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Soares C. — Process Engineering Equipment Handbook
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Название: Process Engineering Equipment HandbookАвтор: 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—
Язык: Рубрика: Технология /Статус предметного указателя: Готов указатель с номерами страниц ed2k: ed2k stats Год издания: 2002Количество страниц: 977Добавлена в каталог: 22.04.2009Операции: Положить на полку |
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Предметный указатель
Carbon-graphite mix products, close in tolerance of C-10 Carbon-graphite mix products, coefficient of friction in C-9 Carbon-graphite mix products, coefficient of thermal expansion in C-9 Carbon-graphite mix products, design factors for C-9 to C-11 Carbon-graphite mix products, electrical contacts and C-13 Carbon-graphite mix products, environmental factors and C-9 Carbon-graphite mix products, filters using C-13 Carbon-graphite mix products, interference fit for C-9 Carbon-graphite mix products, load bearing capacity of C-9 Carbon-graphite mix products, material classification for C-9 Carbon-graphite mix products, mating materials for C-9 Carbon-graphite mix products, mechanical strength of C-9 Carbon-graphite mix products, oxidization resistance in C-9 Carbon-graphite mix products, products made from C-13 Carbon-graphite mix products, properties of C-8 Carbon-graphite mix products, running clearance for C-10 Carbon-graphite mix products, seals using C-12 to C-13 Carbon-graphite mix products, self-lubricating properties of C-8 Carbon-graphite mix products, specialty products using C-13 Carbon-graphite mix products, temperature parameters for C-9 Carbon-graphite mix products, tolerances for C-10 Carcinogens C-38 M-32 Cardboard see "Packaging" "Paper Cartons, paper F-24 Cartridge filters F-6 to F-8 Cartridge filters in air filtration systems A-54 A-58 Cascade diagrams, in vibrational analysis (VA) C-272 to C-273 Casings in axial compressors and C-155 to C-160 Casings in centrifugal compressors C-170 to C-175 Casings in isotherm turbocompressors C-205 to C-206 C-210 Casings in rotary pumps P-276 Casings in steam turbines and T-76 Castings see also "Metallurgy" M-43 catalyst R-8 Catalysts, fluidized beds F-12 Catalytic cracking, petroleum industry P-2 to P-3 Catalytic reactors R-1 CATAPOL project C-5 C-7 Catpac TCR system, air pollution control and A-100 to A-101 Caustic soda C-43 C-58 Cavitation C-264 C-328 P-232 Cells, chemical C-22 P-4 Celsius temperature conversion M-12 Cement, Portland; and kilns C-22 to C-34 Cement, Portland; and kilns, additions to C-24 C-28 Cement, Portland; and kilns, air entrained C-22 to C-23 C-28 Cement, Portland; and kilns, American Society for Testing and Materials (ASTM) specs for C-22 to C-28 Cement, Portland; and kilns, carbon dioxide C-34 Cement, Portland; and kilns, CCME (Canada) National Emission Guidelines for kilns and C-28 to C-34 Cement, Portland; and kilns, certification of, by manufacturer C-28 Cement, Portland; and kilns, chemical requirements of C-25 to C-26 Cement, Portland; and kilns, clinkering process in C-29 to C-30 Cement, Portland; and kilns, combustion and operation modification (COM) to reduce emissions from C-32 Cement, Portland; and kilns, continuous emissions monitoring (CEM) in C-34 Cement, Portland; and kilns, definition of C-23 C-29 Cement, Portland; and kilns, energy consumption in production of C-29 to C-30 Cement, Portland; and kilns, hazardous wastes used in C-33 Cement, Portland; and kilns, inspection of C-26 Cement, Portland; and kilns, kilns for, environmental impact of C-22 C-28 Cement, Portland; and kilns, low C-32 to C-33 Cement, Portland; and kilns, manufacturer’s statement for C-27 Cement, Portland; and kilns, measurement of emissions from, vs. costs C-34 Cement, Portland; and kilns, nitrogen oxide C-29 to C-31 Cement, Portland; and kilns, ordering information for