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Mobley R.K. — Plant Engineering Handbook
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Íàçâàíèå: Plant Engineering Handbook
Àâòîð: Mobley R.K.
Àííîòàöèÿ: Every plant engineer's bookshelf should contain at least one basic engineering reference. And if you're only going to have one, Plant Engineer's Handbook is a good candidate. This volume is a completely revised edition of Plant Engineer's Reference Book, which was published about 10 years ago.
As chief editor of the handbook, Keith Mobley has done a masterful job of assembling the contributions of 40 contributors into 64 chapters that cover the entire plant engineering function from definition to technology to management. In fact, this handbook stands out from most other engineering handbooks by including information on such issues as insurance, finances, and maintenance management in addition to the engineering knowledge plant engineers require. - Plant Engineering Magazine
This book covers the things a plant engineer does-such as selection of a suitable site for a factory and provision of basic facilities - as well as issues such as labrication, corrosion, energy conservation, maintenance and materials handling environment, insurance and finances. The volume provides a comprehensive treatment of the maintenance management funuction. In addition to chapters outlining the operation of plant equipment, there is advice on getting the most out of the equipment and its operators. -llE Solutions
ßçûê:
Ðóáðèêà: Òåõíîëîãèÿ /
Ñòàòóñ ïðåäìåòíîãî óêàçàòåëÿ: Ãîòîâ óêàçàòåëü ñ íîìåðàìè ñòðàíèö
ed2k: ed2k stats
Èçäàíèå: 1st edition
Ãîä èçäàíèÿ: 2001
Êîëè÷åñòâî ñòðàíèö: 2000
Äîáàâëåíà â êàòàëîã: 21.05.2008
Îïåðàöèè: Ïîëîæèòü íà ïîëêó |
Ñêîïèðîâàòü ññûëêó äëÿ ôîðóìà | Ñêîïèðîâàòü ID
Ïðåäìåòíûé óêàçàòåëü
Electrical plant, insurance on 167
Electrical power distribution, duplication of supply methods 236—237
Electrical power factor correction see “Power factor correction”
Electrical standby supplies see “Standby electricity supplies”
Electrical switchgear/circuit breakers see “Switchgear/circuit breakers”
Electrical transformers see “Transformers”
Electricity bulk supply, access 236
Electricity bulk supply, fault levels 235
Electricity bulk supply, load requirements 235
Electricity bulk supply, tariffs, and power factor adjustment 236
Electricity bulk supply, tariffs, fixed charge 235—236
Electricity bulk supply, tariffs, maximum demand 236
Electricity bulk supply, tariffs, unit charge 236
Electricity bulk supply, voltage and frequency 236 (see also “Cables electrical” “Electricity “Grounding “Power “Power “Standby “Switchgear/circuit “Transformers”)
Electricity distribution protection systems, applications 243 244—245
Electricity distribution protection systems, comparison discrimination 242
Electricity distribution protection systems, magnitude discrimination 242
Electricity distribution protection systems, objectives 242
Electricity distribution protection systems, testing 242
Electricity distribution protection systems, time discrimination 242
Electricity distribution protection systems, time/direction discrimination 242
Electricity distribution, plant layout planning 82—83
Electricity power generation, auxiliary systems and services 212—214
Electricity power generation, auxiliary systems and services, ash handling 213
Electricity power generation, auxiliary systems and services, boiler water treatment 213
Electricity power generation, auxiliary systems and services, chemical dosing 213
Electricity power generation, auxiliary systems and services, civil engineering equipment 213
Electricity power generation, auxiliary systems and services, coal handling 213
Electricity power generation, auxiliary systems and services, electrical equipment 213
Electricity power generation, auxiliary systems and services, oil handling 213
Electricity power generation, auxiliary systems and services, piping systems 213
Electricity power generation, auxiliary systems and services, water systems 213
Electricity power generation, available fuels, coal 211—212
Electricity power generation, available fuels, gas 210—211
Electricity power generation, available fuels, lignite, peat and wood 212
Electricity power generation, available fuels, oils 210
Electricity power generation, computer vibration analysis 771
Electricity power generation, computer vibration analysis, bearings 771
Electricity power generation, computer vibration analysis, casings 771
Electricity power generation, computer vibration analysis, running speed 771
