Page 172 - 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
8 Inch 10 Inch
- -
Double
Cast lron Std Wt Steel Extra Strong Steel Extra Strong Steel. Cast Iron Standard Wt Steel Extra Strong Steel
FLOW -· FLOW 10.0" inside dia 10.02k inside dia 9.750'' inside dia
us 8.0 inside dia 'i . 981• inside dia 7.625" inside dia 6.875" inside dia us
!!,al Ve-· V<� Head Vr,- ve- Head Vr,- Vr,- Head Ve- Ve- Head ll,at - Head Head Head
per locity Jocity Joss locity locity loss Jority Jocity loss locity Iocity Ioss per Velocity Velocity loss Velocity Velocity loss Velocity Velocity loss
min ft head ft ft head ft ft bead ft ft head ft min ft per head ft ft per ft per head ft ft cr ft per head ft fM'er
6
1
10 ft
sec
sec
ft
100 ft
sec
per fl per per ft per per ft ri•r per ft rier -- --- --- --- --- ---· --- --- --- --
-- -- --
-- -- -- -- -- -- -- 1 0 ft sec I Oft 180 . 74 .01 .042 . 73 .01 .042 . 77 .01 .048
100 ft sec
100 ft sec
sec
130 .83 .01 .069 .83 .OJ .Oo9 .91 .01 .087 1.12 .02 ,143 200 .82 ,01 .051 .81 .01 .061 .86 .01 .Of8
HO .90 .01 .079 .90 .01 .07'J .98 .01 .ess 1.21 .02 .164 220 .90 .OJ .061 .89 .01 .061 .95 .OJ .o'
160 .% .01 .Oil') .96 .01 .O'J1 1.05 .02 .116 1.30 .03 -187 240 .98 .01 .012 .98 .01 .071 1.03 .02 .o8l
,083
.083
260
.09
,02
.02
1.06
1.12
.02
1.06
160 1.02 .02 .101 I.OJ .02 .102 1.12 .02 .127 1.38 .03 .210 -- --- --- --- --- --- --- --- --- --
.112
.235
,114
1.09
170 -- -- -- -- -- -- -- -- .142 -- -- --- 280 1.14 .02 .096 1.14 .02 .096 1.20 .02 .101
1.47
,02
.02
1.08
.03
.02
1.19
180 1.15 .02 .125 1.15 .02 .126 1.26 .02 .158 1.56 .04 .261 300 1.22 .oa .109 1.22 .D2 .108 1.29 .03 ·p
190 1.21 .02 .138 1.22 .02 -140 1.33 .03 .176 I. 64 .04 -289 360 1.43 .03 -144 1.42 .03 .143 1.50 ,04 • 63
200 1.28 .03 .152 1.28 .03 .154 1.41 .03 .192 1. 73 ,05 .318 400 1. 63 .04 .185 1.63 .04 -183 I. 72 .05 -209
.05
1.84
.228
.230
450
-260
.06
1.93
1.83
.05
220 1.40 .03 -181 1.41 .03 .183 1.55 .04 .229 I. 90 .06 .37') -- --- --- --- --·- --- --- --- --- ---
.216
.445
.07
240 -- --- -- -- -- -- -- -- .269 -- -- -- 600 2.04 .06 -280 2.04 .06 .tn 2.15 .07 .316
2.07
1.5�
-213
.04
,04
.04
1.63
