| Particulars |
| PIPING PRESSURE DROP : For Raynold's no 2100 to 106 |
| EQUIVALENT LENGHTS for Pressure drop in the system |
| MAXIMUM ALLOWABLE FLOW OF STEAM THROUGH PIPE 41, 12 & 2" only |
| ALLOWABLE VELOCITIES FOR PROCESS FLUIDS |
| SONIC VELOCITY CALCULATION |
| PERMANENT HEAD LOSS THROUGH ORIFICE |
| VENTURI Pressure Drop |
| FLOW RECTANGULAR WEIR |
| CONTROL VALVE SIZING |
| RELIEF VALVE SIZING FOR LIQUID EXPANSION |
| STORAGE VESSEL VOLUMES |
| NPSH |
| Pressure Drop in Pipeline |
| TUBESIDE PRESSURE DROP IN SHELL & TUBE HEAT EXCHANGER |
| MOTORS kVA |
| MOTORS AMPS ETIMATE |
| CENTRIFUGAL COMPRESSOR HP |
| CENTRIFUGAL COMPRESSOR HEAD |
| TEMPERATURE RISE IN COMPRESSION |
| PUMP EFFICIENCY |
| PUMP HORSE POWER |
| RELATION OF HP, IMPELLER DIA & SPEED |
| RELATION BETWEEN PUMP HEAD, IMPELLER DIA & SPEED |
| CHANGE IN PUMP CAPACITY WITH IMPELLER DIAMETER |
| TUBESIDE PRESSURE DROP IN AIR COOLED HEAT EXCHANGER |
| MOTOR HP OUTPUT |
| MOTOR TORQUE |
| GAS EXPANDERS : AVAILABLE ENERGY |
| POWER FACTOR |
| SELECTION OF TYPE OF VACUUM EQUIPMENT |
| FAN / BLOWER OR COMPRESSOR |
| SPRAY WATER FOR PRDS |
| MAXIMUM AVAILABLE ENERGY (EXERGY) |
| FUEL TO AIR RATIO |
| COOLING TOWERS : WINDAGE LOSSES |
| COOLING WATER CONCENTRATION RATIO |
| APPROXIMATE EFFICIENCIES OF COMPRESSORS |
| Physical Properties |
The Downloading Options is not activated Kindly update the option to download
ReplyDelete