Нашли опечатку? Выделите ее мышкой и нажмите Ctrl+Enter
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.
Eddy current testingM-36 Efficiency of electric motorsE-5 to E-6 Efficiency of gas turbinesT-43 to T-44 Efficiency of pumps, temperature vs.P-254 to P-255 Efficiency of steam turbinesT-82T-84T-89 Efficiency of worm gearsP-85 to P-88 EjectorsE-2 to E-3N-1 Elastic deformationM-39 Elastic gaugesM-20 to M-22 Elbow flowmetersC-330 Electric control signalssee "Control systems" Electric heaterssee "Heaterselectric" Electric hot pipe tank heatersH-12 to H-15 Electric motors and controlsA-48E-3 Electric motors and controls, AC induction motors used for variable frequency controlE-18 to E-35 Electric motors and controls, acceleration inE-3 to E-5E-12E-24E-29 Electric motors and controls, accessory devices forE-35 Electric motors and controls, adjustable frequency motors asE-10 to E-15 Electric motors and controls, applications for, cost effective solutionsE-6 Electric motors and controls, breakdown rpm region inE-24 to E-25 Electric motors and controls, breakdown torque point inE-12 to E-13 Electric motors and controls, breather drains inE-18 Electric motors and controls, carbon-graphite mix products for brushes inC-13 Electric motors and controls, cast iron construction, in high corrosion environmentE-15 to E-16 Electric motors and controls, centrifugal compressorsC-187 to C-190 Electric motors and controls, controllers for, motor/controiler combinations inE-10 Electric motors and controls, conveyor powering applicationE-21 to E-22 Electric motors and controls, cooler bearings inE-16 Electric motors and controls, cooling inE-28 to E-29 Electric motors and controls, corrosion prevention inE-18 Electric motors and controls, cost, energy costs ofE-7 to E-10 Electric motors and controls, cost, operating cost ofE-6 to E-7 Electric motors and controls, current requirements ofE-10E-12E-15E-29 Electric motors and controls, deceleration inE-29 Electric motors and controls, demand charge and, energy costs ofE-9 to E-10 Electric motors and controls, design/parameter considerations inE-23 to E-24 Electric motors and controls, duty cycle requirements inE-5 Electric motors and controls, efficiency of, components affectingE-5 to E-6 Electric motors and controls, enclosures for, environment of operation andE-15 Electric motors and controls, energy use inE-3 to E-5 Electric motors and controls, fans andE-17E-28 Electric motors and controls, flexibility of mechanical design inE-34 to E-35 Electric motors and controls, flux level in, motor fluxE-32 Electric motors and controls, frame design vs. performance inE-34 to E-35 Electric motors and controls, frequency requirements ofE-23 to E-24E-29E-35 Electric motors and controls, friction inE-5 to E-6 Electric motors and controls, gaskets inE-17 Electric motors and controls, harmonics inE-14E-33 Electric motors and controls, heating, heat transfersee "Insulation and temperature parametersbelow" Electric motors and controls, high performance drives andE-23 Electric motors and controls, horsepower requirements ofE-23 to E-24 Electric motors and controls, induction motors asE-10 to E-15 Electric motors and controls, insulation and temperature parameters forE-14 to E-15E-25E-31 Electric motors and controls, kilovolt-ampere (KVA) rating inE-8 to E-9 Electric motors and controls, load requirements inE-5 to E-7 Electric motors and controls, load torque requirements forE-11 to E-15 Electric motors and controls, lubrication inE-15 to E-16 Electric motors and controls, maintenance ofE-7 Electric motors and controls, NEMA design C and D motors inE-14 Electric motors and controls, noise ofA-24E-32E-28 Electric motors and controls, oil mist lubrication inE-16 Electric motors and controls, overload torque inE-24 to E-25 Electric motors and controls, oversizing (derating) of, disadvantages ofE-29E-34 Electric motors and controls, parasitic forces and noise inE-33 to E-34 Electric motors and controls, peak current rating inE-25 to E-26 Electric motors and controls, positive lubrication system (PLS) inE-15 to E-16 Electric motors and controls, power factor inE-7 to E-9 Electric motors and controls, power transistor technology andE-29 to E-32 Electric motors and controls, pulse wave modulation (PWM) andE-32 