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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
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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
Shaft seals, mechanical seals, bent shaft (shaft runout) 1026
Shaft seals, mechanical seals, components and assembly 1020—1021
Shaft seals, mechanical seals, driver alignment 1027
Shaft seals, mechanical seals, end play (lateral or axial shaft movement) 1025
Shaft seals, mechanical seals, environmental controls 1028
Shaft seals, mechanical seals, equipment check points 1025
Shaft seals, mechanical seals, installation 1027—1028
Shaft seals, mechanical seals, leakage prevention 1021
Shaft seals, mechanical seals, lubrication 1021
Shaft seals, mechanical seals, pipe strain 1027
Shaft seals, mechanical seals, positive drive seal 1022
Shaft seals, mechanical seals, sealing area 1021
Shaft seals, mechanical seals, single-coil spring seal 1021—1022
Shaft seals, mechanical seals, startup procedures 1028
Shaft seals, mechanical seals, whip/deflection (radial shaft movement) 1025—1026
Shaft seals, packed stuffing boxes 1019—1020
Shaft seals, packed stuffing boxes, installation precautions 1022
Shaft seals, packed stuffing boxes, installation procedure 1022—1025
Shaft seals, packed stuffing boxes, installation tools 1022
Shaft seals, packed stuffing boxes, stuffing box concentricity 1027
Shaft seals, packed stuffing boxes, stuffing box space 1025
Shaft seals, packed stuffing boxes, stuffing box squareness 1026—1027
Shaft seals, packing materials 956—957
Shaft seals, packing materials, metallic 957
Shaft seals, packing materials, neoprene 956—957
Shaft seals, packing materials, nitrile and polyacrylic materials 956
Shaft seals, packing materials, silicone rubber 956
Shaft seals, packing materials, textile fibers 957
Shaft seals, pumps 557—558
Shaft seals, seal materials 956
Shaft seals, seal materials, carbon 956
Shaft seals, seal materials, ceramic 956
Shaft seals, seal materials, face-seal materials 956
Shaft seals, seal materials, leather 956
Shaft seals, seal materials, metal 956
Shaft seals, seal materials, nitrile rubbers 956
Shaft seals, seal materials, polyacrylic resins 956
Shaft seals, seal materials, rubber bellows 956
Shaft seals, seal materials, sealing rings 956
Shaft seals, seal materials, silicone rubber 956
Shaft seals, seal requirements 1019
Shutdown (outage) 889—914
Shutdown (outage), corrective action 908—912
Shutdown (outage), corrective action, delay corrective actions 909
Shutdown (outage), corrective action, feedback, use of 909—910
Shutdown (outage), corrective action, negotiating for materials, supplies and services 910—912
Shutdown (outage), costs/budgeting planning 898—900
Shutdown (outage), costs/budgeting planning, capital shutdown work 900
Shutdown (outage), costs/budgeting planning, control point identification charts 899
Shutdown (outage), costs/budgeting planning, non-repetitive shutdown work 900
Shutdown (outage), costs/budgeting planning, repetitive shutdown work 899—900
Shutdown (outage), costs/budgeting planning, responsibility assignment 899
Shutdown (outage), costs/budgeting planning, standards establishment 899
Shutdown (outage), costs/budgeting planning, typical cost components 898—899
Shutdown (outage), costs/budgeting planning, work in progress control 899
Shutdown (outage), definition 891
Shutdown (outage), life cycle of 891
Shutdown (outage), model for successful project management 913—914
Shutdown (outage), planning and management 891—893
Shutdown (outage), planning and management, brainstorming procedures 892
Shutdown (outage), planning and management, completion check list 913
Shutdown (outage), planning and management, initial meeting 892
Shutdown (outage), planning and management, master shutdown schedule 891
Shutdown (outage), planning and management, objectives 892
Shutdown (outage), planning and management, policy development 892
Shutdown (outage), planning and management, project evaluation form 913
Shutdown (outage), planning and management, shutdown management team 891—892
Shutdown (outage), planning and management, task selection 892
