Page 175 - APPLIED PROCESS DESIGN FOR CHEMICAL AND PETROCHEMICAL PLANTS, Volume 1, 3rd Edition

Table 2-22: Cameron Hydraulic Data (cont)

Friction Losses In Pipe; C = 100
Friction Losses In Pipe; C = 100
12 Inch 14 Inch 16 Inch

Cast Iron Standard Wt Steel Extra Stront Steel Cast Iron Steel Cast Iron I Steel
FLOW 1 FLOW 14.0" inside dia 13.26" iusidc dia FLOW 16.0" inside dia 15.25,.. inside dia
us 12.0" inside dia 12.000" inside dia 11.7M inside dia
\tal licad Head Head us VO:-Ve- }lead \le- Ve- Head us Ve- Ve- Head Ve- \te- Head )>
per Velocity Velocity loss Velocity Velocity loss Velocity Velocity Joss 11,al loc- Joe- loss loc- lac- Joss 11,al Joe- lac- loss loc- Ice- loss "C
per
min ft per head ft fier ft per head ft ft per ft per head ft ft per per ily ity ft ily ity ft min ity ity ft ity ity ft "Q.
ft head per
ft head per
ft head per
100 ft
sec
ft
ft head per
I
100 ft
sec
sec
-- --- --- --- --- --- --- --- --- --- min per ft 100 ft per {t 100 ft per ft 100 ft per ft 100 ft 15·
a.
200 .57 .01 -02J .67 .01 .021 .69 .01 -023 sec sec sec see
250 .71 .01 -� . 71 .01 0 032 . 74 .01 0 035 -- -- -- -- -- -- -- -- -- -- --· -- -- -- ""O
300 .SS .01 . s .85 .01 .04li .89 .01 .050 300 .63 .01 .021 . 70 .01 .028 500 .80 .01 .028 .88 .01 .036 a
. 99
350 . 99 .02 .059 1.14 .02 -059 1.03 .02 -066 400 .84 .01 .036 . 93 .01 .047 600 .96 .01 ,040 1.05 ,02 .050 0
.02
.053 1.23
700 1.12
.02
-054 1.16
.02
,067
.02
.084
.02
-071
1.18
500 1.04 .02
.02
-076
-076
1.14
400
-- --- --- -- --- --- --- --- --- --- 600 1.25 .02 -076 1.40 .03 .100 8�0 1.28 .03 ,068 1.41 .03 .086 (1)
C/1
460 1.28 .03 .(J<J5 1.28 .03 -095 1.33 .03 -105 700 1.46 .03 .101 1. 63 .04 -132 900 1.44 .03 -084 1.58 .04 .106 (II
500 1.42 .03 -115 1.42 .03 -116 1.48 .03 -128 -- -- -- --- -- -- -- -- -- -- -- -- -- -- c
550 1.66 .04 ,137 1.66 .04 -J37 I. 63 .04 -152 800 1. 67 .04 -130 1.861 .05 .110 1000 1.60 .04 .102 1, 76 .05 .129 (1)
C/1
600 I. 70 .05 -161 1.70 .05 • 61 1. 77 .05 .179 900 1.88 .05 -161 2.09 .07 .211 1200 1. 92 .06 .143 2.11 .07 .181 co·
-191 2.41,
.08
2.24 .08
.09
.238
.07
2.07
1 � 0
-214
1.99
700
.06
-- --- --- -214 1.99 .06 --- --- --- --- 1000 2.09 .07 -196 2.33 -266 1 0 2.5'1 .10 -260 2.81 .12 :Ul ::::,