C-23 Cement, Portland; and kilns, packaging and package marking for C-27 to C-28 Cement, Portland; and kilns, physical properties of C-24 C-29 Cement, Portland; and kilns, production of C-28 to C-34 Cement, Portland; and kilns, rejection of C-26 Cement, Portland; and kilns, sampling of C-24 Cement, Portland; and kilns, selective noncatalytic reduction (SNCR) to reduce emission from C-33 Cement, Portland; and kilns, setting time for C-24 Cement, Portland; and kilns, staged air combustion to reduce emission from C-32 Cement, Portland; and kilns, storage of C-28 Cement, Portland; and kilns, sulfur dioxide C-34 Cement, Portland; and kilns, testing of C-24 Cement, Portland; and kilns, types and classification of C-22 to C-23 Centrifugal compressors see also "Compressors" "Turbocompressors" C-81 C-136 C-165 Centrifugal compressors, adaptability to application demands in C-167 to C-170 Centrifugal compressors, applications for C-182 to C-190 Centrifugal compressors, axial thrust bearings in C-178 to C-181 Centrifugal compressors, axial thrust in C-176 to C-178 Centrifugal compressors, barrel type design C-171 to C-174 Centrifugal compressors, bearings in C-176 to C-178 Centrifugal compressors, building block system in C-170 to C-171 Centrifugal compressors, casing in C-170 to C-175 Centrifugal compressors, drainage system in C-181 to C-182 Centrifugal compressors, drive for C-188 Centrifugal compressors, features of C-170 to C-190 Centrifugal compressors, flow conditions and C-167 to C-168 Centrifugal compressors, fluid injection devices in C-182 Centrifugal compressors, horizontally split casing design in C-166 to C-170 C-172 Centrifugal compressors, impellers in C-172 C-174 C-186 Centrifugal compressors, inlet guide vane assembly in C-181 Centrifugal compressors, journal bearings in C-178 to C-181 Centrifugal compressors, magnetic bearings and C-185 to C-186 C-189 Centrifugal compressors, materials used in C-182 to C-183 Centrifugal compressors, motor for C-187 to C-190 Centrifugal compressors, pressure range for C-168 to C-170 Centrifugal compressors, process conditions for C-168 Centrifugal compressors, retrofit design modification for gas pipeline station C-182 to C-186 Centrifugal compressors, rotor in C-189 to C-190 Centrifugal compressors, selection chart for C-168 Centrifugal compressors, series designations for C-169 Centrifugal compressors, shaft seal in C-180 Centrifugal compressors, size vs. performance in C-167 to C-170 Centrifugal compressors, solid coupling in C-176 to C-178 Centrifugal compressors, testing of C-188 to C-189 Centrifugal compressors, type range of C-166 to C-170 Centrifugal compressors, vertically split casing design in C-168 to C-170 Centrifugal gas exhausters E-56 to E-57 Centrifugal pumps P-218 to P-259 Centrifugal pumps, applications for P-218 to P-219 P-241 Centrifugal pumps, axial balance in P-243 to P-247 Centrifugal pumps, Bernoulli’s theorem and P-222 Centrifugal pumps, boiler feed P-242 Centrifugal pumps, Bourdon tube to measure flow in P-224 Centrifugal pumps, cavitation in P-232 Centrifugal pumps, characteristic curves of performance for P-228 Centrifugal pumps, condensate, NPSH and P-236 to P-237 P-243 Centrifugal pumps, continuity equation in P-221 to P-224 Centrifugal pumps, double volute P-247 to P-248 Centrifugal pumps, friction loss in P-222 Centrifugal pumps, head in P-222 P-224 Centrifugal pumps, hot water, NPSH and P-236 Centrifugal pumps, Hydraulic Institute Standards for P-231 Centrifugal pumps, hydraulic pressure P-242 to P-243 Centrifugal pumps, hydraulics of P-221 to P-241 Centrifugal pumps, impellers in P-219 P-226 Centrifugal pumps, installation of P-257 to P-258 Centrifugal pumps, kinetic head in P-222 Centrifugal pumps, materials selection, by liquids to be pumped P-241 Centrifugal pumps, minimum flow through P-237 to P-240 Centrifugal pumps, nonclogging P-243 Centrifugal pumps, operation of P-257 to P-258 Centrifugal