Electricity power generation, computer vibration analysis, shafts 771
Electricity power generation, economic considerations, capital cost 219
Electricity power generation, economic considerations, chemical consumption 219
Electricity power generation, economic considerations, consumables costs 219
Electricity power generation, economic considerations, erection periods 220
Electricity power generation, economic considerations, feedwater costs 219
Electricity power generation, economic considerations, fuel costs 219
Electricity power generation, economic considerations, inflation 220
Electricity power generation, economic considerations, labor costs 219
Electricity power generation, economic considerations, maintenance charges 219
Electricity power generation, economic considerations, purchased power costs 220
Electricity power generation, environmental aspects 215
Electricity power generation, generated voltages 215
Electricity power generation, heat load uses 212
Electricity power generation, load profile considerations 212
Electricity power generation, plant availability and maintenance 215
Electricity power generation, scheme type selection, diesel and gas turbines for CHP 217—219
Electricity power generation, scheme type selection, electricity power only 215—216
Electricity power generation, scheme type selection, steam turbines for CHP 216—217
Electricity power generation, site condition aspects 214—215 (see also “Combined heat and power electricity generation (CHP)” “Diesel “Gas “Thermal
Electricity power generators 229—231
Electricity power generators, asynchronous 229
Electricity power generators, cooling 230
Electricity power generators, excitation 229—230
Electricity power generators, insulation type and temperature rise 230—231
Electricity power generators, synchronous 229
Electricity supplies, plant location for 40
Electricity supply metering, current transformers 261
Electricity supply metering, energy meters 257—258
Electricity supply metering, error limits 258
Electricity supply metering, maximum demand metering 258
Electricity supply metering, power factor measurement 260
Electricity supply metering, requirements for 257
Electricity supply metering, summation metering 258—259
Electricity supply metering, three-phase metering 258
Electricity supply metering, voltage transformers 260—261 (see also “Voltmeters and ammeters”)
Electrostatic dust filters 497
Electrostatic precipitators 472—473 830—831
Elevators, drive systems, electric a.c. with gearbox 62
Elevators, drive systems, gearless electric d.c. motor 62
Elevators, drive systems, hydraulic 62
Elevators, fire precautions 62
Elevators, firefighting elevators 62—63
Elevators, inspection of 166 170—171
Elevators, machine rooms 62
Elevators, planning 61—62
Emergency lighting 126—128
Emergency lighting, centrally powered 127—128
Emergency lighting, escape lighting 127
Emergency lighting, planning and testing 128
Emergency lighting, powered locally 128
Emergency lighting, standby lighting 127
Emergency maintenance, definition 848
Employee safety and employer’s liability, electrical installations 196
Employee safety and employer’s liability, hazardous materials 197
Employee safety and employer’s liability, hazardous processes 196
Employee safety and employer’s liability, health hazards and control of 197
Employee safety and employer’s liability, machinery and plant 195—196
Employee safety and employer’s liability, materials handling and storage 196—197
Employee safety and employer’s liability, personal protective equipment 197
Employee safety and employer’s liability, premises/buildings 195
Employee safety and employer’s liability, pressure equipment 196
Employee safety and employer’s liability, tools 196
Employer’s liability see “Employee safety” “Liability
Energy audits 506—507
Energy conservation 503—516
Energy conservation, air compressors 512
Energy conservation, boiler plant 509—512
Energy conservation, building insulation 512—513
Energy conservation, controls, influence of 513
Energy conservation, energy purchasing, electricity 506
Energy conservation, energy purchasing, gas 506
Energy conservation, energy purchasing, industrial coal 506
Energy conservation, energy purchasing, oil 506
Energy conservation, fans 512
Energy conservation, furnaces 512
Energy conservation, heat recovery 513
Energy conservation, justification for 513—514
Energy conservation, lighting 513
Energy conservation, motivation for 515—516
Energy conservation, need for 505—506
Energy conservation, presentation of justification 514—515
Energy conservation, pumps 512