Shutdown (outage), planning and management, timetable development 893
Shutdown (outage), project completion 912—913
Shutdown (outage), project planning, arrow diagramming 896
Shutdown (outage), project planning, critical path method (CPM) 894—896
Shutdown (outage), project planning, critical path method (CPM), history 895
Shutdown (outage), project planning, critical path method (CPM), justifications 896
Shutdown (outage), project planning, critical path method (CPM), potential 895—896
Shutdown (outage), project planning, Gantt charts 896 897
Shutdown (outage), project planning, leveling 896
Shutdown (outage), project planning, PERT diagram 896—898
Shutdown (outage), project planning, planning steps 893
Shutdown (outage), project planning, project parameters 893
Shutdown (outage), project planning, project specifications 894
Shutdown (outage), project planning, quality aspects 893—894
Shutdown (outage), project planning, time dimension planning 894—896
Shutdown (outage), schedule updating 906—908
Shutdown (outage), schedule updating, budget control charts 907
Shutdown (outage), schedule updating, milestone charts 906
Shutdown (outage), schedule updating, performance monitoring 907—908
Shutdown (outage), schedule updating, project control charts 906 907
Shutdown (outage), schedule updating, project costing charts 906
Shutdown (outage), work plan development 901—905
Shutdown (outage), work plan development, engineering standards 902—903
Shutdown (outage), work plan development, estimates 903—904
Shutdown (outage), work plan development, evolution of standards 903
Shutdown (outage), work plan development, guesses 903
Shutdown (outage), work plan development, historical averages 903
Shutdown (outage), work plan development, industrial engineering techniques 903
Shutdown (outage), work plan development, initial work order development 901
Shutdown (outage), work plan development, manpower requirements 901—902
Shutdown (outage), work plan development, material requirements 901
Shutdown (outage), work plan development, planner experience 902
Shutdown (outage), work plan development, shutdown assignment meeting 904—905
Shutdown (outage), work plan development, work schedules 901
Shutdown (outage), work plan implementation 905—906
Shutdown (outage), work plan implementation, daily review 905
Shutdown (outage), work plan implementation, schedule monitoring 905—906
Shutdown (outage), work plan implementation, schedule progress 905
Shutdown (outage), work plan implementation, status reporting 905—906
SI/non-SI conversion factors 318—319
Signature analysis, and vibration 752—753 871—872
Silicone rubber shaft seals 956
Site drainage see “Drainage of sites”
Site layout realization, ease of expansion 80
Site layout realization, ease of expansion, options 81
Site layout realization, ease of expansion, process and traffic flows 79
Site layout realization, ease of expansion, site constraints 79—80
Site meetings, and contracts 94
Site selection 17—34 37—38
Site selection and access for transport 20—21
Site selection and site drainage 22—24
Site selection, effluent considerations 22
Site selection, landscaping on industrial/reclaimed land 30—34
Site selection, sewage treatment 29—30
Site selection, site drainage 22—24
Site selection, water storage considerations 27—29
Site selection, water supply considerations 24—26 (see also “Plant location” “Wind
Sludge disposal 40
Smoke, definition 819
Smoke, Ringleman measurement chart 816 819
Soil, corrosion of pipes in 976
Solids, specific heat of 355—356
Soot, definition 819
Sound absorbers 716
Sound absorbers, panel 716
Sound absorbers, porous 716
Sound absorbers, resonant 716
Sound and frequency weighting 710—711
Sound, decibels (dB) 709—710
Sound, sound intensity level (SIL) 709
Sound, sound power level (SPL) 709
Sound, sound-reduction index (SRI) 715—716 (see also “Noise” “Sound
Space heating equipment, steam traps for 374
Specifications, as parts of contracts 87—88
Specifications, buildings 47—49
Specifications, paint 158
Spectrographic analysis, lubricating oil 874
Spectrum analyzers 270
Speculative industrial buildings 45
Spindles and jackshafts, failure mode analysis 810—811