pumps, parallel operations for P-228 to P-230 Centrifugal pumps, performance analysis of P-226 to P-228 Centrifugal pumps, piping for P-257 Centrifugal pumps, potential head in P-222 Centrifugal pumps, power/horsepower requirement calculation for P-225 to P-226 Centrifugal pumps, pressure head in P-221 to P-224 Centrifugal pumps, priming of P-257 Centrifugal pumps, recirculation connection for P-240 to P-241 Centrifugal pumps, seals in P-250 to P-254 Centrifugal pumps, series operations for P-228 to P-230 Centrifugal pumps, single stage, double suction type P-241 to P-242 Centrifugal pumps, specific speed of P-219 to P-221 Centrifugal pumps, static head in P-221 to P-224 Centrifugal pumps, stuffing boxes for P-248 to P-254 Centrifugal pumps, suction head in P-222 Centrifugal pumps, suction head in, net positive (NPSH) P-232 to P-237 P-257 Centrifugal pumps, suction lift in P-222 Centrifugal pumps, temperature rise in P-237 to P-240 Centrifugal pumps, temperature vs. efficiency in P-254 to P-255 Centrifugal pumps, total discharge head in P-223 to P-224 Centrifugal pumps, total head in P-222 Centrifugal pumps, troubleshooting P-258 to P-259 Centrifugal pumps, valves in P-257 Centrifugal pumps, velocity head in P-221 to P-224 Centrifugal pumps, vibration limits for P-255 to P-258 Centrifugal pumps, viscous liquids and P-230 to P-232 Centrifugal pumps, warmup procedures for P-254 Centrifuges A-48 C-34 Ceramic abrasive A-4 Ceramics A-2 C-38 CERCLA, propylene glycol and C-412 to C-413 Certification Sp-14 Sp-30 Sp-31 Sp-34 Chains Sp-4 Characteristic curves of performance, pump P-228 Check valves C-392 Chem Systems/Air Products C-17 to C-18 Chemical cleaning C-38 T-67 Chemical complex (petrochemicals), chemical plant C-38 to C-41 Chemical engineering Sp-1 to Sp-3 Chemical Manufacturers Association (CMA) guidelines C-61 Chemical oxygen demand (COD) R-8 Chemical reactors R-1 Chemical treating R-5 Chemicals see also "Hazardous materials" "Pollutants" "Toxic C-41 Sp-1 Sp-3 Chemicals, inorganic C-64 Chemicals, pollutants and P-25 to P-26 Chemicals, toxic, handling of C-42 to C-62 Chemicals, transport of T-40 to T-41 Chemisorption, in air pollution control A-96 A-98 CHEMTREC information service, telephone number C-61 Chillers for agricultural and food products A-48 Chillers, crystallizers as {see also crystallizers) C-62 Chimneys see also "Stacks" C-78 Chlordane P-7 Chlorine C-86 P-10 P-40 V-15 Chlorine dioxide P-10 to P-31 P-40 V-15 Chlormethane P-11 to P-31 P-40 Chloroacetic acid P-11 to P-31 P-40 Chlorobenezene C-68 C-72 V-15 Chloroethane P-11 to P-31 P-40 Chlorofluorcarbons (CFCS) see also "Ozone" "Refrigerants" C-13 R-10 R-14 Chlorofluorcarbons (CFCS), aerosols using O-17 to O-18 Chlorofluorcarbons (CFCS), coatings containing O-14 O-16 Chlorofluorcarbons (CFCS), cost of replacing use of O-16 to O-22 Chlorofluorcarbons (CFCS), foams containing O-14 O-16 Chlorofluorcarbons (CFCS), insulation containing O-14 O-16 Chlorofluorcarbons (CFCS), ozone and depletion and C-13 to C-14 Chlorofluorcarbons (CFCS), packaging containing O-14 O-16 Chlorofluorcarbons (CFCS), refrigerants containing O-14 O-16 Chlorofluorcarbons (CFCS), solvents containing O-14 O-16 Chlorofluorcarbons (CFCS), sterilants containing O-14 O-16 Chloroform P-11 to P-31 P-34 P-40 Chloromethanes V-15 Chromium P-11 to P-31 P-34 P-40 Circular pitch, worm gears P-84 Civil engineering Sp-1 to Sp-3 Clarkson Co. (knife gate valve) C-402 to C-403 Clean Air Act, propylene glycol and C-412 to C-413 Cleaning, in metallurgy and M-32 M-34 Cleanliness factor C-243 to C-244 Clutch type couplings C-347 Clutches, synchronous clutch couplings see also "Power transmission" P-107 Coal gas F-37 Coal powered energy plants, integrated gasification combined cycle (IGCC), C-14 to C-16 Coal, biomass co-gasification, C-17 to C-18 Coal, cost vs. energy efficiency for C-18 to C-20 Coalescer panels, in air filtration systems A-52 to A-53 Coating