Page 168 - APPLIED PROCESS DESIGN FOR CHEMICAL AND PETROCHEMICAL PLANTS, Volume 1, 3rd Edition
P. 168
Table 2-22: Cameron Hydraulic Data (cont)
Friction Losses In Pipe; C= 100 Friction Losses In Pipe; C= 100
3_0 Inch 4 Inch
Double Double
Cast Iron Std Wt Steel Enra Strong Steel Extra Stronll Steel now\ Ca.st Iron Std Wt Steel E:ittra Strong Steel Eztra Strong Steel
FLOW
us 3.6 inside dia 3.548' inside dfa 3.364' inside dia 2. 728" Inside dia us 4.0 inside die 4.026• inside dia 3.826' inside dia 3.152" inside dia
tial ,,.;:--vc:-Head Ve· Ve-1 Head -Ve- Ve- Ve- Head 11,al VC-:-�-Head Ve- Ve- Head Ve- Ve- Head Ve- Ve- Head
Ve- Head
per locity locity loss !ocity loci1 loss locity locity Joss l � ty locity loss per locity locity loss locity locity Joss locity locity loss locity locity loss
min ft head ft ft hea rt ft head ft head ft min ft head ft ft head ft ft head ft ft bead ft
per ft per per ft per per ft I per per ft per per ft � er per ft per per ft per Pet' ft
1ro'1t
-- --
see
100 ft sec
100 ft sec
100 ft
sec
sec
100 ft
100 ft sec
100 ft
... c
sec
-- -- -- -- -- -- -- -- -- --- -- -- -- - 1 0 ft ---- -- �- -- -- -- --
16 .50 .00 .061 .49 .00 .058 .54 .00 -075 .82 .01 -208 20 .51 .00 .063 .00 .061 .56 .00 .078 .82 .01 .199
20 .67 ,01 .120 ,65 .01 -112 .72 .Ol -145 1.10 .02 .493 30 .77 .01 .132 .501 .01 -128 .84 .01 , 164 1.23 .02 .422
.76
26 .84 .01 -181 .81 .01 .90 .01 .220 1.37 .03 .689 40 1,02 .02 .226 I.DI .02 .219 1.12 .02 .280 1.65 .04 .719
30 1.00 .02 .264 .97 .01 :ill 1.08 .02 -308 I. 65 .04 -863 60 UIB .03 -341 1.26 ,03 .330 1.40 .03 .423 2.06 .07 1-09
.463
-316
60
.04
.10 J.52
.593
-477
36 1.17 1.14 .02 ------ -409 1.92 .06 1.13 -- -- -- -- -- -- -- -- -- -- -- -- --
.04
2.47
.O'.I
1. iil
1.63
I. 67
.04
1.26
.03
.432
1.34 � I__:'!) 1.30 .03 ·"'1 .524 2.20 .08 1-45 70 I. 79 .05 .635 I. 76 .05 .615 1. 95 .06 .789 2.88 .13 2.02
� UH .OJ .537 l.46 .03 .603 i. •••• -651 2.47 .10 1-81 80 2.04 .06 .813 2.02 .06 .788 2.23 .08 1.01 3.29 .17 2.59
I. 63
. 04
60 1.67 .04 .653 l. 62 .04 .611 1.801 . 05 -791 2.74 , 12 2-19 90 2.30 ,08 1.01 2.27 .08 .980 2.51 .JO 1-26 3.70 .21 3-22
60 2.01 .06 -9H !. 95 .os -856 2.17 . 07 1.11 a.29 .17 3.07 100 2.55 .10 1-23 2.52 .10 1.19 2. 79 . 12 1-53 4.11 .26 3.92
.32 4-67
.15 1-82
.09 1-22
.12 1-47
70 2.34 ----- 2.27 .08 1.14 2.53 .10 1-47 3.84 .23 4-09 -- -- -- -- -- -- -- -- -- -- -- -- --
, 12 1-42
2.81
110
2. 77
3.07
4.52
------
80 2.68 . II 1,56 2.60 .11 1-46 2.89 .13 p9 4.39 .30 6-23 120 3.06 .15 1- � 3.02 .14 p1 3.35 .17 2. 14 4.94 .38 5.49
90
.44 6-36
3.28
.20 2. 9
100 3.01 .14 1.94 2.92 .13 1-81 3.25 .16 -35 4.94 .38 6-51 130 3.32 .17 2. 0 3. 53 .17 .93 3,(,3 .20 2.48 5.36 .52 1-fi
.19 2.22
.16 2.20
140
.17 2-35
3. 91
.20 2-85
6.76
.24 2-84
.47 7.91
5.49
3.57
3.33
3.25
3.61
110 3.68 .21 2-81 3.57 .20 2.63 3. 97 .Z4 3-40 6.04 .57 9.4J lliO 3.83 .23 2-61 3. 78 .22 2.53 4. 19 .27 3-24 6.17 .59 8. l
120 4.02 .25 3.30 3. 99 .25 3-08 4.33 .29 4.00 6.59 .67 11.1 160 4.08 .26 2.93 1.03 .25 2.84 4.47 .31 3,64 6.58 .67 9-�
-- -- -- -- -- -- -- -- -- -- -- --
-- -- -- -- -- -- -- -- -- -- -- -- -- -
130
.92 14-7
.34 4,38
.32 3.63
.39 4.5
.40 6.32
.85 11.