Spiral bevel gears 634—635 1031 1035
Spon’s Architects’ and Builders’ Price Book 54
Sprinklers, fire extinguishing 188
Sprockets see “Chain drives and sprockets”
Spur gears 631 632 1031 1032
Spur gears, lubricating 933
Squirrel-cage induction motors, advantages 248
Squirrel-cage induction motors, auto-transformer starting 248
Squirrel-cage induction motors, cables for 249
Squirrel-cage induction motors, contactors for 249
Squirrel-cage induction motors, direct-on-line starters 248
Squirrel-cage induction motors, electronic soft-start 249
Squirrel-cage induction motors, fuses for 249
Squirrel-cage induction motors, isolators for 249
Squirrel-cage induction motors, overload protection 249
Squirrel-cage induction motors, primary resistance starting 248
Squirrel-cage induction motors, star/delta starting 248
Squirrel-cage induction motors, stator/rotor starting 249
Stability of buildings 45
Stainless steel, crevice corrosion 965—966
Stainless steel, limitations in use 978—979
Stainless steel, liquid metal embrittlement 968
Stainless steel, pitting corrosion 964—965
Standard life of equipment 1119
Standard Method of Measurement manual 88
Standards, ISO 9000 series of standards 165
Standby electricity supplies, D.C. systems 249—250
Standby electricity supplies, definitions 249
Standby electricity supplies, standby diesel generators 250
Standby electricity supplies, un-interruptible power supply (UPS) systems (A.C.), applications 250
Standby electricity supplies, un-interruptible power supply (UPS) systems (A.C.), principle types 250
Static friction, and lubrication 917
Statistics and machinery problem solving 1117—1129
Staybolt universal seconds (SUS) viscosity 657
Steam condensate return systems/piping 373—386
Steam condensate return systems/piping, condensate line sizing chart 377
Steam condensate return systems/piping, condensate pumping 377—381
Steam condensate return systems/piping, condensate recovery unit 378
Steam condensate return systems/piping, drain lines to traps 373 376
Steam condensate return systems/piping, expansion allowance 381—386
Steam condensate return systems/piping, expansion allowance, bellows 385—386
Steam condensate return systems/piping, expansion allowance, cold draw technique 382—383
Steam condensate return systems/piping, expansion allowance, flexible trapping arrangements 383
Steam condensate return systems/piping, expansion allowance, full loops 385
Steam condensate return systems/piping, expansion allowance, horseshoe loops 385
Steam condensate return systems/piping, expansion allowance, lyre loops 385
Steam condensate return systems/piping, expansion allowance, sliding joints 385—386
Steam condensate return systems/piping, pumped return lines 376—377
Steam condensate return systems/piping, Spirax Ogden packaged unit 383
Steam condensate return systems/piping, steam tables 384
Steam condensate return systems/piping, trap discharge lines 376
Steam condensate return systems/piping, water flow in black steel pipes 379—382
Steam condensate return systems/piping, water-carrying capacity of pipes 376
Steam lines/pipes draining 360—364
Steam lines/pipes draining and air venting 364
Steam lines/pipes draining, drain point layout 364
Steam lines/pipes draining, heat-up method 364—365
Steam lines/pipes draining, steam traps 361—362
Steam lines/pipes draining, water hammer 360—361
Steam low-pressure systems 364—369
Steam low-pressure systems, air venting 369
Steam low-pressure systems, bypass valves and lines 368
Steam low-pressure systems, heat exchanger condensate draining 369
Steam low-pressure systems, pressure reducing valves 364—368
Steam low-pressure systems, pressure reducing valves, parallel operation 366—368
Steam low-pressure systems, pressure reducing valves, series operation and installations 368
Steam low-pressure systems, pressure reducing valves, valve selection 368—369
Steam low-pressure systems, water removal 365—366
Steam mains, steam traps for 374
Steam pressure vessels, inspection of 166
Steam systems, corrosion inhibitors 983
Steam turbine lubricants 950
Steam turbine lubricants, corrosion resistance 950
