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Soares C. — Process Engineering Equipment Handbook

Soares C. — Process Engineering Equipment Handbook

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Название: Process Engineering Equipment Handbook

Автор: Soares C.

Аннотация:

The first practical guide for process engineers, covering nearly every type of process-related equipment, Process Engineering Equipment Handbook is the fastest way to master process environments. This hands-on reference helps you—

*Understand and specify all types of auxiliary process equipment and materials.
*Provide engineering and operating expertise on machinery that is of prime importance in process engineering, including compressors and pumps, gas and steam turbines, fans, blowers and motors—both as individual components and as part of a supplied total package.
*Explore various applications, such as mechanical drive and direct drive (power generation service) for gas turbines, major support systems including instrumentation, and key components such as bearings and seals, all with reference to practical applications.
*Troubleshoot and solve problems in unfamiliar machines and components
*Work effectively with control, environmental, mechanical, civil, and other technical specialists.
*Handle issues with filters, seals, fans, dryers, nozzles, gaskets, elements made of unusual materials, blowers, connectors, gas and steam turbines, conveyors, feeders, joints, mills, controls, and many other categories of process equipment.
*Gain valuable insight into the topics of vibration analysis and life-cycle assessment.
*Perform major and minor audits of existing plants and machinery trains.

The best source of on-the-job guidance for process engineers, Process Engineering Equipment Handbook provides the answers you seek, in quick-access alphabetical order.

Язык:

