Process Engineering Equipment Handbook 2009 Part 10 pdf
Process Engineering Equipment Handbook 2009 Part 10 pdf
... removal efficiency: 100 percent for particles of 8 microns and larger, 99
percent for particles of 6 to 8 microns, 90 percent for particles of 4 to 6 microns,
and 85 percent for particles of 2 to ... liquid removal efficiency of 100 percent for particles 3 microns and
larger, and 99.98 percent for particles less than 3 microns.
Solids removal efficiency: 100 percent for particles of 3 microns...
Process Engineering Equipment Handbook 2009 Part 2 pdf
... the sterilization process. Compression
produces work, which, in turn, produces heat that also can contribute to
sterilization.
A -102 Air Purification; Air Sterilization
FIG. A -103 Unit for separating ... Filsorption II process) is used for separation
of submicron particles, heavy metals, and toxic hydrocarbons by a combination of
filtering, “sorption,” and chemical reaction.
The Wetpac
®...
Process Engineering Equipment Handbook 2009 Part 4 pdf
... below the limit where some of the common engineering
Compressors C-121
FIG. C -106 The labyrinth piston. (Source: Sulzer-Burckhardt.)
C-122 Compressors
FIG. C -107 The compressor valve. (Source: Sulzer-Burckhardt.)
Compressors ... loaded parts, to optimize the aerodynamic characteristics, to
influence the movement of the dynamic parts, to introduce improved materials and
manufacturing techni...
Process Engineering Equipment Handbook 2009 Part 7 pdf
... performance curves showing a 10 percent safety margin established at design ratio,
and 10 percent safety margin at the highest ratio (FIG.
C-385). Calibration of 10 percent at design
ratio results ... Buscarello, R., vibration course notes, 1980.
19. Handbook on vibration, McGraw-Hill, New York.
20. Bloch, H., and Soares, C. M., Turboexpanders and Process Application, Gulf Professio...
Process Engineering Equipment Handbook 2009 Part 16 pdf
... 150 to 255 mm to 230 m
3
/h to 60 m to 70 bar to 205°C to 3600 rpm
U.S. units 6 to 10 in to 100 0 gpm to 200 ft to 100 0 psi to 400°F to 3600 rpm
TABLE P-42 VCR8 Pumps
Design Criteria Bowl Sizes Capacity ... specifications.
These processes are discussed in more detail in the following subsections. A
simplified flow diagram of the various refinery processes and products is provided
in Fig. R-1...
Process Engineering Equipment Handbook 2009 Part 20 ppt
... C-413
governors
dead band in, T -102
electrohydraulic, T -104 to T -106
extraction type, T -106
mechanical, T -101 to T -102
mechanical-hydraulic, T -102 to T -104
steam turbines and, T -100 to T -108
grade of abrasives, ... gears, P-98 to P -107
axial tilting pad bearings in, P -104 to
P -107
back-to-back test bed for, P-99 to P -101
deformation analysis in, P -102 , P -104
design...
Process Engineering Equipment Handbook 2009 Part 1 ppsx
... In this case,
PWL dB re. pW
0
=
Ê
Ë
ˆ
¯
()
10 1
10
log
W
W
SIL dB re. 1pW m
0
2
=
Ê
Ë
ˆ
¯
()
10
10
log
I
I
SPL dB re. Pa
0
=
Ê
Ë
ˆ
¯
¥
()
-
20 2 10
10
5
log
P
P
Acoustic Enclosures, Turbine A-15
FIG. ... 1985. In May 2001 she was appointed to
Fellow grade by ASME.
Process Engineering Equipment Handbook is her fourth book. The first, Process
Plant Machinery, Second Edition, wa...
Process Engineering Equipment Handbook 2009 Part 3 doc
... (precalciner 40–70% 610 1,250 1,220–1,690 None Potential for NH
3
,
kilns) PM
10
emissions
SCR Low (all types of 70–90% 3,150– 4,840–7,500 None Potential for NH
3
,
kilns) 10, 050 PM
10
emissions;
SO
3
may ... For illustrative purposes in this handbook, a few specific illustrative examples of
applications common to process engineering and some associated technology will be
discusse...
Process Engineering Equipment Handbook 2009 Part 5 potx
... 630 710 710
a 800 900 1,000 1 ,100 1,200 1,400 1,600 1,800 2,000
b 300 350 400 450 500 600 700 800 900
H
1
4,800 5,600 5,400 5,700 7,200 7,750 8,700 9,900 11,000
H
2
6,700 8,200 7,400 7,900 10, 100 ... 100 RIK 112 RIK 125 RIK 140
A 4,600 4,480 5,900 6,500 6,700 7,230 8,450 9,300 10, 400
B 3,800 4,000 4,200 4,400 4,900 5,270 5,750 6,200 6,500
C 3,400 4 ,100 3,700 4,000 5,700* 6,600* 7,300...
Process Engineering Equipment Handbook 2009 Part 6 pps
... Ø
g-s, 1 0.0311 0.00259 0.0 0102 0 .102
g
ft/s 32.16 1 0.0833 0.0328 3.28
ft/s
2
in/s 386 12.0 1 0.3937 39.37
in/s
2
cm/s 980 30.48 2.540 1 100
cm/s
2
m/s 9.80 0.3048 0.0254 0. 010 1
m/s
2
Ø
TABLE
C-19 ... very expensive retrofit
engineering or reengineering, especially if major failures or production-loss events
have occurred, without any warning provided by the existing system. Proces...