P

packaged gas turbine drivers, 6.95 packaged gear drives, 6.152 packed plunger metering pumps, 9.313

packing glands, 2.147 packing rings, 2.184 packing seals, 2.183 packings abrasives, 2.192 air leakage, 2.192 chemical pumps, 9.122 coefficients of friction, 2.187

compression, 2.184 continuous coil, 2.193 lantern rings, 2.141 materials used, 2.187-2.188 power pumps, 3.26 pressure issues, 2.190-2.191 rotary pumps, 3.124 sleeves, 2.138 slurry pumps, 9.357 temperature issues, 2.192 packless stuffing boxes, 2.239 Pamgren-Miner cumulative damage law, 5.26 paper mill pumps, 9.159, 9.182 black liquor, 9.163-9.164 bleach liquors, 9.164 blow tank discharge, 9.163 capacities, 9.175 chlorine dioxide, 9.165 digester circulating, 9.181 efficiencies, 9.180-9.181 foul condensate, 9.166 green liquor, 9.164 lime slurries, 9.164 liquors, 9.162 piping, 9.167 friction losses, 9.170-9.173, 9.177-9.179 slurries, 9.162 steaming out process, 9.181 stock, 9.166 stock pumps, 9.167 wash liquors, 9.165 water pumping, 9.161 white liquor, 9.162 parallel misalignment, 2.228 parallel operations, centrifugal pumps, 2.367-2.368 parallel pump bypass systems, 2.450 parallel water supply systems,

9.13-9.14 parallel-shaft gears, 6.144 parshall flumes, 13.23-13.24 partially stratified slurries, 9.322 deposition, 9.332 pressure gradients, 9.335-9.337

particle impact wear, slurry pumps, 9.364 particulates, 5.19-5.20 peak polished rod load, oil well pumps, 9.384 peak torque, oil well pumps, 9.384 pedestal bearings, 2.149 Pelton wheel turbines, 6.79 perforated plates, head losses, 8.73 performance aircraft boost pumps, 9.414 centrifugal pumps, 2.24 condenser circulating pumps, 9.105 direct acting steam pumps, 3.53 eductors, 4.30 electric motors, 6.21 LJL pumps, 4.15 pipeline pumps, 9.147 pumps, 5.3

refinery pumps, 9.141 rotary pumps, 3.147-3.149 screw pumps, 3.109 seals, 2.198 performance characteristic curves centrifugal pumps, 2.18, 2.46, 2.334 axial thrust, 2.53-2.54 backward curved blades, 2.331 CFD, 2.51-2.52 forward curved blades, 2.332 mechanical efficiency, 2.50 non-recirculating flows, 2.46 non-viscous flow, 2.329-2.330 radial curved blades, 2.332 viscous flow, 2.331 volumetric efficiency, 2.50 hydraulic water pumps, 6.197 journal bearings, 2.259-2.260 performance troubleshooting, 2.397 peristaltic food/beverage pumps, 9.193 pest control systems, 9.444 pesticide transfer systems, 9.442 petroleum pumps, 9.134 liquid viscosity, 9.150-9.154 transfer systems, 9.443 See also oil well pumps.

pharmaceutical pumps, 9.187-9.188 phosphoric acid chemical pumps, 9.117 piezoelectric accelerometers, 2.422 pigment chemical pumps, 9.116 pilot-operated ARC valves, 2.444 pilotless trim design ARC

valves, 2.444 pipeline pumps, 9.142-9.143 materials of construction,

9.145-9.147 performance, 9.147 piping bends, resistance coefficients, 8.65 discharge end, 12.9 displacement pumps acoustic velocities, 3.64-3.65 pulsation responses, 3.64 expansion joints, 12.10 fitting losses, 8.53 friction, 8.33-8.34 gas turbines, 6.95 manifold pumps, 10.29 multipump systems, 10.30 NPSH losses, 10.30 paper mill pumps, 9.167 friction losses, 9.170-9.173, 9.177-9.179 screens, 10.32 screw pumps, 3.119 sewage systens, 9.41 strainers, 10.32 strains, 12.9 suction end, 12.8 suction pits, 10.28-10.29 surge protection, 10.31 vents, 12.11

