3 Inch
Double Double
Standard Wt Steel Extra StronC Steel Extra Strong Steel Cast Iron Std Wt Steel Extra Strong Steel Extra Stronl! Steel
FLOW FLOW
11
us 2.469' inside dia 2.323• inside dia 1.771' inside dia us 3.0 inside dia 3.066 inside dia 2.900• inside dia 2.300" inside dia
aal gal Ve- Ve· Head Ve- Ve- Head Vc-�Hcad Ve- Ve- Head
per Head Head Head per lodty 11��'.r loss locity locity loss locity locity loss lol'ity locity Joss )>
min Velocity Velocity loss Velocity Velocity Joss Velocity Velocity loss min ft ft ft head ft ft head ft ft bean ft "O
ft per head ft per ft per head ft per !t per head fier per ft per per ft per per it per per ft per "2..
sec
ft
ft
100 ft
sec
ft
sec
sec.
sec
100 ft
100 ft
too ft sec
100 ft
100 ft sec
-- --- --- --- --- --- --- --- --- 1 ft -- -- -- -- -- -- -- -- -- -- -- -- -- !
8 .54 .00 .120 . 61 .OJ -163 1.04 .02 -60i 10 .45 .00 .010 .43 .00 .063 .52 .00 ,083 .77 .01 -256 ""O
10 .67 .01 .1al .76 .01 -244 1.30 .03 0 91 it .68 .01 -149 .65 .01 -134 . 78 .01 .176 J.16 .02 ,543 a
12 .80 .OJ -25 . 91 .OJ -342 1.56 .04 1-28 .91 .01 .254 .87 .01 .221 1.04 .02 .299 l.54 .04 .924
lt 1.07 .01 -338 1.06 .02 -455 1.82 .05 .10 25 1.13 .02 -383 1.09 .02 ,344 1.30 .03 0 .633 1.98 .06 U! 0
. 94
462
(1)
.02
1.21
2.08
.583
.02
.03
.04
2.32
.03
.537
1.30
-433
1.36
,481
1.56
.07
2-18
30
.08
-- --- --- --- --- --- --- --- --- --- -- -- -- -- -- -- --- -- -- -- -- -- -- (/)
(/)
1.21 .02 0 538 1.36 .03 l4 2.34 .09 2.11 35 1.59 .04 -714 1.52 .04 -640 1.82 .05 .842 2.70 . II 2.60
J� 1.34 .03 0 654 1.51 .04 . 80 2. 73 .12 3-30 40 1.82 .05 -914 1. 74 .05 ,820 2.08 .07 1,08 3.09 .15 3,33 0
(1)
.09
22 1.47 .03 0 -9!7 1.67 .04 1-050 2.87 .13 3.93 45 2.04 .06 1.14 I. 95 .06 1.02 2.34 . II J .63 3.47 .19 4,14 !!! .
780
1-34
�i
1.82
. 05
-
.23 5,03
.15
3.13
.04
2.27
l.61
t.38
1-23
50
.08
1,24
2.60
2.17
.07
3.86
4-62
.06
I. 74
.05
I. 97
·-- --- --- --- --- --- --- --- --- 5.35 --- -- -- -- -- -- -- -- -- -- -- -- -- cc
2.39
2.50
.18
.10
1,43
3.39
1.0
1,47
.09
.13
1-64
2.86
55
.28
4.25
6,99
1.94
::::,
28 1.88 .05 1,22 2.12 .07 1-64 3. 65 .21 6.14 60 2. 72 .12 1-94 2.60 . II 1,74 3.12 .15 2,28 4. 63 .33 7.\1 0
30 2.01 .06 1,39 2.27 .08 1,86 4.00 .as 6-;8 65 2.95 .14 2.24 2.82 .12 2.01 3 .38 .18 2.66 6.02 .39 8,1 ....
36 2.35 .09 1-� 2.65 . 11 2-48 4.56 .32 9. 8 70 3.18 .16 2.57 3.04 .14 2.31 3.64 .21 3-04 5.40 .45 9,38 o
40 2.68 .11 2.36 3.03 .14 3.17 5.21 .42 11.1 75 3.40 .18 2-92 3.25 .16 2-62 3.90 .24 3.45 5. 79 .52 =r
lt&
3.41
45
.18
5.86
3.02
2.93
.14
3. 63
.53
.27
.19
3.47
4.16
80
-- --- --- --- --- --- 3.95 --- --- --- -- -- -- -- -- -- -- -- -- -- --· -- -- (1)
6.18
.20 3-30
2-96
3.89
14.
.59
3
50 3.35 .17 3.56 3. 79 .22 4.79 6.51 .66 � 8-0 85 3.86 .23 3.69 3.69 .21 3.31 4.42 .30 4,35 6.56 .67 13,4 c;·
65 3.69 .21 4-24 4.16 . ?:1 5.71 7.16 .80 t.4 90 4.09 .26 4.10 3. 91 .24 3.67 4.68 ,34 4.83 6. 95 . 75 1f �
9
60 4.02 .25 4,99 4.64 .32 6-72 7.81 . 95 25.2 4.31 .29 4.53 4.12 ,26 4,06 4.94 .38 5.34 7.34 .84 1 ,5
65 4.36 .30 F9 4.92 .38 7,79 8.47 1.11 29.2 1is 4.54 .32 4-98 4.34 .29 4.47 5.21 .42 5,87 7. 72 . 93 18-1 Ill
::::,
5.30
4.69
.64
.34
.44
9.12
.39
1.29
4. 99
70
5.94
119
8-94
-- -- -- -- -- -- -- --- --
-- --- --- --- --- --- --- --- --- 33.5 -- -- -- -- 4. 77 .35 5.33 5. 73 .51 1.01 8.49 1.12 21. a.