-234 �.56 .10
1100 2.30
-306
.OS
800 2.27 .08 ,276 a.21 .08 -275 2.37 .09 .394 1200 2.50 .10 -275 2. 7� .12 .359 1800 2.87 .13 -304 3. 16 .16 .383 o'
900 2.66 .10 .341 2.56 .10 0 341 2.66 .11 .378 -- -- -- -- -- -- -- -- -- -- -- -- -- -- ..,
1000 2.84 .13 .415 2.84 .13 - � 15 2.96 .14 -460 1300 2. 71 11 -318 3.02 .14 -416 2000 3.19 .16 -369 3.51 .19 -466
.17
1100 3.12 .15 .495 3.12 .16 • 95 3.25 .16 -548 1400 2.92 .13 .365 3.26 .19 .4n 2600 3.99 .Z5 -667 4.39 .30 .704 0
:::r
-781 5.27
.43
.36
3000 4.79
.987
-416 3.49
.18
3.41
3.55
.20
1500 3.13
.644
.15
.18
.642
-581
3.41
1200
.581
-- --- --- --- --- --- --- --- --- --- 1600 3.34 .17 -4 � 8 3. 72 .22 -611 3500 5 58 .4� 1-06 6.15 .59 1-31 (1)
1300 3. 69 .21 .674 3. 69 .21 0 674 3.84 .23 .m 1700 3.54 .19 .s 3 3.% .24 .684 4000 6 38 .63 1-33 7.03 .77 1.68 3
1400 3. 98 .25 .m 3. 98 .25 .m 4.14 .27 .857 -- -- -- -- -- -- -- -- -- -- -- -- -- ff
1600 4.26 .28 .878 4.26 .28 -878 4.(4 .31 .973 1800 3.75 . 22 -581 4.19 .27 -760 I 4500 7.18 .80 1-65 7.91 .97 2.09 a
1600 4.55 .32 .990 us .32 -990 4. 73 .36 1.10 � 900 3.% .24 -643 4.42 .30 .840 5000 7.98 .99 2-01 8.79 1.2 2-54 Ill
6000 9.58 1.43 2,82 10.5 1.7
.34
3-66
.924
000 4.17 .27
.44
.41
5.33
-706 4. 65
6.11
.41
1-23
1-36
5. ll
t.23
1800
-- --- --- -- --- --- --- --- --- --- 2600 5.22 .42 1-07 5.81 .52 1-40 7000 11.2 1. 9 3.75 12.3 2.4 4-73 ::::,
a.
2000 5.68 .50 1-50 5.68 .50 1,60 5.92 .54 1-66 3000 6.26 .61 1-60 6.98 . 76 1-96 8000 12.8 2.5 4.79 14.1 3.1 6-06
2200 6.25 .61 1.78 6.26 . 61 1-78 6.61 .66 p8 ""O
2400 6.81 .72 2.10 6.81 .72 2.10 7.10 . 78 -32 3500 7.30 .83 1-99 S.15 1.03 2-60 9000 14.4 3.2 5-96 15.8 3.9 7-63 !a
7-25 17.6 4.8
.92
9-15
2600 7.38 .85 2-43 7.38 .86 2-43 7.69 1.07 2-69 4000 8.34 1.08 2.55 9.31 1.35 3-J2 10000 16.0 4.0 8,64 19.3 5.8 10.9 a
11000 17. 6 4.8
1.37 3-17 10.5 1. 7
4. 3
3.(J<J
8.28
7.95
.98
4500 9. 4
.98
7.95
2-78
2-78
2800
-- --- --- --- --- --- --- --- --- --- 6000 10.4 1. 7 3-86 11. 6 2.1 5.03 12000 19. 2 5. 7 10.2 �1.1 6.9 12-8 0
:::r
3000 8.52 1.13 3-f 8.62 1.13 3.17 8.88 1.23 3-51 6000 12.5 2.4 6-39 14.0 3.0 7-05 13000 20.8 6. 7 11-8 22.8 8.1 14-9 (1)
3600 9. 95 1.54 4. I 9. 96 1.54 4-21 10.3 1.6 4-67 -- --- --· -- -- -- -- -- -- -- -- -- -- -- 3