vibration problems, 10.31

displacement pumps, 3.70 warm-up flow, 12.11 piston food/beverage pumps, 9.193 piston type liquid ends, steam pumps, 3.47-3.48, 3.51

pistons engines, velocities, 6.59 hydroviscous drives, 6.134

power pumps, 3.24 reciprocating pumps, 3.37 steam pumps, speeds, 3.55 pitot static tubes, 13.18 pitot tubes, 13.18 pitting centrifugal pumps, 2.347 chemical pumps, 9.118 plain gland plates, 2.220 plant water pumps, water treatment plants, 9.18 plunger type liquid ends, steam pumps, 3.53 plungers oil well pumps fluid weight, 9.382 overtravel, 9.384 power pumps, 3.24 reciprocating pumps, 3.37 PM brushless DC motors

(permanent magnet), 6.10-6.12 pneumatic ejectors, raw sewage pumps, 9.29 poises, 8.33

polished rod power, oil well pumps, 9.384 pollutants, engines, 6.60 polymer chemical pumps,

9.115-9.116 pony rods, power pumps, 3.32 pool-to-pool head, drainage/irrigation pumps, 9.48 portable drainage pumps, 9.47 positioners, control valve actuators, 7.26 positive displacement pumps acoustic filters, 3.68 bypass control, 3.78 diagnostics, 3.70-3.71 flow control, 3.75 operating costs, 3.78 pumps in series, 3.83 food/beverage, 9.190 gas-charged dampeners, 3.69 in-line gas dampeners, 3.69 inadequate NPSH, 3.63

isentropic bulk moduli, 3.66-3.67 isothermal bulk moduli, 3.67 paper mill pumps, 9.181 piping system acoustic velocities, 3.64-3.65 pulsation responses, 3.64 vibration, 3.70 positive pulsations, 3.64 power pumps, 3.3 pulsation control, 3.67 shaft failures, 3.73 side branch accumulators, 3.69 solids pumps, 9.369 speed changer controls, 3.76 starting/stopping, 12.15 suction valve unloading, 3.76-3.77 thermal problems, 3.72 troubleshooting, 3.63 potable water marine pumps, 9.235 power end chemical pumps, 9.122 power pumps, 3.16, 3.28 power factors, electric motors, 6.26 power failures, 12.16, 2.376 power measurements, 13.35 power output, centrifugal pumps, 2.329 power pumps, 3.3 antifriction pin bearings, 3.34 applications, 3.35 bhp, 3.4

break-away torque, 3.8 capacitance, 3.4 connecting rods, 3.31 crank pin bearings, 3.33 crankshafts, 3.28-3.29 crossheads, 3.32 crossways, 3.32 cylinder, 3.22 cylinder liners, 3.26 derating, 3.9 designing, 3.21-3.22 displacement, 3.4 eccentric straps, 3.31 frames, 3.28 liquid end, 3.22

liquid-plunger separation, 3.18

lubrication, 3.34 main bearings, 3.33 manifolds, 3.27

mechanical efficiency, 3.6, 3.19

packing, 3.26

pistons, 3.24

plungers, 3.24

pony rod, 3.32

pressure, 3.4

pull rod, 3.33

pulsation, 3.10

pumping cycles, 3.10

relief valves, 3.35

rod load, 3.17

sleeve bearings, 3.33

stress limits, 3.23 stroke rate, 3.6 stuffing boxes, 3.25 torque, 3.8

unbalanced reciprocating parts force, 3.18 unbalanced rotating parts force, 3.19 valve covers, 3.28 valve dynamics, 3.14 valve spring rates, 3.16 valve springs, 3.16 valve stiction, 3.14 valves, 3.12-3.13, 3.15, 3.27 volumetric efficiency, 3.6-3.7 wrist pin bearings, 3.33 wrist pins, 3.31 power ranges, gear reducers, 6.153 power ratings engines, 6.57-6.58 screw pumps, 3.116 power shafts Francis turbines, 6.80 hydraulic turbines, 6.80 power transmission systems, 6.175-6.176, 6.191-6.192, 6.197 power-recovery turbines, 6.83 pre-bid meetings, 11.24 pre-rotation, 2.105-2.106

predetermined thrust direction, hydraulic balancing devices, 2.130 preoperation checks, centrifugal pumps, 12.14 prerotation, 10.42, 10.50 pressure chemical pump seals, 9.123 fully stratified slurry gradients,