processes, computational fluid dynamics to model C-7 Coatings see also "Metallurgy" M-31 M-34 Coatings, anticorrosion C-442 Coatings, chlorofluorocarbons in O-14 O-16 Coatings, tank exteriors T-5 to T-8 Cobalt and cobalt alloys M-41 to M-42 P-11 P-40 Cobalt and cobalt alloys, abrasives and A-2 Codes, commonly used Sp-1 to Sp-3 Codes, life cycle assessment (LCA) L-19 Coding systems, color coding in C-81 Coefficient of discharge, flow measurement M-24 Coefficient of friction, worm gears and P-86 to P-88 Coefficient of performance (COP), refrigerants and R-18 Cogeneration C-78 to C-84 Cogeneration, life cycle assessment (LCA) and L-17 to L-18 Cogeneration, synchronous clutches and P-107 to P-108 P-114 Coil type stab electric heater H-14 Coke oven gas F-37 Coking processes, in petroleum industry R-4 Cold-to-cold expansion joints E-58 to E-59 color coding C-81 Columns {see also towers and columns) T-40 Combined cycle applications C-78 P-107 Combined cycle gas turbine (CCGT) plants, explosion hazard assessment for E-67 E-70 E-74 E-81 Combined flow coefficient, flow measurement M-24 Combined heat and power (CHP) plants P-208 P-210 Combined unit systems, in air pollution control and A-83 A-99 Combining processes, in petroleum industry R-4 Combustion cans, material selection for M-40 to M-41 Combustion chamber, in gas turbines T-49 to T-51 Combustion, computational fluid dynamics to model C-1 to C-7 Combustors see "Turbines" Communication industries pollutants P-29 Commutators, carbon-graphite mix products and C-13 Comparators, optical A-2 Complex vibration, in vibrational analysis (VA) C-263 Compounds M-39 Compressible fluid, in flow measurement M-28 to M-29 Compression, air purification using A-102 Compressors see also "Axial compressors" "Centrifugal "Integrally "Isotherm "Reciprocating "Rotating "Turbocompressors" C-81 C-264 Sp-5 Compressors, air filtration systems and A-75 Compressors, air inlet manifolds, paint and corrosion damage in T-74 to T-75 Compressors, antisurge control in C-359 to C-368 Compressors, applications for C-138 Compressors, axial see "Axial compressors" Compressors, axial inlet design C-148 Compressors, centrifugal see "Centrifugal compressors" Compressors, chemical cleaners for T-67 Compressors, cleaning or washing of T-59 to T-75 Compressors, cleaning/washing equipment and procedures for T-71 to T-75 Compressors, control systems for C-136 Compressors, corrosion and corrosion inhibitors in T-74 to T-75 Compressors, debris in A-59 Compressors, detergent cleaning of T-70 Compressors, expanders (turboexpanders) using C-151 to C-152 Compressors, foaming cleaners for T-67 to T-68 Compressors, fouling of T-63 to T-65 T-67 Compressors, gas turbines and T-47 Compressors, horizontally split casing design in C-142 C-166 Compressors, hot vs. cold water cleaning of T-73 to T-74 Compressors, integrally geared see "Integrally geared compressors" Compressors, isotherm turbo see "Isotherm turbocompressors" Compressors, offline cleaning of T-67 T-70 T-73 Compressors, online cleaning of T-67 T-70 Compressors, reciprocating or labyrinthine (laby) see also "Reciprocating or labyrinthine compressors" Compressors, rinsing after cleaning of T-68 Compressors, rotating positive displacement see "Rotating positive displacement compressors" Compressors, rotors in M-40 Compressors, screw see "Rotating positive displacement compressors" Compressors, single stage design C-147 to C-148 Compressors, stall in T-48 to T-49 Compressors, subsynchronrous frequency vibration C-291 to C-294 Compressors, surging in T-48 to T-49 Compressors, TURBAIR vacuum blowers using C-149 to C-150 Compressors, turbochargers and T-112 to T-114 Compressors, vertically split casing design C-143 to C-144 Compressors, water only cleaning of, online T-69 to T-70 Compressors, water- vs. solvent-based cleaners for T-68 to T-69 Computational fluid dynamics (CFD) C-1 to C-7
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