75 5.03 .39 7,55 5.68 .50 10.2 9. 77 1.48 38.0 120 5.45 .46 6.98 5.21 .42 6.26 6.25 .61 8.23 9.27 1.34 25.4 ""O
80 5.36 .45 8.50 6.05 .57 11-4 10.4 1.7 42.8 130 5.90 .54 8-09 5. 64 .49 1.26 6. 77 . 71 9.54 IO.O 1. 6 29,5 �
85 5.70 .50 9,51 6.43 .64 12,8 11.1 I. 9 47-J 148 6.35 .63 9.28 6.08 .57 8-f2 7.29 .83 10,9 10.8 1.8 33°8 a
90 6.03 .57 10-6 6.81 .72 13-J 11. 7 2.1 53. 15 6.81 . 72 10-6 6.51 . 66 9. 8 7.81 .95 12.5 11. 6 2.1 38-5
95 6.37 .63 11,7 7.19 .80 15- 12.4 2.4 58.9 -- -- -- --- -- -- -- -- -- -- -- -- -- 0
7.26
160
. 75 10.1
.82 11,9
6.94
8.33
12.4
2.4 43,3
1.08 14,0
-- --- --- --- --- --- --- --- --- =r
(1)
100 6. 70 .70 12.8 7.57 .89 17-f 13.0 2.6 64.7 189 8.16 1.03 14,8 7.81 .95 13-2 9.37 1.36 17-4 13. 9 3.0 52.6 3
1 � 0 7.37 .84 15,3 8.33 1.08 20. 14.3 3.2 11.2 200 9.08 1.28 !8.o 8. 68 1.17 16-1 10.4 I. r 21.2 15.4 3. 7 66,4 s
1 0 8.04 1.00 18-0 9.08 1.28 24-2 15.6 3.8 90-7 220 9. 99 1.55 1,4 9.55 1.42 JP 11.5 2.1 25.3 17.0 4.5 78.0
130 8. 71 I.IS 20.9 9.84 1.50 28- � 16.9 4.4 105 240 10. 9 1.8 25,2 10.4 1.7 .6 12.5 2.4 29.7 18.5 5.3 91-6 �
1.7
10.6
1.37
2:8
13.5
2.0 26,2
11.3
9.38
149
11.8
2.2 29,2
5.1
18.2
260
34.4
20.1
121
-- --- --- 23-9 --- --- --- --- --- -- -- -- -- -- -- -- -- -- -- -- -- -- ""O
32-
6.3 106
U8 10.0 1.6 27,3 11.3 2.0 41-2 20.8 5.9 137 280 12.7 2.5 33-5 12.2 2.3 30,0 14.6 3.3 39.5 23.2 7.3 122 ai
19.5
36-7
21.6
.....
::::,
13.6
12.1
300
1.8
13.0
30,7
38,0
2.3
10.7
6. 7
2. 9
15.6
3.8 44-8
2.6 34-1
154
8.4 13f
170 11.4 2.0 34,3 12. 9 2.6 46-1 22.2 7.7 173 320 14.5 3.3 42.8 13. 9 3.0 38.4 16. 7 4.3 50.5 24.7 9.5 15 (/)
180 12.1 2.3 38-1 13.6 2.9 lil-3 23.4 8.5 192 m 15.4 3. 7 47-9 14.8 3.4 43,0 17. 7 4. 9 66-5 26.3 10. 7 175
12. 7
2.5
3.2
14.4
16.3
15.6
24. 7
27.8
9.5
42,1
4.1 53.3
5.4 62.8
18. 7
190
12.0 194
-- --- --- --- --- --- 5 .7 --- --- -- --- -- -- --- -- 3.8 47,8 -- -- -- -- --
212
200 13.4 !.8 46.3 15.1 3.5 ,u 26.1 JO. 6 233 380 17.3 4. 6 58.9 16.5 4.2 52.8 19.8 6.1 69-4 29.3 13.3 214
220 14.7 3.4 55.3 16.7 4.3 28. 7 12.8 278 400 18.2 5.1 64,7 17.4 4.7 68.0 20.8 6.7 7�.3 30.9 H.S 23(,
240 16.1 4.0 66.4 18.2 5.1 87,3 31.3 15.2 327 420 1<).1 5.7 70.8 I 18.2 5.1 63.6 21. 9 7.5 83.5 32.4 16.3 258
260 17.4 4. 7 75.3 19.7 6.0 101 33. 9 17. 9 379 us 20.0 6:2 77.2 19.1 5.7 69-2 22.9 8.2 91-1 34.0 18.0 281
280
20.9
21.2
18.8
20.7
5.5
86,3
7.0
-- --- --- --- --- --- --- --- --- -- -- -- 6.8 83-8 20.0 6.2 75.3 23. 9 8.9 98-9 35.5 19.6 305
36.5
116
436
300 20,1 6.3 98,1 22.7 8.0 132 39.1 23.8 494 480 21.8 7.4190.7 20.8 6. 7 81-3 25.0 9.7 107 37. I 21.4 3'30
360 23.6 8.6 130 26.5 10.9 175 45.6 32.3 657 500 22. 7 8.0 97,8 21. 7 7 .3 87.7 26.0 10.5 116 38.6 23.2 356
400 26.8 11.2 J67 30.3 14.3 225 52. l 42.Z 841 560 25.0 9. 7 117 23.9 8. 9 105 28.6 12. 7 138 42.5 28.1 425
4liO 30.2 14.2 34.l 18.1 279 tg� 27.2 11.5 137 26.0 10.5 123 31.2 15.1 162 46.3 33.3 m
500 33.6 17.4 2� 37.9 22.3 340 29.5 13.5 l69 28.2 12.4 143 33.8 17.8 187 50.2 39.0