Steam turbine lubricants, demulsibility 950
Steam turbine lubricants, foaming resistance 950
Steam turbine lubricants, oxidation resistance 950
Steam turbine lubricants, performance standards 950—951
Steam turbine lubricants, viscosity 950
Steam turbine vibration analysis, bearings 762
Steam turbine vibration analysis, blade pass 762
Steam turbine vibration analysis, mode shape (shaft deflection) 762
Steam turbine vibration analysis, speed 762—763
Steam turbines for electricity generation 208—209 216—217 226—229
Steam turbines for electricity generation, control and lubrication 227—229
Steam turbines for electricity generation, installation 227
Steam turbines for electricity generation, multi-stage axial flow 226—227
Steam turbines for electricity generation, single-stage, single flow 226 (see also “Combined heat and power electricity generation (CHP)” “Electricity “Electricity “Thermal
Steam, flash steam 357 369—373
Steam, flash steam and sub-cooled condensate 371
Steam, flash steam for space heating 371
Steam, flash steam, proportion of steam released 370—371
Steam, flash steam, release process 369—370
Steam, flash steam, steam traps, mechanical/thermodynamic/thermostatic 372—375
Steam, flash steam, utilization 370 371
Steam, operating principles and condensate 357
Steam, operating principles and the laws of thermodynamics 355—358
Steam, operating principles, boiler working pressures 358—359
Steam, operating principles, flash steam 357
Steam, operating principles, lines/pipes sizing on pressure drop 360 361
Steam, operating principles, lines/pipes sizing on velocity 360 361
Steam, operating principles, load calculations 359—360
Steam, operating principles, mains working pressures 358—359
Steam, operating principles, physical properties of 355—358
Steam, operating principles, superheated steam 356
Steel, coatings for see “Paint types”
Steel, fire protection of 54
Steel, limitations from corrosion 978
Steel, surface preparation and priming 156—158
Steel, surface preparation and priming, abrasive blasting 156—157
Steel, surface preparation and priming, acid pickling 157
Steel, surface preparation and priming, priming 157 (see also “Zinc metal coatings”)
Stefan — Boltzmann formula 135
Stock value performance indicator 81
Storage and materials handling, employee safety and employer’s liability 196 196—197
Storage tanks and contents, insurance on 166
strain gauges 269
Stress corrosion cracking (SCC) 967—968
Stress in materials, and corrosion 977
Sub-ground pits waterproofing, drained cavity construction 63
Sub-ground pits waterproofing, external waterproof membrane 63
Sub-ground pits waterproofing, watertight concrete construction 63
Subcontracts/subcontractors, main and nominated subcontracts 93—94
Subcontracts/subcontractors, principal contractor with domestic sub-contractor and supplier 93
Sublimation 692
Subsoil drainage, and site selection 23
Sulfate-reducing bacteria (SRB) 967
Sulfur oxides, corrosion in chimneys and flues 972
Sulfuric acid, corrosion of pipes and tanks by 971
Superheaters, boilers 398—399
Surface water runoff and site selection 22—23
Surface water runoff, gasoline/oil interceptors 23 24
SUS (Staybolt universal seconds) viscosity 657
Switchgear/circuit breakers 237—239
Switchgear/circuit breakers, air 237—238
Switchgear/circuit breakers, bulk oil 237
Switchgear/circuit breakers, cubicle type 238
Switchgear/circuit breakers, mechanisms, dependent-energy closing 238—239
Switchgear/circuit breakers, mechanisms, stored-energy closing 238—239
Switchgear/circuit breakers, metal enclosed 238
Switchgear/circuit breakers, minimum oil 237
Switchgear/circuit breakers, range capability 238
Switchgear/circuit breakers, sulfur hexafluoride gas 238
Switchgear/circuit breakers, vacuum 238
Tankers, river and coastal oil delivery 275
Tankers, road oil delivery 275
Tanks and vats, steam traps for 374
Tanks, oil storage see “Oil storage tanks”
Tantalum, limitations from corrosion 979—980
Telecommunications equipment, air conditioning for 492
Temperature inversions, elevated 822
Temperature inversions, ground base 821 822
Temperature transducers 267—269
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