1.69
260 1.66 .04 -247 1.67 .04 .250 1.83 .05 .312 2.25 .08 ,516 550 2.i4 .08 .333 2.24 .08 .330 Z.36 .09 .sn
280 1.79 .05 .283 1.80 .05 .286 1.97 ,06 .368 2.42 .09 .592 600 2.45 .09 -392 2.44 .09 .388 2.58 .10 :ffl
300 1.91 .06 .322 1. 92 .06 .326 2.11 .07 -406 2.59 .10 -672 650 2.65 .11 .454 I 2. 64 .11 .450 2.79 .12
.521
2.85
350 2.24 .08 .428 2.24 .08 .433 2.46 .09 .640 3.02 .14 -894 700 2.86 .13 ------ .13 -516 3.01 .14 -689
400 -- -- -- -- --- -- -- -- .692 -- -- -- 800 3.26 .17 -667 3.25 .16 .660 3.46 .19 .754
3.46
.JO
2.67
: 19 1-14
.10
.12
.554 2.81
.548
2.66
460 2.87 .13 .681 2.88 .13 .689 3.16 .15 .860 3.89 .24 1.42 900 3. 67 .21 -829 3.66 .21 -821 3.87 .23 -938
600 3.19 .16 .828 3.20 .16 .838 3.51 .19 1.06 4.32 .29 1- � 1000 4.08 ,26 1.01 4.07 .�6 -9;8 4.30 .29 1-li
1100
.31
4.75
550 3.51 .19 -987 3.52 .19 .999 3.86 .23 1,25 5.19 .35 2,0 1200 4.49 .31 1.20 4.48 .37 1.1 4. 73 .35 1,3
1,41
1,60
1-40
,28 1,46
4.90
.37
5.16
4.89
.41
600
.23 1.16
.42 2-42
.23 1.11
3.b6
4.22
3.83
--- --- --- --- --- --
-- -- -- -- -- -- -- -- -- -- -- -- ---- --- ---- -- 6.30 .44 1,62 5.59 .49 1-86
,32 1,70
.49 2-78
5.62
.27 1-34
4.57
.'J:1 1-36
4.17
650
4.15
1.64
.44
1300
5.31
700 4.47 .31 1.54 4.49 .31 1.56 4. 92 .38 1-96 6.05 .57 3,22 1400 5.71 .51 1-88 6. 70 .50 1.86 6.01 .56 2, 12
2.13
1500
7t0 4.79 .36 1,75 4.81 .36 1.11 5.27 .43 2.21 6.49 . 65 f66 1600 6.12 .08 2.40 6.10 .58 2.11 6.44 .64 2-41
2,38
8 0 5.11 .41 1,97 5.13 .41 !-99 5. 62 .49 2,49 6. 91 . 74 ,13 6.53 . 66 6.51 .66 6.88 . 74 2-72
2.69
1700
2.66
6. 94
3,04
. 75
6.92
.74
7.30
.63
850 5.43 .46 2.21 5.45 .46 ,23 5.97 ,55 2-79 7.35 .84 4,62 -- --- --- --- --- ·--- --- ----- --- --
,94 6,13
,oo 5. 75 .51 2,46 5.77 .52 2-48 6.32 .62 3-10 -- -- -- 1800 7 35 .84 2.99 7.32 .83 7.74 . 93 3.38
- -- --- --- --- -- -- -- --
7.78
3. 7
950 6.06 .57 2.71 6.09 .58 2.74 6.67 . 69 3-43 8.21 1. 05 5-67 1900 7. 76 . 94 3,30 7. 73 . 93 2. � 6 8.16 1.03 3,74
1000 6.38 .63 2.98 6.41 .64 3.02 7.03 : 77 s.n 8.64 1.16 6-24 2000 8.16 1.03 3.63 8.14 1.03 3.60 8.60 1.15 4.11
1100 7.03 .77 3.56 7.05 .77 3.60 7.8'3 . 95 4-49 9.50 1,40 7.44 2200 8.98 1.25 4,33 8. 95 1.24 4,29 9.45 1.39 4.90