Рубрика: Технология/

Статус предметного указателя: Готов указатель с номерами страниц

ed2k: ed2k stats

Год издания: 2002

Количество страниц: 977

Добавлена в каталог: 22.04.2009

Операции: Положить на полку | Скопировать ссылку для форума | Скопировать ID

Предметный указатель

Computational fluid dynamics (CFD), air flow testing using      E-72
Computational fluid dynamics (CFD), applications of      C-1 C-3
Computational fluid dynamics (CFD), case studies in      C-7
Computational fluid dynamics (CFD), CATAPOL project in      C-5 C-7
Computational fluid dynamics (CFD), combustion and incineration modeling using      C-7
Computational fluid dynamics (CFD), complex shape modeling using      C-5
Computational fluid dynamics (CFD), cooling systems modeling using      C-7
Computational fluid dynamics (CFD), die design using      C-4
Computational fluid dynamics (CFD), electrostatic precipitator flow using      C-5
Computational fluid dynamics (CFD), emissions modeling using      C-7
Computational fluid dynamics (CFD), filter flow using      C-4 C-7
Computational fluid dynamics (CFD), Fluent project in      C-6 to C-7
Computational fluid dynamics (CFD), fluid handling and flow distribution modeling using      C-3
Computational fluid dynamics (CFD), gasoline hydro treatment modeling (OLMES project) using      C-7
Computational fluid dynamics (CFD), IcePak for      C-5 C-7
Computational fluid dynamics (CFD), liquid natural gas studies using      L-21 L-23
Computational fluid dynamics (CFD), materials processing modeling using      C-7
Computational fluid dynamics (CFD), mixing of materials in tank using      C-3 C-6
Computational fluid dynamics (CFD), OLMES project in      C-6 to C-7
Computational fluid dynamics (CFD), polymerization temperature prediction using      C-5
Computational fluid dynamics (CFD), reactor modeling using      C-3
Computational fluid dynamics (CFD), separation of materials modeling using      C-7
Computational fluid dynamics (CFD), slide valve and, flow through      C-2
Computational fluid dynamics (CFD), solids concentration in riser using baffle plate      C-2
Computational fluid dynamics (CFD), trajectory of exhaust plume using      C-3
Computational fluid dynamics (CFD), ventilation modeling      C-6
Computational fluid dynamics (CFD), windage heating (labyrinth seals) predictions using      C-6 to C-7
Computer aided design/manufacturing (CAD/CAM)      A-1 C-1
Computer aided tomography (CAT) scan      M-37
Computer numerical control (CNC)      A-1 to A-3 C-1 N-1
Condensate fuel      F-37
Condensate pumps, NPSH and      P-236 to P-237 P-243
Condensate receiving tank, in reciprocating (labyrinthine) compressors      C-109
Condensers      C-233 to C-252
Condensers, air cooler      C-235 to C-236
Condensers, air inleakage in      C-247
Condensers, backpressure and electrical output effects      C-233
Condensers, cold end optimization in      C-244
Condensers, corrosion in      C-245
Condensers, cost-benefit analysis of      C-240
Condensers, design and manufacture of      C-250
Condensers, design layout of      C-234 to C-239
Condensers, dome of      C-234 to C-235
Condensers, environmental protection and      C-233
Condensers, flashbox in      C-238 to C-239
Condensers, fouling in      C-243 to C-244 C-248
Condensers, foundation mounting and turbine connection      C-239
Condensers, hotwell in      C-238
Condensers, installation benefits in      C-240
Condensers, layout philosophy in      C-244
Condensers, makeup water in      C-240
Condensers, material selection in      C-244 to C-246
Condensers, oxygen content of condensate in      C-240
Condensers, sacrificial anodes vs. corrosion      C-247
Condensers, selection criteria      C-250 to C-252
Condensers, shell of      C-236
Condensers, sponge ball cleaning system for      C-248 to C-249
Condensers, startup venting in      C-248
Condensers, steam dump device (SDD) in      C-248 to C-250
Condensers, steamside pressure losses in      C-242 to C-243
Condensers, subcooling in      C-240
Condensers, support plates in      C-236 to C-238
Condensers, thermal performance of      C-239 C-242
Condensers, tube bundle      C-234 C-240 C-244
Condensers, tubesheet materials in      C-246 C-251
Condensers, type series of      C-244
Condensers, venting for      C-246 to C-250
Condensers, waterbox venting in      C-248
Condensers, waterboxes in      C-238
Condensing steam turbines and, multistage      T-94 to T-96
Condition monitoring (CM)      see also "Measurement" "Vibrational C-253
Condition monitoring (CM), applications and benefits of      C-253 C-256
Condition monitoring (CM), basic components of      C-257
Condition monitoring (CM), borescopes in      B-11
Condition monitoring (CM), diagnosing problems using      C-299
Condition monitoring (CM), diagnosis grids in      C-255 to C-256
Condition monitoring (CM), gas path monitoring using      C-299