140 4.35 .29 3.82 4.22 .28 3.58 4. 69 .34 4.64 7.13 . 79 12-8 170 4.34 .29 3.28 4.29 .29 3-18 4. 75 .3.5 4-0 � 6.99 .76 10.i
.as 3-64
4.54
7.40
.32 4-10
180
5.02
7.68
4.68
4.60
5.05
4.54
. 95 12-8
190
160 5.02 .39 4.99 4.87 .37 4,67 5.41 .52 2.06 8,23 1.05 16-8 200 4.86 .37 4-03 5.05 .36 3-90 5.30 .48 5-60 7.82 1.05 14, 1
4 79
.45
4415.00
.42 5-25
.81
160
- .50 6-28 -- .47 5.85 -- -- -- -- -- 220 --- .49 6.28 5.55 .48 5-12 -- �� -- -- --
1.20 18-9
.40 4-29
.41 4.43
6.78
8.23
.44 5-61
5.58
5.19
5.35
8. 78
5.11
170
1.35 21.1
5.62
.59 7-61
9.33
9.05
6.14
1.27 16-8
--
5.62
�.69
6.14
.66 8-46
180
9.87
9.88
.59 1.22
.67 6.97
.82 8-93
.69 1.20
1.8 22.9
260
7.26
6 55
. 63 1.11
1.7 25-
190 6.02 .66 6.98 5.85 .53 6.53 6.60 . 73 9.36 10.4 1.52 22-; 240 6.13 .58 6.21 6.05r�16.0t 6.70 . 70 7-70 10.7 1.51 19.8
6 64
6.8.S
6.17
6.35
.95 10.2
.77 8-00
2.1 26.3
200 6. 69 .70 8.48 6.50 . 66 7-94 7.22 .81 10,3 11.0 2.3 34.D 280 7 .16 .79 8.25 1.57 .89 9.09 7 .82 1.09 11-6 12.3 2.4 29.9
!. 9 28-5
11.5
7.06
220
300
. 98 12.3
. 79 9.47
.84 10.1
.91 9.38
7. 94
7.36
12.1
7.14
7.66
8 38
-- 8.03 1.00 11-9 -- . 94 11-1 -- -- -- -- -- -- -- -- ----- -- -- -- -- -- -- -- -- --
2. 7 39.9
1.01 10.2
320
8.17
8.07
1.04 10-6
1.17 14-4
2. 7 33-7
1.24 13-1
13.2
13.2
s. 66
240
8. 94
7. 79
--
260 8.70 1.18 13.8 8.4·l J .11 12.9 9.38 1.37 16.7 14.3 3. 2 46.3 ffi 8.68 8.58 1.14 11.5 9.50 1.40 14.7 14.0 3.0 37.7
280 9.36 1.36 15-8 9.09 1.28 14.8 10. l I. 6 19-2 16.4 3. 7 5J.l 9.19 1.31 1 � .1 9.08 1.28 12.1 10.0 1. 6 16-3 14.8 3.4
4!-9 .3
300 10.0 1.55 � 8.0 9. 74 1.47 16.8 10.8 1.8 21-8 16.5 4.2 60. 380 9.70 1.16 1 .5 9.59 1.43 14.1 10. 6 1. 7 18-0 15.6 3.8 4
'·"1"·' 10.1
370 10. 7 1.8 0-2 10.4 1.7 18-9 n.s 2.1 24.6 17.6 4.8 68-0 10.2 1.6 16.0 1.6 15-5 II. 2 J..9 19-8 16.5 4.2 50-9
�
u.r
2.1 21.7
1.7 16,9
-- -- 2.0 22-6 11.0 I. 9 21.2 -- -- -- -- -- -- -- -- 1.8 17-6 -- -- -- -- -·- -- -- 4.7 56-7
340
10.6
17.3
--
5.4 76-1
12.8
18. 7
2.4 27-4
10.7
11.4
360 12.0 2.2 25-2 II. 7 2.1 23.5 13,0 2.6 30.5 19.8 6.1 84-6 440 11.2 IJ.J I. 9 18.5 12.3 2.3 23-6 18. l 6.1 60.7
2.1 20.7
380 12. 7 2.5 27-f 12.3 2.4 26.0 13. 7 2.9 ;}3.7 20. 9 6.8 93-6 m II. 7 1.9119.0 11.6 2.1 20.0 12.8 2.5 26-7 18.9 5.6 � -9
p
2.3 21-7
2.8 27.8
a.s 28.6
2.8 30.
