Page 162 - APPLIED PROCESS DESIGN FOR CHEMICAL AND PETROCHEMICAL PLANTS, Volume 1, 3rd Edition

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Table 2-18: Cameron Hydraulic Data (cont)

Friction Losses In Pipe; C = 100 Friction Losses In Pipe; C= 100
.U Inch 1 Inch
Double Double
FLOW Standard Wt Steel Extra Strong Steel Extra Strong Steel FLOW Standard Wt Steel Extra Strong Steel Extra Stronl! Steel
us .622" iuside-� .546" inside dia .252'' inside dia us 1.049" inside dia �"inside di;--- ,599• insirlc dia
·--�ead
Hend
)>
�al / Head Head Head gal Velocity Velocity loss Velocity Velocity loss Head u
per Velocity Velocity loss· Velocity Velocity loss Velocity Velocity loss per Velocity Velocity loss
min ft per head ft per ft per bead ft per ft per head ft per min ft per hea<l ft per ft per head ft per ft per head ft per 'E.
ft
ft
ft
sec
sec
100 ft
100 ft
ft
ft
100 ft
ft
sec
sec
100 ft
:,ICC
sec
-- --- --- --- --- 100 ft --- --- 100 ft --- --- --- --- --- --- --- <ii'
a.
e.s ,528 .00 -682 .686 .01 1.10 3.22 .16 47-2 2 . 742 .01 .595 .892 ,01 -930 2.28 .08 11.1 ,.,
1.0 1.06 .02 2.10 1.37. .03 3,96 6.44 .64 170 3 1.11 .02 1-26 1.34 .03 1-97 3.42 .18 24-8
1-5 1.58 .04 4,44 2.06 .07 8.38 9. 66 1.45 361 4 1.49 .03 2.14 1.79 .05 3-28 4.56 .32 42-2 a
2.0 2.11 • <YT 7.57 2. 74 .12 14-3 12. 9 2.59 614 6 1.86 .05 3°24 2.23 .OB 5.07 5.69 .60 63.8 0
1.10
.08
2.23
.11
6.83
4-64
2.5
6
2.68
.11
3.43
.18
11-4
2."4
16. l
4.03
928
21-6
. 72
-- --- --- --- --- --- --- --- --- --- --- --- --- --- --- --- --- --- --- 69-4 ID
1/)
3-0 3.17 . 16 16-0 4.11 .26 30.2 8 2.97 .14 1.73 3.57 .20 12.1 9.11 1.29 162 1/)
3,5 3. 70 .21 21.3 4.80 .36 40.2 u 3.71 .21 11.7 4.46 .31 t3 11.4 2.0 230 0
4.D 4.23 .28 27.3 5.48 .47 61.4 4.46 .31 16.4 5.36 .45 6.6 13. 7 2.9 322 (D
64.0
4.6 4. 75 .35 33-9 6.17 .59 n.t 14 5.20 .42 21.s 6.25 . 61 34,0 15.9 3. 9 429 1/)
21.9
43.6
5.1
18.2
. 79
5.0
7. 14
41,2
16
.55
�.94
6.86
. 73
.43
5.28
-- --- --- --- --- --- --- --- --- --- --- ·--- --- --- --- --- --- --- 549 <0'
:::::,
6.5 5.81 .52 49-2 7.54 .88 92-7 18 6.68 . 69 34.7 8.03 1.00 54-2 20.5 6.6 682
.,
6.0 6.34 . 62 67-8 8.23 1.05 109 20 7.43 .86 42.1 8.92 1.24 65-8 22.7 8.0 829 0
6.5 6.87 . 73 67.0 8.91 1.23 126 22 8.17 1.04 60,2 9.82 1.50 78-5 25.1 9.8 989
7-0 7.39 .85 76-8 9.60 1.43 145 24 8.91 1.23 69.0 10.7 1.8 94.4
107
68.4
165
7.5
26
1.45
11. 6
2.1
10.3
9.66
87.3
.97
7.92
l. 6
-- --- --- --- --- --- --- --- --- --- --- --- --- --- --- --- --- --- --- --
8.o 8.45 1.11 98-3 11.0 I. 9 185 28 10.4 1.7 78,5 12.5 2.1 123
m
u 8.98 1.25 1 � 0 11. 6 2.1 207 35 11.1 2.6 119 13.4 3,8 J85
89,2
2.8
30
1.9
8.6
231
15.6
12.3
2.4
13.0
1 2
9.51
1.4
37
14. 9
17. 9
189
45
4.3
13.7
149
2.9
6.3