Energy conservation, space heating 512
Energy conservation, third-party energy management 515
Energy conservation, training 516
Energy conservation, world energy reserves 505
Energy management 507—508
Energy meters, electrical 257—258
Energy monitoring, buildings 508
Energy monitoring, plant/equipment 508
Energy targeting 508—509
Energy, SI/non-SI conversion factors 318
Engine lubricants 921—925
Engine lubricants, API service classification 923—924
Engine lubricants, API service classification, diesel engines 924
Engine lubricants, API service classification, petrol engines 923—924
Engine lubricants, CCMC ratings 924—925
Engine lubricants, chemical wear 921
Engine lubricants, frictional wear 921
Engine lubricants, MIL specifications 924
Engine lubricants, multi-grades 922—923
Engine lubricants, oxidation 922
Engine lubricants, performance ratings 923
Engine lubricants, products of combustion and fuel dilution 921—922
Engine lubricants, relationship between classifications 925
Engine lubricants, SAE viscosity system 922 923
Engineer surveyors 167—170
Engineer surveyors, defect recognition 168
Engineer surveyors, reporting 169—170
Engineer surveyors, selection 167
Engineer surveyors, training 167—168
Engineering Equipment and Materials Users Association (EEMUA) 327
Engineering Technician (EngTech) 11
Engineers in UK, professional status of 9
entropy 691
Environment, and disposal of lubricating oil 959—960
Environmental impact assessment (EIA) 41
Environmental management 42
Environmental Protection Agency (EPA) and effluent disposal 39—40
Environmental Protection Agency (EPA) and water supplies 39
Environmental standards, and plant location 41
EPA see “Environmental Protection Agency”
Estimates, for contracts 88
European Federation of National Engineering Associations (FEANI) 11
Exfoliated vermiculite thermal insulation 145
Expanded polystyrene thermal insulation 145
Expert evidence 99
Explosion, gas see “Gas safety”
Exponential parameter estimates 1126
Extinguishers see “Fire detection and suppression”
Extruded polystyrene thermal insulation 145—146
Fabric-filter systems see “Baghouses (bag-filter) systems”
Face-seal shaft seals 956
Factor of evaporation, boilers 389
Factories Inspectorate 97
Failure mode analysis by vibration examination 793—811
Failure mode analysis by vibration examination, bearings, rolling element 803—804
Failure mode analysis by vibration examination, bearings, rolling element, ball-pass outer/inner-race frequency 804
Failure mode analysis by vibration examination, bearings, rolling element, ball-spin frequency 804
Failure mode analysis by vibration examination, bearings, rolling element, defect frequencies 804
Failure mode analysis by vibration examination, bearings, rolling element, fundamental train frequency 804
Failure mode analysis by vibration examination, bearings, rolling element, natural frequency 804
Failure mode analysis by vibration examination, bearings, rolling element, rotational frequency 804
Failure mode analysis by vibration examination, bearings, sleeve (babbitt) 804—805 806
Failure mode analysis by vibration examination, chains and sprockets 805
Failure mode analysis by vibration examination, common failure modes 794—803
Failure mode analysis by vibration examination, critical speeds examination 794
Failure mode analysis by vibration examination, gears, cracked or broken teeth 808
Failure mode analysis by vibration examination, gears, defective profiles 805—808
Failure mode analysis by vibration examination, gears, excessive wear 808
Failure mode analysis by vibration examination, gears, horizontal looseness 797
Failure mode analysis by vibration examination, gears, improper shaft spacing 808—810
Failure mode analysis by vibration examination, gears, lift/gravity differential 795—796
Failure mode analysis by vibration examination, gears, load changes 810
Failure mode analysis by vibration examination, gears, mechanical 794—795
Failure mode analysis by vibration examination, gears, mechanical looseness 797
Failure mode analysis by vibration examination, gears, multi-plane 795—796
Failure mode analysis by vibration examination, gears, normal profiles 805—808
Failure mode analysis by vibration examination, gears, single-plane 795—796
Failure mode analysis by vibration examination, gears, vertical looseness 797
Failure mode analysis by vibration examination, imbalance studies 794—795
Failure mode analysis by vibration examination, jackshafts and spindles, fatigue 810—811
Failure mode analysis by vibration examination, jackshafts and spindles, lubrication problems 810