9.335, 9.337 power pumps, 3.4 rotary pumps, 3.145 seal calculations, 2.200-2.201 screw pump capabilities, 3.103 water supply system differential, 9.12 pressure head, pumping systems, 8.5, 8.10 pressure losses, equivalent fluid slurries, 9.323 pressure lubrication system, singlestage steam turbines, 6.41 pressure pulsations, 2.403 fundamental shaft frequency, 8.105 high-energy pumps, 2.71

cavitation, 2.87 impeller vane frequency, 8.106 mining pumps, 9.209 scroll case frequency, 8.107 pressure recovery, control valves, 7.23 pressure rise, aircraft fuel pumps,

9.414-9.415 pressure sensors, 7.7 pressure temperature profiles, canned motor pumps, 2.321 pressure transducers, 13.18 pressure velocity, seals, 2.202 pressure-reducing devices, 2.145 preventing unprimed pump operation, 2.466 primary flow nozzles, LJL

pumps, 4.14 primary rings, contacting liquid lubricating seals, 2.199

prime movers, drainage/irrigation, 9.53

primers centrifugal pumps, 2.359 sewage pumps, 2.464 priming centrifugal pumps, 12.13 screw pumps, 3.120 priming chambers, 2.456 priming eductors, 4.41 priming ejectors, 2.458 priming inductors, 2.457 priming tanks, 2.465 profiles, discharge lines, waterhammer, 8.93 progressing tooth gear pumps, 3.129 progressive cavity food/beverage pumps, 9.190 progressive cavity pumps, 3.99 propeller drainage pumps, 9.46, 9.53 propeller irrigation pumps, 9.46, 9.53 propeller turbines, 6.79, 6.83 propellers, 2.113 proportional control systems, 7.3 proportioning pumps, 9.313 propulsion marine pumps, 9.216 bearings, 9.219 constant differential pressure governors, 9.220 constant pressure governors, 9.219 relief valves, 9.220 seals, 9.219 propylene uses, composite pumps, 5.57 PRVs (Pressure Reducing

Valves), 2.448 public water usage, 9.5 pull rods, power pumps, 3.33 pull-in torque, electric motors, 6.25 pulleys, 6.171 pullout pumps, 2.167 pulp mill pumps, 9.159 pulping process, 9.159-9.160 pulsation displacement pumps, 3.67 power pumps, 3.10 responses, 3.64

pump covers, rotary pumps, 3.124 pump data sheets, RFQs, 11.11 pump drives adjustable-speed belt drives, 6.167 gear reduction, 6.169 input speed, 6.168 operations, 6.170 speed control, 6.169 V belts, 6.170 continuous-tooth herringbone gears, 6.146 double helical gears, 6.146 gears, 6.143

helical gears, 6.144-6.146 hypoid-bevel gears, 6.148 parallel-shaft gears, 6.144 spiral-bevel gears, 6.147 spur gears, 6.144 straight-bevelgears, 6.147 worm gears, 6.148 zero-bevelgears, 6.147 pump efficiencies, jet pumps, 4.8 pump efficiency formula, 13.37 pump noise, 8.109 cavitation, 8.111-8.113 control techniques, 8.113 airborne noise, 8.117-8.122 controlling noise paths,

8.115-8.116 source modification, 8.113-8.114 exposure limits, 8.124 flashing, 8.113 liquid sources, 8.111 measuring, 8.122, 8.124 mechanical sources, 8.110 pump pits, cooling tower systems, 10.6 pump power formula, 13.36 pump turbines, pumped storage, 9.262 pump-out vanes, 2.115, 2.126 pumped storage systems, 9.261 conventional generation, 9.268 economic evaluation, 9.272, 9.275 generator motors, 9.262 governor times, 9.270

pump turbines, 9.262 pumping mode, 9.266 rotating spinning reserve, 9.269 surge tanks, 9.271 transient speeds, 9.263-9.264 pumping chamber, rotary pumps, 3.124 pumping conditions, mining pumps,

