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Mobley R.K. — Plant Engineering Handbook
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Íàçâàíèå: Plant Engineering HandbookÀâòîð: 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.
ßçûê: Ðóáðèêà: Òåõíîëîãèÿ /Ñòàòóñ ïðåäìåòíîãî óêàçàòåëÿ: Ãîòîâ óêàçàòåëü ñ íîìåðàìè ñòðàíèö ed2k: ed2k stats Èçäàíèå: 1st editionÃîä èçäàíèÿ: 2001Êîëè÷åñòâî ñòðàíèö: 2000Äîáàâëåíà â êàòàëîã: 21.05.2008Îïåðàöèè: Ïîëîæèòü íà ïîëêó |
Ñêîïèðîâàòü ññûëêó äëÿ ôîðóìà | Ñêîïèðîâàòü ID
Ïðåäìåòíûé óêàçàòåëü
Compressed air systems, air consumption assessment 589—592 Compressed air systems, air consumption assessment, nomogram for 593 Compressed air systems, air drying and dryers 696 703 Compressed air systems, air drying and dryers, adsorption 700 Compressed air systems, air drying and dryers, air vapor mixtures and saturated air 696—697 Compressed air systems, air drying and dryers, chemical dryers 699—700 Compressed air systems, air drying and dryers, combination systems 701 Compressed air systems, air drying and dryers, dry air distribution 701—703 Compressed air systems, air drying and dryers, drying methods 699—701 Compressed air systems, air drying and dryers, refrigeration 700—701 Compressed air systems, air drying and dryers, regenerative chiller-dryer 702 Compressed air systems, air drying and dryers, self-contained direct-refrigeration dryer 702 Compressed air systems, air drying and dryers, water problems 697—698 Compressed air systems, air leakage allowance 592 Compressed air systems, air reservoirs (receivers) 703—704 Compressed air systems, air reservoirs (receivers), tank size calculations 703—704 Compressed air systems, branch line recommended flows 589 Compressed air systems, capacity and pressure limitations 597—598 Compressed air systems, capacity and pressure limitations, closed-loop systems 598 Compressed air systems, capacity and pressure limitations, load splitting 598 Compressed air systems, capacity and pressure limitations, standby capacity 598 Compressed air systems, centralized/decentralized installations 592 Compressed air systems, compressor discharge, discharge pipe specification and siting 595 Compressed air systems, compressor discharge, isolating valves 595 Compressed air systems, compressor discharge, multiple compressors 595 Compressed air systems, compressor discharge, non-return valves 595 Compressed air systems, compressor intake, corrosive gas problems 595 Compressed air systems, compressor intake, ducts 594—595 Compressed air systems, compressor intake, filtering 594 Compressed air systems, compressor intake, silencing 594 Compressed air systems, compressor plant selection 596—599 Compressed air systems, compressor plant selection, capacity and pressure limitations 597—598 Compressed air systems, compressor plant selection, output control 598—599 Compressed air systems, compressor plant selection, prime mover selection 599(see also “Compressor types and operation”) Compressed air systems, compressor siting, foundations 594 Compressed air systems, compressor siting, noise 594 Compressed air systems, compressor siting, servicing facilities 594 Compressed air systems, compressor siting, ventilation 594 Compressed air systems, compressor siting, weather protection 594 Compressed air systems, coolers/aftercoolers 705—706 Compressed air systems, cooling-water systems, cooling ponds 596 Compressed air systems, cooling-water systems, cooling tanks 596 Compressed air systems, cooling-water systems, cooling towers 595—596 Compressed air systems, cooling-water systems, mechanical coolers 595 Compressed air systems, cooling-water systems, overcooling 595 Compressed air systems, cooling-water systems, system cleanliness 596 Compressed air systems, cooling-water systems, water quality 595 Compressed air systems, drainage facilities 697—698 Compressed air systems, intercoolers 697 Compressed air systems, main line recommended flows 589 Compressed air systems, operating pressure 589 Compressed air systems, overpressure protection 596 Compressed air systems, pressure loss through ABS fittings 590 Compressed air systems, pressure loss through steel fittings 590 Compressed air systems, prime movers 599 Compressed air systems, safety/relief valves 596 704—705 Compressed air systems, use factor 589—593 Compressed air systems, ventilation 596 Compressed air systems, water problems 697—698 Compressor principles and pneumatics, Amagat’s law 691 Compressor principles and pneumatics, atmospheric pressure 693 Compressor principles and pneumatics, Avogadro’s law 692 Compressor principles and pneumatics, Boyle’s law 691 Compressor principles and pneumatics, changes of state 692 Compressor principles and pneumatics, Charles’ law 691 Compressor principles and pneumatics, compressibility of gases 693 Compressor principles