Failure mode analysis by vibration examination, misalignment studies 798
Failure mode analysis by vibration examination, modulation, sum/difference/product studies 798—799
Failure mode analysis by vibration examination, principles of 794
Failure mode analysis by vibration examination, process instability 799—800
Failure mode analysis by vibration examination, resonance studies 800—803
Failure mode analysis by vibration examination, resonance studies, confirmation analysis 802
Failure mode analysis by vibration examination, resonance studies, dynamic 801—802
Failure mode analysis by vibration examination, resonance studies, functions of speed 802—803
Failure mode analysis by vibration examination, resonance studies, static 801
Failure mode analysis by vibration examination, trouble shooting chart 795 (see also “Vibration computer-based analysis applications” “Vibration
False brinelling 969
Fan computer vibration analysis 770—771
Fan computer vibration analysis, aerodynamic instability 770
Fan computer vibration analysis, running speeds 771
Fan computer vibration analysis, shaft deflection 771
Fans and blowers 615—621
Fans and blowers for air conditioning 495—497
Fans and blowers for building ventilation 470—471
Fans and blowers for dust and fume control 828—829
Fans and blowers, air density 620
Fans and blowers, axial fans 617
Fans and blowers, backward-curved blades 617—618
Fans and blowers, bearing-support structures 620
Fans and blowers, blowers 621
Fans and blowers, brake horsepower 618
Fans and blowers, dampers 621
Fans and blowers, ductwork 620
Fans and blowers, energy conservation 512
Fans and blowers, fan capacity 618
Fans and blowers, fan laws 619—620 828—829
Fans and blowers, fan rating 618
Fans and blowers, fan speed 621
Fans and blowers, flow-control devices 620—621
Fans and blowers, forward-curved blades 618
Fans and blowers, foundations 620
Fans and blowers, inlet-air conditions 619
Fans and blowers, mechanical efficiency 618
Fans and blowers, natural frequency 619
Fans and blowers, outlet velocity 618
Fans and blowers, performance calculations 828—829
Fans and blowers, propeller fans 617
Fans and blowers, radial blades 618
Fans and blowers, static efficiency 618
Fans and blowers, static pressure 618
Fans and blowers, tip speed 618
Fans and blowers, total pressure 618
Fans and blowers, transducer locations with 784
Fans and blowers, typical rating table 620
Fans and blowers, velocity pressure 619 (see also “Vibration computer-based analysis applications fans”)
Fast Fourier Transform (FFT) for vibration data 727 742 760 761 801
Federation of Formulators and Applicators (FERFA) 103—104
Fences, security 191
Ferrography for predictive maintenance 875
Ferrography, oil conditioning 959
Filters for dust control 497—498
finance 1101—1116
Finance, accounting 1103
Finance, balance sheets 1105
Finance, break-even charts 1114—1115
Finance, budgetary control 1106—1107
Finance, capital 1104
Finance, capital expenditure appraisal 1107—1109
Finance, capital expenditure control 1109—1113
Finance, capital expenditure control, capital variation proposal 1109 1110
Finance, capital expenditure control, cash flow summary 1109 1113
Finance, capital expenditure control, DCF calculations 1109 1110—1111 1112
Finance, capital expenditure control, payback graph 1109 1112
Finance, capital expenditure control, profit calculation 1109 1111
Finance, capital, long term 1114
Finance, capital, medium term 1113—1114
Finance, capital, short term 1113
Finance, cash flow 1104
Finance, cross department costing, capital 1115
Finance, cross department costing, effluent and environmental charges 1116
Finance, cross department costing, equipment space 1115
Finance, cross department costing, gas, electricity etc 1115
Finance, cross department costing, labor 1115
Finance, cross department costing, maintenance 1115
Finance, cross department costing, overheads recovery 1115
Finance, cross department costing, water 1115
Finance, current and post event monitoring 1109
Finance, debtor’s ratio 1106
Finance, discounted cash flow (DCF) 1108—1109 1109 1110—1111
Finance, dividend yield and cover 1106
Finance, gearing 1105
Finance, liquidity 1104 1106
Finance, net present value (NPV) 1108—1109
Finance, operating values 1104—1106
Finance, organization types 1103—1104
Finance, pay-back period 1108
Finance, price/eanings ratio (P/E ratio) 1106
Finance, profitability 1105—1106
Finance, rate of return 1108
Finance, revenue expenditure 1104
Finance, stock ratios 1106
Finance, value added tax 1114
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