9.197-9.198 pumping cycles, power pumps, 3.10 pumping mode, pumped storage, 9.266 pumping stations, 9.148 sump, 9.54 superstructure, 9.54 water. See water supply systems. pumping systems, 8.3-8.4 bar racks, head losses, 8.73 defining operation requirements control systems, 11.4 fluid types, 11.2 operating modes, 11.3 pump type selection, 11.4, 11.7 system head curves, 11.2-11.3 deformation rates, 8.32 elevation head, 8.6 energy gradients, 8.12 equivalent head, 8.5 fluid characteristics, 11.7 friction, 8.32

frictional head losses, 8.41 head, 8.5

head losses, 8.32, 8.64 metering systems, 8.66 pipe frictional losses, 8.34, 8.39,

wire mesh screening, 8.71 hydraulic gradients, 8.12 incompressible liquids, 8.5 inertial head, 8.22-8.24 kinematic viscosities, 8.33 laminar flow, 8.32 meter differential pressure, 8.77 meter loss of head, 8.77 minor losses, 8.53

multiple pump systems, total head, 8.16 perforated plates, head losses, 8.73 pipe bends, resistance coefficients, 8.65 pipe friction, 8.33-8.34 pressure head, 8.5, 8.10 reverse-speed-torque, 8.20 shear stress, 8.32 siphon head, 8.25-8.31 starting against check valves, 8.20 starting against closed valves, 8.17 starting against open valves, 8.20 suction elbows, 8.66 system-head curves, 8.13 temperature variations, flow rates, 8.77 throttling orifices, head losses, 8.77 total head, 8.6-8.9 turbulent flow, 8.32 valves, flow coefficients, 8.56-8.58,

8.62-8.63 variable static head, 8.15 variable system resistance, 8.16 velocity head, 8.5 pumping time variations, water supply systems, 9.6

pumps air conditioning. See air conditioning pumps. alignment, 12.3-12.4, 12.7 aircraft fuel, 9.409 ash handling, 9.111 axial thrust, 2.401 axially split, 2.99 backflow preventers, 2.143 bearings, 2.149 bedplates, 2.155 beverage. See beverage pumps. boiler circulating, 9.108-9.109 bottom-suction, 2.106 brine, 9.259

canned motor pumps, 2.315 cantilever shaft, 2.168 casings, 2.102 feet locations, 2.110

handholes, 2.107 hydrostatic tests, 2.111 mechanical features, 2.107 cast-iron flanges, 2.110 cavitation, 2.398 centerline support, 2.157 centrifugal. See centrifugal pumps. classification, 1.2-1.3 condenser circulating. See condenser circulating pumps. control systems, 7.2 cyclone separators, 2.142 diaphragms, 3.85-3.87 diffusers, 2.97, 2.100, 2.163 direct acting throttle control, 3.75 disc diaphragm, 3.89 discharges nozzles, 2.106 piping, 12.9 recirculation, 2.398 displacement flow control, 3.75 in series flow control, 3.83 double volute, 2.101 double-ring, 2.119 doweling, 12.8

drainage. See drainage pumps.

drive shaft systems, 6.182-6.183

drive-end, 2.107

dry vacuum, 2.458

eddy current couplings, 6.99

electric motors. See electric motors.

electronic, 3.87-3.88

end suction, casings, 2.102

erosion, 5.19

field locations, 12.3

fire protection. See fire protection systems. flexible liners, 3.126 flexible pipe, bedplate issues, 2.157 flow control, 2.437, 2.441-2.443 design factors, 2.439 flow requirements, 2.438 food. See food pumps. foot valves, 2.456 foundations, 12.3, 12.8

fretting, 5.15

fuel oil. See fuel oil pumps. gear, 3.123,3.127 gerotor, 3.129 groundwater, 9.3-9.4 grouting, 12.8 heater drain. See heater drain pumps. high purity water and erosion, 5.35 horizontal-shaft, 2.99 hot water. See hot water pumps. impellers, 2.97, 2.113-2.115 inboard-end, 2.107 inducers, 2.114 intakes, 10.3 internal vane, 3.126 irrigation. See irrigation pumps. jet compressible flow case solutions, 4.8 equations, 4.7 flow regimes, 4.5-4.6 jet losses, 4.8 pump efficiencies, 4.8 jet. See jet pumps. lake water. See lake water pumps. leveling, 12.4, 12.7 lifetimes, 5.3 liquid jet compressible flow case solutions, 4.8 equations, 4.7 flow regimes, 4.5-4.6 jet losses, 4.8 pump efficiencies, 4.8 liquid rocket propellant, 9.432 LJL, equations, 4.9-4.10 lobe, 3.123,3.128-3.129 low flow rates, 2.438 magnetic bearings, 2.277-2.278 magnetic drives, 2.178 maintenance. See maintenance. marine. See marine pumps. materials of construction,