5,09
5.04
1. 49
10.3
5-76
1.48
2400
9.80
9. 76
1.6
1200 7.66 . 91 4-18 7. 69 .92 4-23 8.43 l.10 6,28 10.4 1. 7 3,74 --- --- --- --- --- --- --- --- --- --
... o 10-4
1.07 4,85
1,30 6.12
11.�
1.08 4,90
8.33
1300 -- -- -- -- -- -- -- -- -- -- -- -- 2600 10.6 1.7 5,90 10.6 I. 7 5,84 11.2 1. 9 6.67
8.30
9.13
1400 8. 95 1.24 5.56 8.97 1.25 6,62 9.83 1.50 1.02 12.1 2.3 11,6 2800 11.4 2.0 6,77 11.4 2.0 6,70 12.0 2.2 7,65
1600 9.58 1. 43 6,32 9.61 1.44 6,39 10.5 1. 7 7-98 13.0 2.6 13,2 3000 12.2 2.3 7,69 12.2 2.3 7,61 12. 9 2, 6 s.70
1600 10.2 1. 6 1.12 10.3 1.'/ 1.20 11.2 2.0 8,99 13.8 3.0 14-9 3200 13.1 2. 7 8.66 13.0 2.7 8.58 13.8 3.0 9,80
-
9,60
9,69
11.0
3400
14.6
3.0
3.3
3.0
13.8
1800 11,5 2.1 8. 5 n.s 2.1 8,95 12. 6 2.5 11.2 15.6 3.8 18,6 -- 13.9 --- -- --- --- -- --- --- ---
2.6 10,8
2.6 10.9
1�.8
4. 7 22.5
3.1 13.6
17.3
2000 -�- --· -- -- -- -- -- -- --- -- -- -- 3600 14.7 3.4 10.3 14. 6 3.3 10.7 15.5 3. 7 12.2
14.1
12.8
3.1 13.0
2200
�ro� 14. l 3.1 12.8 14.1 3.7 15,2 15.5 3. 7 16.6 20. 7 5. 6 26,8 3800 15.5 3. 7 11-9 15.5 3.7 11.8 16.3 4.1 13,5
19.0
13,1
4. l
4.1
4.6
16.3
14-8
17.2
4000
13.0
16.3
6.7 31-5
3. 6 15,1
4.4
15.4
16. 9
16.3
1 � -0
4500
16.3
18,4
16,1
5.8
7. 9 36,5
18.3
18.4
19.3
5.� 2 .1
6.3
5.2
16. 7
4.3 11-b
4.3 17,7
22.5
19,8
5000
22-4
7.2
6.5
20.4
20,3
21.5
19.6
6.4
19. 7
2800 16.6 6.0 20.0 18.0 5.0 20.3 18.3 6.0 26,3 24.2 9.1 41 .9 -- ·---- --- --- --- --- --- --- --- --
17.9
6.9 28,8
10.4 47,6
21.1
3000 --- -- -- -- -- -- -- -- -- -- -- -- 5500 22.4 7.8 23.6 22.4 7.8 23.4 23.6 8.7 26,7
25.9
5.7 23.0
19.2
5. 7 22.8
19.1
3600 22.4 7.8 30.3 22.4 7.8 30.6 24.6 9.4 33,3 30.2 14. 2 63.3 6000 24.5 9.3 21.1 24.4 9.3 27.5 25.8 10.3 :Sl.4
4000 25.6 10.2 38,8 25. 6 10.2 39.2 ?.8.1 12.3 49,0 34.6 18.6 81,0 6500 26.5 10. 9 32, 1 26.4 10.8 31.8 27.9 12.l 36,4
4600 28. 7 ia.s 48.2 128.8 12.9 48.8 31.6 15.5 60-9 38.9 23.5 101 7000 28.6 12. 7 36.9 28.6 12.6 36.5 30.1 H.l 41.7
6000 31. 9 15.8 68.6 32.0 15. 9 59.3 35.1 19.1 74,0 43.2 29.0 122 7500 30.6 14.6 41-9 30.5 I 14.5 41.6 32.2 16.1 47.4
6500 35.l 19. l 69,9 35.3 19.4 10.1 38.6 23.2 88,3 I 47.5 35.l 146
-