Condition monitoring (CM), instrumentation requirements for      C-299
Condition monitoring (CM), lifecycle assessment (LCA) and      C-253
Condition monitoring (CM), nonintrusive wear monitoring in      C-330
Condition monitoring (CM), packaged monitoring systems for      C-286 to C-287
Condition monitoring (CM), packaged, selection criteria for      C-259 to C-260
Condition monitoring (CM), parameters for, setting recommendations in      C-258 to C-259
Condition monitoring (CM), performance analysis (PA) in      C-261 C-299
Condition monitoring (CM), predictive strategies in      C-254
Condition monitoring (CM), pressure measurement in      C-328 to C-330
Condition monitoring (CM), preventive strategies in      C-254 to C-261
Condition monitoring (CM), programmable logic controllers (PLCs) in      C-259
Condition monitoring (CM), reactive strategies vs.      C-254
Condition monitoring (CM), retrofitting and      C-255
Condition monitoring (CM), return on investment (ROI) for      C-299
Condition monitoring (CM), risk management and      C-254
Condition monitoring (CM), rules for      C-299 to C-301
Condition monitoring (CM), scope of systems for      C-253 to C-261
Condition monitoring (CM), selection criteria for      C-253 to C-261
Condition monitoring (CM), spectrum analyzer for      C-298 to C-299
Condition monitoring (CM), surge control in      C-328 to C-330
Condition monitoring (CM), temperature monitoring in      C-260 to C-261
Condition monitoring (CM), time between overhaul (TBO) and      C-256
Condition monitoring (CM), troubleshooting philosophy using      C-298 to C-301
Condition monitoring (CM), vibration analysis (VA) in      see "Vibrational analysis"
Condition monitoring (CM), vibration monitoring (VM) in      C-257 to C-258
Conductance method, in level sensing      C-388
Conduction error, in temperature measurement      M-13
Conductive polymers      P-4 to P-7
Connectors, in soundproofing and noise control      A-24 to A-25
Consolidated diaphragm comparator      M-22
Constant fill couplings      C-347
Construction industries pollutants      P-27 to P-28
Contex      P-4
Continuity equation, pump      P-221 to P-224
Continuous emissions monitoring (CEM)      C-34
Continuous reactors      R-1
Control algorithms, for magnetic bearings      B-5 B-10
Control panels, seals for      S-8
Control regulators      see "Actuators"
Control systems and controls      see also "Measurement" "Sensors" "Switches" "Valves" C-331 Sp-1 Sp-3 Sp-5
Control systems and controls in axial compressors      C-161
Control systems and controls in electric heater      H-16 to H-20
Control systems and controls in electric motors      E-10 to E-15
Control systems and controls in generators and turbogenerators      G-18 to G-20
Control systems and controls in hydrodynamic brakes      B-16 to B-19 B-23
Control systems and controls in magnetic bearings      B-5 to B-6 B-8
Control systems and controls, aeroderivative fuel regulator for gas turbine, retrofit of controls for      C-354 to C-358
Control systems and controls, airfoil movement and      C-336
Control systems and controls, antisurge control in      C-359 to C-368
Control systems and controls, current to pressure (I/P) converters for      C-392 to C-401
Control systems and controls, DCS in      C-355
Control systems and controls, dynamic conversion of electrical control signals      A-40
Control systems and controls, fault tolerance in      C-355
Control systems and controls, flow control in      C-333
Control systems and controls, fuel flow      C-403 to C-408 F-29
Control systems and controls, integrated control system (Series 9500) for gas turbine generators      C-359 to C-361 C-374
Control systems and controls, knife gate valves in      C-399 C-402
Control systems and controls, liquid level/liquid flow control in      C-388 to E-18
Control systems and controls, load limit control in      C-334
Control systems and controls, lubrication systems      C-336
Control systems and controls, malsynchronization control      C-344
Control systems and controls, man machine interface (MMI) in      C-356
Control systems and controls, manifold flow (fuel) control in      C-403 to C-408
Control systems and controls, modular component units for      A-40
Control systems and controls, monitoring logic in      C-336
Control systems and controls, open loop, in magnetic bearings      B-10
Control systems and controls, overload/overspeed protection in      C-336 C-343 C-368
Control systems and controls, power limitation in      C-333 C-350
Control systems and controls, pressure control in      C-333 C-368 C-383
Control systems and controls, process control in      C-333 to C-334
Control systems and controls, proportional conversion of electrical control signals      A-40
Control systems and controls, retrofit controls in      C-354 to C-408
Control systems and controls, safety systems and      C-332 to C-333