280
1, 7
10 .5 10.0 1.6 135 13.0 2.6 255 40 16. 7 3.5 162 20.1 5.0 295
10.6
%Inch l;i Inch
Double Double
FLOW Standard Wt Steel Extra Strong Steel Extra Stron� Steel FLOW Standard Wt Steel Extra Strong Steel Ei:tra Strong Steel
1.278" Inside dia
.896" inside dia
1.380" inside rlia
us .S24h Inside dia .742" inside dia - .434" iilsidc dia· us Head Head Head
�al Head Head Head �al Velocity Velocity loss Velocity Velocity loss Velocity Velocity loss
per Velocity Velocity loss Velocity Vdocity loss Velocity Velocity loss per ft per head ft per ft per head ft per head ft per
min ft per head ft per ft per head ft per ft per head ft fer min sec ft 100 ft sec ft ft fer sec ft 100 ft
10 ft
ft
100 ft
100 ft
sec
10 ft
ft
ft
sec
sec
-- ·--- --- --- --- --- --- --- --- --- --- --- --- --- --- ---
1,6 . 903 .01 1.13 1.11 .02 1-88 3.25 .16 25-6 4 .86 .01 .564 1.00 .02 .sr 2.04 .06 4-63
2.0 1.20 .02 1.93 1.48 .03 3-21 4.34 .29 43-6 5 1.07 .02 -853 1.25 .02 1.2 2.54 .10 6-J8
9. 8
1-7
2.5 1.51 ,04 2-91 1.86 .05 4-85 5.42 .46 65.9 6 1.29 .03 1-2 � 1.50 .04 2,31 3.05 .14 13-0
1.5
1.50
3-0 1.81 .05 4-08 2.23 .08 6-79 6.51 . 66 f-3 7 1. 72 .04 2.04 t. 75 .05 2-96 3.56 .20 16-7
.05
4.07
8
.26
.06
2.00
2. so
1 3
9-03
2.11
.11
3.5
6-42
.90
.07
7.60
-- --- --- --- --- --- --- --- --- - --- --- --- --- --- --- --- --- --- ---
3-08
25-2
4-0 2.41 ,09 6-94 2.97 .14 11.6 8.68 1.17 157 18 2.15 .<YT 4.31 2.50 .10 4.47 5.09 .40 35,3
6-26
12
6.11
4.5 2. 71 . 11 8.63 3.34 .17 14-4 9. 77 1.48 195 2.57 .IO 3.00 .14 .58 46.9
14
6 3.01 .14 10,5 3.71 .21 17,5 10.9 1.8 238 16 3.00 .14 6-73 3.50 .19 8-33 7.12 . 79
7,34
3.43
.18
6 3.61 .20 14,7 4.45 .31 24-6 13.0 2. 6 333 18 S.86 .23 9-13 4.00 .25 10-7 8.14 1.03 60-8
74.7
1.30
9.16
.31
13-3
4.50
32.6
.42
5.20
3.6
15.2
4.21
7
19-6
,28
-- --- --- --- --- --- --- --- --- 443 --- --- --- --- --- --- --- --- --- ---
90-7
8 4.82 .36 25-0 5.94 .55 41-7 17.4 4.7 667 20 4.29 .29 11.1 5.00 .39 16-1 10.2 1.6 137
24-9
26
16.8
12. 7
9 5.42 .46 31.1 6. 68 .69 51-8 19.5 5.9 704 30 5.36 .45 23.6 6.25 .61 34.1 2.5 192
10 6.02 .56 37-8 7.42 .86 63.0 21. 7 7.3 866 6.43 .64 7.50 ,87 45,4 15.3 3.6
.88
8. 75
11 6. 62 .68 45,1 8.17 1.04 75, 1 35 7.51 1.14 ,1.2 10.0 1.19 68-1 17.8 4.9 255
o.o
327
40
6.5
8.58
1.6
20.4
88-3
63-0
12
8.91
1.23
.81
7.22
-- --- --- --- --- --- --- --- --- -- --- --- -�- --- --- --- --- --- ---
13 7.82 .95 61-5 9.63 1.44 102 60 10.7 1.8 60.4 12.5 2.4 87-8 25.4 10.0 494
84.7
14 8.43 1.10 70-5 10.4 I. 7 1117 60 12.9 2.6 114 15.0 3.5 123 30.5 14.5 692
is.o
70
921
35.6
16 9.63 1.44 90.2 11.9 2.2 160 3.5 17.5 4.8 u; 19. 7
80
18 10.8 1.8 112 13.4 2.8 187 ,o 17.2 4.6 144 20.0 6.2
.10 12.0 2.2 136 14.8 3.4 227 19.3 5.8 17J 22. 5 7. 9 260