14000 �2.4 7.8 13-5 24. 6 9.4
11.8
9-38
7.17 16.3 4.1
2.2
�fi& llA 2.0 6.3') 11.4 2.0 5,39 13.3 2.7 7-43 7000 14. 6 3.3 9-18 18.6 5.4 12.0 15000 �4.0 9.0 15-3 26.3 10.7 19. ff
17- �
5.97
8000 16. 7 4.3
a
12.8
2.5
6-70
12.8
2.5
6-70
9000 18. 8 5.5 11-4 20. 9 6. 8 14-9
3 .4
9.03
3.1
14.2
3.1
14.8
8-15
8-16
14.2
-- --- --- --- --- --- --- --- --- -- 10000 20. 9 6 8 13-9 23.3 8.4 18- i 16000 25.6 10.2 17.3 28. l 12.3 21.8 ""O
6000
28. 7 12.8 21-5 31. 6 15.5 21.1
!BODO
·-
5500 15.6 3.8 9.n 15.6 3.8 9.72 16.3 4.1 10,8 11000 23.0 8.2 16-5 25.6 10.2 21. 0000 31.9 15.8 26-1 35.1 19.1 33.0 iii
6000 17.0 4.5 11.4 l7.0 4.5 11.4 17. 7 4.9 12-6 -- --- -- ·-- -- -- --- -- -- --- -- -- -- -
::::,
6500 18.4 5.3 13-2 18.4 5.3 13-2 19.2 5. 7 14-7 12000 25. 0 9. 7 19.4 27. 9 12.1 26-4 22000 35.1 19.1 31-2 38. 7 23.3 39.3 C/1
7000 19. 9 6.2 16.2 19. 9 6.2 15.2 20.7 6.7 16-8 13000 27.1 11.4 22-5 30. 2 14.2 29-6 24000 38.3 ��.8 36-6 42.2 27. 7 46-2
25000 39. 9 24. 7 38-6 13. 9 30.0 49-9
14000 29. 2 13.3 25-9 32. 6 16.5 33-8
7.1
21.3
7.7
21.3
7.1
17.3
22.2
19-1
17.3
7500
-- --- --- --- --- --- --- --- --- -- 15000 31.3 15.2 29.4 34. 9 ts. 9 38-4 26000 41.5 Z6.8 42-4 45. 7 32.6 63-6
8000 22.7 8.0 19.4 22.7 8.0 t4 23. 7 8.7 21-6 16000 33.4 17.3 33,1 37. 2 21.5 43.3 28000 44. 7 31.1 48-7 49.2 37.6 61.6
8500 24.2 9.1 21.7 24.i 9.1 1.7 25.1 9.8 2:-1 ---- --- -- -- -- -- ---- -- -- --- -- -- --·
9000 26.6 10. 2 24.2 25.6 10.2 24.2 26.6 11.0 2 .8 17000 35. 4 19.5 37.0 :19.5 24.2 48-4 30000 47. 9 35. 7 55.3 52. 7 43.2 69.8
78,7
41-2 41. � 27.3 53-8
9500 27.0 11.3 26.7 27.0 11.3 26-7 28.1 12.3 29-6 20000 41.7 �7.0 60-0 46.5 33.6 65-4 32000 51.1 40.5 62-3 56.2 49. l
18000137.5 21.6
69-9 59.8 o5.6 88.3
34000 U.3 46
13.6
29.6
12.5
32.6
12.5
2S.4
28.4
29.4
10000
29-4
-- --- --- -- --- --- --- --- --- --- 22000 45. 9 32. 7 59.7 51.2 40. 7 78-0 36000 57.5 51 77.5 63.3 62.3 97.6
11000 31.2 15.1 35.0 31.2 15.1 35.0 32.5 16.4 38-8 240�0 50.0 38.9 70-1 55.8 48.4 91-6 I 38000 60. 7 57 85.6 66.8 69.3 108
i= 36.9 24.6 47-7 36. 9 21.2 47.7 38.4 22.9 52-9
19.6
18. l
18.1
45-6
34.1
35.5
34.1
41-2
41-2
12000
21.2
13000
60,6
26. 6
54,7
24.6
39.8
41.4
39.8
54.£
44.4
30.6
68,9
62.
28.2
42.6
28.2
42.6
62-2