motor failure, waterhammer,

8.95-8.96 motor-driven, 3.87 multiple screw, 3.99 multistage, 2.99 casings, 2.107, 2.110 interstage passages, 2.108 non-drive-end, 2.107 nuclear, 9.279 oil well, 9.377

open impeller casings, 2.104 optimum geometry, 1.4 outboard-end, 2.107 overhauling, 12.17 paper/pulp. See paper mill pumps. performance troubleshooting,

2.397 pharmaceutical. See pharmaceutical pumps. pipeline. See pipeline pumps. power-driven, speed control, 3.75 pre-rotation, 2.105-2.106 pressure pulsations, 2.403 preventing unprimed operation, 2.466 priming, 2.455-2.458 progressing tooth gear, 3.129 progressive cavity, 3.99 radial thrust, 2.100-2.101, 2.402 radially split, 2.99 radially split double casing, 2.110 raw sewage, 9.29 refinery. See refinery pumps. refrigeration, 9.259 rigid vane, 3.126 ring casing, 2.110 rotary, 3.123 rotation, 2.107

safety shutdown systems, 2.445 saline water and erosion, 5.36 screw, 3.99

screw-and-wheel, 3.128 seal chambers, 2.139, 2.141 sealing liquids, 2.141-2.143 sealless. See sealless pumps. seawater. See seawater pumps.

selecting, 1.5 self-priming, 2.461-2.462 semi-open impeller casings, 2.105 series unit, 2.107 sewage. See sewage systems. shafts, 2.132

failures, 2.401-2.403 shutdown, waterhammer prevention, 8.103 side-suction, 2.106 single-chamber primers, 2.456 single-stage, 2.99 single-volute, 2.168 single-volute casing, 2.100 solenoid, 3.87 solid casings, 2.102 specific speed, 1.4 split casings, 2.102 stage pieces, 2.108 starting, waterhammer prevention, 8.102 steam heat. See steam heat pumps. stop pieces, 2.106 straight-radial-vane high-speed, 2.179 stuffing boxes, 2.139-2.141 submersible motor-driven wet-pit, 2.177 suction piping, 12.8 suction recirculation, 2.398-2.400 surface water, 9.3 testing. See testing pumps. thrust bearings, 2.149 tubular diaphragm, 3.91 two-chamber primers, 2.457 vacuum primers, 2.458 vane, 3.123

vertical dry-pit, 2.158-2.160 vertical propeller, 2.166-2.167 vertical sewage, 2.158 vertical shaft, 2.99 vertical single-suction, 2.160-2.162 vertical turbine, 2.163-2.165 vertical wet-pit, 2.163 volute, 2.97, 2.168 volute-casing, 2.99

vortex pumps, 2.389 wear, 5.13

well. See well pumps. wet vacuum, 2.458 purchase orders, 11.30 purchase recommendations, 11.29 purity of solutions, 9.115 pusher-type seals, 2.211 PV, pressure times velocity, 2.202 PWM (pulse width modulation) electric drives, 6.109 frequency inverters, 6.118 PWR plants (pressurized water reactor), 9.279 boron injection recirculation pumps, 9.280 charging pumps, 9.280 chilled water pumps, 9.283 component cooling water pumps, 9.280 containment spray pumps, 9.280 ECCS (emergency core cooling system), 9.280 reactor coolant pumps, 9.280 recycle evaporator feed pumps, 9.283 residual heat removal pumps, 9.280 RHR pumps (residual heat removal), 9.280 safety injection pumps, 9.280 spent fuel pit pumps, 9.283 spent resin sluicing pumps, 9.283

Survival Treasure

Survival Treasure

This is a collection of 3 guides all about survival. Within this collection you find the following titles: Outdoor Survival Skills, Survival Basics and The Wilderness Survival Guide.

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