and pneumatics, critical temperature of a gas 692 Compressor principles and pneumatics, Dalton’s law 691 Compressor principles and pneumatics, degree of saturation 693 Compressor principles and pneumatics, entropy 691 Compressor principles and pneumatics, example compressed air supply 690 Compressor principles and pneumatics, gas, definition 692 Compressor principles and pneumatics, gauge pressure 694 Compressor principles and pneumatics, hazards of compressed air 689 Compressor principles and pneumatics, laws of thermodynamics 604—606 Compressor principles and pneumatics, Pascal’s law 689 Compressor principles and pneumatics, perfect gas formula 691—692 Compressor principles and pneumatics, pneumatic fundamentals 687—706 Compressor principles and pneumatics, pressure/volume/temperature (PVT) relationship 605 Compressor principles and pneumatics, psychrometry 693 Compressor principles and pneumatics, relative humidity 692 Compressor principles and pneumatics, specific humidity 692—693 Compressor principles and pneumatics, sublimation 692 Compressor principles and pneumatics, thermodynamics first law 690 Compressor principles and pneumatics, thermodynamics second law 690—691 Compressor principles and pneumatics, triple point of a pure substance 692 Compressor principles and pneumatics, vacuum 693—694 Compressor principles and pneumatics, vacuum, perfect vacuum 694 Compressor principles and pneumatics, vapor pressure 692 Compressor principles and pneumatics, vapor, definition 692 Compressor types and operation, air compressor selection 596—599 Compressor types and operation, air dryers see under “Compressed air systems” Compressor types and operation, capacity and pressure limitations 597—598 Compressor types and operation, centrifugal compressors 597 603—604 781 Compressor types and operation, centrifugal compressors, bullgear 604 605 766—767 Compressor types and operation, centrifugal compressors, bullgear, transducer locations on 781—782 Compressor types and operation, centrifugal compressors, centerline configuration 603 Compressor types and operation, centrifugal compressors, computer vibration analysis 766—767 Compressor types and operation, centrifugal compressors, in-line configuration 603—604 Compressor types and operation, centrifugal compressors, installation 606 (see also “Compressed air systems”) Compressor types and operation, centrifugal compressors, operating methods 606 Compressor types and operation, centrifugal compressors, opposed configuration 604 Compressor types and operation, centrifugal compressors, overhung or cantilever configuration 603 Compressor types and operation, centrifugal compressors, performance 604—606 Compressor types and operation, centrifugal compressors, transducer locations on 781 Compressor types and operation, energy conservation 512 Compressor types and operation, lubrication systems 694—695 947—950 Compressor types and operation, lubrication systems, airborne dirt 950 Compressor types and operation, lubrication systems, contamination problems 949 Compressor types and operation, lubrication systems, lube pump 694 Compressor types and operation, lubrication systems, moisture 950 Compressor types and operation, lubrication systems, oil characteristics 948—950 Compressor types and operation, lubrication systems, oil separator 694—695 Compressor types and operation, lubrication systems, oxidation problems 949 Compressor types and operation, lubrication systems, Pneurop Oxidation Test (POT) 947 Compressor types and operation, lubrication systems, reciprocating compressors 948 Compressor types and operation, lubrication systems, refrigeration compressors 949 Compressor types and operation, lubrication systems, rotary compressors 948—949 Compressor types and operation, lubrication systems, specifications 947—948 Compressor types and operation, noise levels from 715 Compressor types and operation, prime mover selection 599 Compressor types and operation, reciprocating positive displacement 610—614 Compressor types and operation, reciprocating positive displacement, air inlet 613 Compressor types and operation, reciprocating positive displacement, annular ring valves 611—612 Compressor types and operation, reciprocating positive displacement, channel valves 610—611 Compressor types and operation, reciprocating positive displacement, computer vibration analysis 767—769 Compressor types and operation, reciprocating positive displacement, crankshaft frequency analysis 767—768 Compressor types and operation, reciprocating positive displacement, cylinder cooling 611 Compressor types and operation, reciprocating positive displacement, cylinder design 610 Compressor types and operation, reciprocating positive displacement, cylinder orientation 611—612 Compressor types and operation, reciprocating positive displacement, discharge