Control systems and controls, SCADAin      C-355
Control systems and controls, sensors for      C-377 to E-18
Control systems and controls, short circuit control      C-344
Control systems and controls, steam turbines and      T-78 to T-79
Control systems and controls, stepper motor-driven valves in      C-403 to C-405
Control systems and controls, switches for      C-377 to E-18
Control systems and controls, temperature limitation in      C-333 C-377
Control systems and controls, torque control      C-344 to C-345
Control systems and controls, turbocompressors      C-331 to C-336
Control systems and controls, valves for      CE-18 to CE-392
Control systems and controls, vaporizers      V-25 to V-31
Control systems and controls, vibration limitation in      C-333
Conversion factors, vaporizers      V-7
Conversion of units      Sp-1 to Sp-3
Conversion process, in petroleum industry      R-2 to R-4
Conversion tables      see "Specifications list"
Converters, current to pressure (I/P)      C-392 to C-401
Converters, hydrodynamic power transmission and      P-138
Converters, ultrasonic cleaners and      U-2
Conveyors      see also "Drives" "Power A-48 C-408 D-3 E-21 Sp-5
Coolant, engine      C-408 to C-412
Cooler bearings, in electric motors      E-16
Coolers      A-48
Coolers for agricultural and food products      A-48
Coolers, condensers in      C-235 to C-236
Cooling      see also "Air conditioning" "Refrigerants" C-413
Cooling in reciprocating (labyrinthine) compressors      C-103
Cooling towers      C-423 to C-426 R-8
Cooling towers, evaporative      C-423 to C-426
Cooling towers, fans      F-4
Cooling towers, plume abatement design      C-424 to C-426
Cooling valve, in reciprocating (labyrinthine) compressors      C-96
Cooling, air conditioner sizing and      C-422 to C-423
Cooling, capacities charts for air conditioners      C-416 to C-417
Cooling, chlorofluorocarbons (CFCs) in      C-413
Cooling, computational fluid dynamics modeling using      C-7
Cooling, cooling towers in      C-423 to C-426
Cooling, dairy coolers      C-412 to C-413 C-420
Cooling, design specifications/standards for      C-413 to C-418
Cooling, ejectors in      E-2 to E-3
Cooling, electric heater controls      H-18
Cooling, electric motors and      E-28 to E-29
Cooling, flow through turbine      L-17
Cooling, hazardous gas environments, design specifications for      C-415 C-418
Cooling, in generators and turbogenerators      G-1 to G-3 G-11 G-16
Cooling, mean time between failure (MTBF) of products for      C-418
Cooling, military standards/specifications (MIL-Std) in      C-414
Cooling, NEC design specifications for      C-415 C-418
Cooling, NEMA design specifications for      C-413 to C-414
Cooling, Peltier Effect in      C-418
Cooling, refrigerants in      C-413 R-10
Cooling, reliability of products for      C-418
Cooling, solid state technology in      C-413
Cooling, thermoelectric cooling process in      C-418 to C-423
Cooling, UL/CSA design standards for      C-418
Cooper      C-81
Coordinate measuring machine (CMM)      A-2 to A-3
copper      P-11 to P-31 P-40
Copper resistance thermometer      M-4
Copper, conductivity of, vs. polymers      P-5
Copper-nickel alloys, in condensers      C-245
Corrosion      M-40
Corrosion in compressors      T-74 to T-75
Corrosion in condensers      C-243 to C-245
Corrosion in isotherm turbocompressors vs.      C-191 to C-193
Corrosion inhibitors, compressors and      T-68
Corrosion, anticorrosion coatings      C-442
Corrosion, aqueous      M-40
Corrosion, electric motors and hot      M-40
Corrosion, in air filtration systems and      A-55 to A-59 A-64 A-76
Corrosion, ozone and      O-8 to O-9
Corrosion, sacrificial anodes vs.      C-247
Corrosive gases      C-86
Corrugated packaging      see "Packaging" "Paper
Corrugated soundproofing panels, unlined      A-29 to A-33
Couplings      see also "Power transmission"
Couplings in axial compressors, solid type      C-164 to C-165
Couplings in centrifugal compressors, solid type      C-176 to C-178
Couplings in isotherm turbocompressors, solid      C-195 to C-201
Couplings, brake properties at high speed and acceleration      C-347 to C-350
Couplings, clutch type      C-347
Couplings, constant fill      C-347
Couplings, hydrodynamic power transmission and      P-138 to P-147 P-155
Couplings, hydrodynamic principle in turbocouplings and      C-346 to C-347
Couplings, resonant      C-317
Couplings, Safeset overspeed/overload protective coupling      C-344 to C-350 P-184
Couplings, synchronous clutches and      P-107 to P-115 P-118
Couplings, torque converters and, torque limiting      P-184 to P-191
Couplings, turbo- (type T) in      P-191 to P-196
Couplings, Type RK variable speed      P-147 to P-149
Couplings, Type SVL variable speed      P-145 to P-147
Couplings, type SVNL variable speed      P-142 to P-145
Couplings, variable speed      C-347
Covers, floating      F-12
Cracking processes, in petroleum industry      P-2 to P-4
Cracking, of expansion joints      E-60 to E-61
Cranes and hoists      Sp-5 to Sp-6
Crankcase, in reciprocating (labyrinthine) compressors      C-86 C-92 C-107
Crankshaft, in reciprocating (labyrinthine) compressors      C-99 C-108
Creep deformation      M-39 to M-41
Cresol      P-11 to P-31 P-40
Critical damping      C-312 to C-313 C-315
Crosshead fastening, in reciprocating (labyrinthine) compressors      C-86 C-93
Crude oil      see also refineries petroleum) F-37 F-43 R-1
Crushers      C-442
Cryogenic separation      C-17
Cryogenic technologies, turboexpanders and      T-114 to T-115
Cryogenic technologies, using reciprocating (labyrinthine) compressors, in natural gas service      C-121 to C-126
Cryogenic technologies, vaporizers in      V-5 to V-7 V-17
Crystalline nature of materials      M-39
Crystallization, agitators in      A-38
Crystallization, toluene diisocyanate (TDI)      C-43
Crystallizers      C-62 to C-77
Crystallizers, batch process for      C-64
Crystallizers, benefits of      C-63 to C-66
Crystallizers, capacities for      C-66
Crystallizers, chlorobenezene separation in      C-68
Crystallizers, drive system in      C-77
Crystallizers, easily separable crystals and, scraped surface design for      C-76 to C-77
Crystallizers, fatty acid separation in      C-68
Crystallizers, high boiling point rise vs.      C-67
Crystallizers, ideal vs. nonideal cases for      C-72
Crystallizers, latent heat of      C-62
Crystallizers, process of      C-62
Crystallizers, purity of product in      C-63
Crystallizers, scraped surface continuous crystallization process for      C-64 to C-66
Crystallizers, solubility curves of chemicals in      C-66 C-71
Crystallizers, solvents and      C-70
Crystallizers, temperatures for      C-66
Crystallizers, vacuum crystallization process in      C-71
Crystallizers, Van T'Hoff equation in      C-72 to C-75
Crystallizers, vapor pressures and      C-67
Crystallizers, viscous fluids and      C-67
Crystallizers, waxes and      C-70
CSA, generators and turbogenerators design      G-1
Cultor Corporation and environmental accountability      E-42 to E-48
Cumenes      P-11 to P-31 P-40
Current transformers, in generators and turbogenerators      G-19
Current, electric motors requirements      E-10 E-12 E-15 E-29
Current-to-pressure (I/P) converters      C-392 to C-401
CVA8 type pumps (API 610) overhung vertical inline integral bearing frame flexibly coupled      P-292 to P-653
CVAR type rigid coupled pumps      P-296
Cyanides      P-11 to P-31 P-40
Cyanoacetamide      C-68
Cyclic usage factor, life cycle assessment      L-3 to L-6
Cyclohexane      P-11 to P-31 P-40
Cyclone tube separators      S-12 S-17
Cylinder velocity recovery capability, fans      F-4
Cylinders for holding toxic chemicals      C-52 to C-54
Cylinders, in reciprocating (labyrinthine) compressors      C-103 C-126

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