Electric motors and controls, pumping applications forE-22 Electric motors and controls, reactive kilovolt-ampere (KYAR) rating inE-8 to E-9 Electric motors and controls, real power kw consumed byE-7 to E-8 Electric motors and controls, RMS current rating inE-25 to E-26E-28 Electric motors and controls, rotor inE-20 Electric motors and controls, sizing considerations forE-34 Electric motors and controls, speed range ofE-15 Electric motors and controls, speed torque curves forE-3 to E-4E-10 Electric motors and controls, speed vs. frequency in, induction typeE-13 to E-14 Electric motors and controls, squirrel cage typeE-19 Electric motors and controls, starting torque inE-14E-24 Electric motors and controls, stator inE-19 Electric motors and controls, synchronous speed point inE-12 to E-13 Electric motors and controls, temperatures parameters forE-14 Electric motors and controls, testing ofE-18 to E-22 Electric motors and controls, torque requirements inE-23 to E-25 Electric motors and controls, transition voltage (dV/dt) timeE-30 Electric motors and controls, V-ring shaft slinger (Buna-N shaft seal) inE-17 Electric motors and controls, vibrational analysis inE-18 to E-22E-33 Electric motors and controls, voltage requirements ofE-15E-23E-29E-32 Electric motors and controls, voltage unbalance and operating cost inE-6 to E-7 Electric plasticsP-3 to P-7 Electric Power Research Institute (EPRI)C-351 Electric transducersM-22 to M-24 Electric vehicles, conductive polymers inP-6 Electrical and electronics products industries pollutantsP-22 to P-23 Electrical contacts, carbon-graphite mix products andC-13 Electrical discharge machining (EDM)M-35 Electrical radiant furnace vaporizersV-5 to V-6 Electrical system, in reciprocating (labyrinthine) compressorsC-110 ElectrodialysisD-2 Electrofin electric heatersH-8 to H-12 Electrohydraulic actuatorsA-37 Electrohydraulic actuators, applications forA-39 Electrohydraulic actuators, components ofA-41 Electrohydraulic actuators, control regulator function and main features ofA-42 Electrohydraulic actuators, conversion of electrical control signals in, components forA-40 Electrohydraulic actuators, drive/control value options inA-45 Electrohydraulic actuators, fuel systemF-31 Electrohydraulic actuators, power regulated electromagnet inA-41 Electrohydraulic actuators, regulating valves usingA-43 Electrohydraulic actuators, regulator using, electrically controlledA-44 Electrohydraulic actuators, sensors andA-46 Electrohydraulic actuators, speed protection device usingA-47 to A-48 Electrohydraulic actuators, technical data for electronic component assemblies inA-45 Electrohydraulic governorsT-104 to T-106 Electromagnetic bearingssee "Magnetic bearings" Electromagnets, electrohydraulic actuators usingA-41 Electromechanical (displacement) method, in level sensingC-389 Electronic data loggers, for vibrational analysis (VA)C-270 Electrostatic precipitators in air pollution controlA-83 to A-85A-102 Electrostatic precipitators, computational fluid dynamics to analyze flow throughC-5 Elevators and escalatorsSp-7 to Sp-8Sp-31Sp-32 Elutriating stream concept, centrifugationC-35 Emergency power generationsee "Enginesgas" Emissionssee also "Air pollution""CarbonE-36E-50F-20P-57 Emissions, acid rain, Canada vs. U.S.A-10 to A-12 Emissions, boilerB-11 Emissions, carbon dioxide see "Carbon dioxide" Emissions, carbon monoxide (CO) asE-38P-62 Emissions, CCME (Canada) National Emission Guidelines for kilnsC-28 to C-34 Emissions, cement kilns andC-22C-28 Emissions, computational fluid dynamics to modelC-1 to C-7 Emissions, continuous emissions monitoring (CEM) inC-34 Emissions, crude/heavy fuel oilF-44 to F-45 Emissions, environmental accountabilityE-40 to E-49 Emissions, environmental economics ofE-50 to E-52E-54 Emissions, fossil fuelE-36 Emissions, fuel system controlF-30 Emissions, gasoline powered enginesE-39 Emissions, guidelines for, stationary combustion turbinesE-36 to E-38 Emissions, liquefied natural gas (LNG)F-41 Emissions, naphthaF-43 Emissions, nitrogen oxide (NOx)F-43F-45E-36E-50 Emissions, ozoneO-4 to O-26 Emissions, particulateE-36 Emissions, power production andP-72 Emissions, refrigerants andR-13 Emissions, sulfur oxides see "Sulfur oxides" EmissivityM-10 Emulsification, agitators inA-38