piping 613—614 Compressor types and operation, reciprocating positive displacement, drainage 614 Compressor types and operation, reciprocating positive displacement, finger valves 610—611 Compressor types and operation, reciprocating positive displacement, foundations 613 Compressor types and operation, reciprocating positive displacement, frame and running gear 610 Compressor types and operation, reciprocating positive displacement, inlet and discharge valves 610 Compressor types and operation, reciprocating positive displacement, leaf valves 611—612 Compressor types and operation, reciprocating positive displacement, location considerations 612—613 Compressor types and operation, reciprocating positive displacement, oil lubricant for 948 Compressor types and operation, reciprocating positive displacement, operating methods 614 Compressor types and operation, reciprocating positive displacement, output control 598 Compressor types and operation, reciprocating positive displacement, performance 612 Compressor types and operation, reciprocating positive displacement, piping 613 Compressor types and operation, reciprocating positive displacement, pressure-relief valves 614 Compressor types and operation, reciprocating positive displacement, transducer locations on 782—783 Compressor types and operation, reciprocating positive displacement, ventilation 613 Compressor types and operation, rotary positive displacement 606—610 Compressor types and operation, rotary positive displacement, back pressure 609 Compressor types and operation, rotary positive displacement, bearings analysis 769 Compressor types and operation, rotary positive displacement, computer vibration analysis 769—770 Compressor types and operation, rotary positive displacement, gear mesh analysis 769—770 Compressor types and operation, rotary positive displacement, helical lobe or screw 597 607—608 Compressor types and operation, rotary positive displacement, helical lobe or screw, transducer locations on 783 Compressor types and operation, rotary positive displacement, housing and rotor assembly 606—607 Compressor types and operation, rotary positive displacement, installation 609 (see also “Compressed air systems”) Compressor types and operation, rotary positive displacement, internal slip 609 Compressor types and operation, rotary positive displacement, liquid-seal ring 608—609 Compressor types and operation, rotary positive displacement, lubrication system 607 Compressor types and operation, rotary positive displacement, oil lubricant for 949 Compressor types and operation, rotary positive displacement, performance 609 Compressor types and operation, rotary positive displacement, pressure fluctuations 609 Compressor types and operation, rotary positive displacement, rotor passing analysis 770 Compressor types and operation, rotary positive displacement, running speed analysis 770 Compressor types and operation, rotary positive displacement, sliding vane 597 598—599 606—607 Compressor types and operation, rotary positive displacement, unloading frequency 609—610 Compressor types and operation, selection considerations 695—696 Compressor types and operation, selection considerations, application 695 Compressor types and operation, selection considerations, life cycle costs 695—696 Compressor types and operation, selection considerations, load factor 695 (see also “Vibration computer-based analysis applications compressors”) Computer maintenance planning 852—854 Computer modeling see “Process/site layout modeling” Computer-based vibration analysis see “Vibration computer-based analysis” Computers, mainframe, air conditioning for 490—491 Concrete coatings 155 Concrete coatings, chlorinated rubber 155 Concrete coatings, epoxy, two-pack 155 Concrete coatings, epoxy, water-based 155 Concrete coatings, vinyls 155 (see also “Coatings selection factors” “Floors/flooring”) Concrete surface preparation 157—158 Concrete surface preparation, acid etching 158 Concrete surface preparation, dry abrasive cleaning 158 Concrete surface preparation, high-pressure water jetting 158 Concrete surface preparation, wet abrasive cleaning 158 Concrete, corrosion in 976 Concrete, fire protection of 54 Condensate return systems see “Steam condensate return systems/piping” Condensing boilers 292 Conductivity, of cooling tower water 576 Confirmation analysis 802 Consents to discharge 40 Consultants, for planning and plant layout 83—84 Contaminated land/sites, industrial buildings on 65 Contaminated land/sites, landscaping on 30—32 Contingency sums in contracts 89 96 Continuing Education and Training (CET) 11 Contractors, and subcontractors 93—94 Contractors, selection of 92—93 Contracts 85—100 Contracts and site meetings 94 Contracts, arbitration 98—99 Contracts, bid analysis 92 Contracts, bid documents 88—89 Contracts, bid