7.5 103
3.2 37.1
2.3 22-4
13.4
�� 13.4 3.1 33.5 13.0 2.9 31.3 14.4 3.6 40-6 22.0 8.2 112 500 12.3 2.5 23.1 12. l 2.5 23.4 14.0 3.0 30-0 19. 7 6.0
"13.6
12.6
20.6
23.0
15.2
12.8
6.6 7 -9
14.0
3.6 36.7
3.0 2 .8
22.6
440
9.0 123
3.0 27-9
15.3
14.0
7.9 91-7
-- -- 3.4 36,5 -- 3.2 34.1 -- -- -- -- -- -- 660 -- -- -- -- -- -- -- -- -- -- -- --
3. 9 44-2
13. 9
24.1
15. 9
14. 7
14.3
4.3 42.0
4(,0
9.5 108
9.9 133
4.2 38.0
4.3 39-2
18.1
17.3
26. 7
16. 6
26.3
660
3.8 40.1
16.4
480 15.4 3. 7 39-6 14. 9 3.5 37.1 16. 6 1.3 48.0 25.2 10. 7 144 600 15.3 3.6 3J.8 Jr,.J 3.5 32-8 16. 7 5.1 48.7 24.7 11.l 125
1.0 42-8
4.7
15. 6
16.1
6!-9 .e
5.9 55,8
12.9 143
ro
5.1 5
600
11.7 155
4.8 43-6
5.0 45.0
4.1 43.3
700
17.9
28.8
18.1
16. 7
17.6
16. 2
19.5
27.4
1.3 46-2
5.3 66,1
5. 7 51.1
20.9
6.8 63-4
14. 7 163
19.2
6.6 49-6
30.8
6. 2 66-8
19. 9
30.2 14.2
18. 9
u-6
17. 9
18.4
5.0
J85
-- -- -- -- -- -- -- -- -- -- -- -- -- 750 -- -- -- --- -- -- -- -- -- -- -- --
7. 7 n.s
6.3 ss.a
32.9
16.8 18
22.3
7.3 78-5
20.2
16.8 183
800
6.5 67-6
20.4
6.3 64-7
19.6
21. 7
-6
6.9
20. l
32. 9
'88 21.8 7.4 75-1 21.1 6.9 70.2 23.5 8.6 91.0 35.7 19.8 252 m 21. 7 7.3 64,: 21.4 7 .1 62.4 23. 7 8.7 79,9 35.0 19.0 205
u;
� 2.71 8.0 so.,
S.2 11.
23.0
25.1
9.4 194
.23.4 , 8.5 81,.1
22.7
37.0 21.3 228
8.0 69-3
9.8
38.4 22.9
88. �
25.3
750 25.l 9.8 97.8 21.4 9.3 91.6 27.1 11.4 11' 41. 2 26.4 24.3 9.2 7'J. f 21.0 9.0 76-6 26.5 10. 9 98. 39.1 23.8 m
800 26.8 11.2 1io 26.0 10.5 103 28.9 13,0 131 43.9 30.0 371 1000 25.5 10.1 87-0 25.2 9. 9 84-3 27.9 12.1 108 41.1 26.3
850 28.4 12.6 1 3 27.6 11.8 115 30. 7 14.6 150 46. 7 33.9 414 1100 28.1 12.3 104 27. 7 11. 9 101 30. 7 14.6 ,129 45.2 31.7 331
'l'he National Bureau or Staadards has recommended the ebmrnattou o( this pipe size.