documents, bid invitations 91—92 Contracts, bid documents, example of principal contractor 90 Contracts, bidder selection 91 Contracts, bills of quantities with 88 Contracts, budget control and variations 96 Contracts, bulk purchasing 89—90 Contracts, conditions check list 88 Contracts, contingency sums 89 96 Contracts, contractor selection 92—93 Contracts, delay provision 97 Contracts, determination procedures 97 Contracts, direct contracts 93 Contracts, direct purchasing 89—90 Contracts, disputes 98—99 Contracts, estimates with 88 Contracts, interim payments 96 Contracts, legal elements of 87 93 Contracts, letters of intent 93 Contracts, main and nominated suppliers 93 Contracts, monitoring 95 Contracts, offers/offer acceptance 93 Contracts, Practical Completion Certificates 98 Contracts, prime cost (PC) sum 88—89 Contracts, principal contracts 93 Contracts, problem avoidance 99—100 Contracts, program of works 90—91 Contracts, progress and control 94—95 Contracts, provisional sum 89 Contracts, quality control 95—96 Contracts, safety on site 96—97 Contracts, simple and under seal types 87 Contracts, technical clauses 88 Contracts, verbal and written 93 Contracts, written and verbal 93 (see also “Subcontracts”) Control of Pollution Act (1974) 817—818 Conversion factors, SI and non-SI 318—319 Coolants for machining see “Cutting fluids (coolants)” Cooling towers, for evaporative water cooling 522 571—586 Cooling towers, for evaporative water cooling, airflow configurations 581 Cooling towers, for evaporative water cooling, consultation with supplier 577 579 Cooling towers, for evaporative water cooling, Cooling Tower Institute (CTI) 573 Cooling towers, for evaporative water cooling, counterflow 574 Cooling towers, for evaporative water cooling, crossflow 574—575 Cooling towers, for evaporative water cooling, design requirements 574 Cooling towers, for evaporative water cooling, design techniques 573 Cooling towers, for evaporative water cooling, economic optimization 574 Cooling towers, for evaporative water cooling, esthetic considerations 579—580 Cooling towers, for evaporative water cooling, fault finding chart 578 Cooling towers, for evaporative water cooling, forced draft 574—575 Cooling towers, for evaporative water cooling, hybrid towers 575 Cooling towers, for evaporative water cooling, induced/mechanical draft 574—575 Cooling towers, for evaporative water cooling, installation ‘do’s’ and ‘don’ts’ 582—583 Cooling towers, for evaporative water cooling, mean driving force (MDF) 584 Cooling towers, for evaporative water cooling, mean driving force (MDF), evaluation of 585—586 Cooling towers, for evaporative water cooling, modifications and refits 577 Cooling towers, for evaporative water cooling, natural draft 574—575 Cooling towers, for evaporative water cooling, noise problems 580—582 Cooling towers, for evaporative water cooling, operational aspects 577 Cooling towers, for evaporative water cooling, performance index (cooling towers) 573 Cooling towers, for evaporative water cooling, plume control/abatement 579 Cooling towers, for evaporative water cooling, specifications 575—576 Cooling towers, for evaporative water cooling, theory 573 Cooling towers, for evaporative water cooling, theory, theoretical calculations 584—585 Cooling towers, for evaporative water cooling, turnkey contractors 576 Cooling towers, for evaporative water cooling, vortex control 580 Cooling towers, for evaporative water cooling, water quality and treatment 574 576—577 Cooling towers, for evaporative water cooling, ‘Legionella syndrome’ 574 577 Cooling water, corrosion inhibitors 983 Copper alloys, crevice corrosion 966 Copper alloys, galvanic corrosion 966 Copper alloys, limitations from corrosion 979 Corrective maintenance, definition 848 Corrosion 961—985 Corrosion and borehole water 970 Corrosion and commissioning plant 974—975 Corrosion and design of pipework 977 Corrosion and design of shape of vessels 976—977 Corrosion and drinking water 970 Corrosion and firewater 971 Corrosion and flow in pipes 973 Corrosion and pipework design 977 Corrosion and process water 970 Corrosion and tank shapes 976—977 Corrosion and water supplies 970—971 Corrosion and welding 977 Corrosion from timber near metals 976 Corrosion in concrete 976 Corrosion in soil 976 Corrosion of metals near timber 976 Corrosion, acid carrying pipes and tanks, hydrochloric acid 971—972 Corrosion, acid carrying pipes and tanks, nitric acid 972 Corrosion, acid carrying pipes and tanks, sulfuric acid 971 Corrosion, alkaline carrying pipes and tanks 972 Corrosion, aluminum alloys, limitations in use 979—980 Corrosion, and boiler water supplies 971 983 Corrosion, and fabrication techniques 977—978 Corrosion, and intermittent operation 974 Corrosion, and painting 981—982
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