| Chapter 1 |
PROCESS EQUIPMENT FUNDAMENTALS |
| Chapter 2 |
BASIC TERMS AND CONDITIONS |
| Chapter 3 |
HOW TRAYS WORK: FLOODING |
| Chapter 4 |
HOW TRAYS WORK: DUMPING |
| Chapter 5 |
WHY CONTROL TOWER PRESSURE |
| Chapter 6 |
WHAT DRIVES DISTILLATION TOWERS |
| Chapter 7 |
HOW REBOILERS WORK |
| Chapter 8 |
INSPECTING TOWER INTERNALS |
| Chapter 9 |
HOW INSTRUMENTS WORK |
| Chapter 10 |
PACKED TOWERS: BETTER THAN TRAYS? |
| Chapter 11 |
STEAM AND CONDENSATE SYSTEMS |
| Chapter 12 |
BUBBLE POINT AND DEW POINT |
| Chapter 13 |
STEAM STRIPPERS |
| Chapter 14 |
DRAW-OFF NOZZLE HYDRAULICS |
| Chapter 15 |
PUMPAROUNDS AND TOWER HEAT FLOWS |
| Chapter 16 |
CONDENSERS AND TOWER PRESSURE CONTROL |
| Chapter 17 |
AIR COOLERS |
| Chapter 18 |
DEAERATORS AND STEAM SYSTEMS |
| Chapter 19 |
VACUUM SYSTEMS: STEAM JET EJECTORS |
| Chapter 20 |
STEAM TURBINES |
| Chapter 21 |
SURFACE CONDENSERS |
| Chapter 22 |
SHELL-AND-TUBE HEAT EXCHANGERS |
| Chapter 23 |
HEAT EXCHANGER INNOVATIONS |
| Chapter 24 |
FIRED HEATERS: FIRE- AND FLUE-GAS SIDE |
| Chapter 25 |
FIRED HEATERS: PROCESS SIDE |
| Chapter 26 |
REFRIGERATION SYSTEMS |
| Chapter 27 |
COOLING WATER SYSTEMS |
| Chapter 28 |
CATALYTIC EFFECTS: EQUILIBRIUM AND KINETICS |
| Chapter 29 |
CENTRIFUGAL PUMPS: FUNDAMENTALS OF OPERATION |
| Chapter 30 |
CENTRIFUGAL PUMPS: DRIVER LIMITS |
| Chapter 31 |
CENTRIFUGAL PUMPS: SUCTION PRESSURE LIMITS |
| Chapter 32 |
CONTROL VALVES |
| Chapter 33 |
SEPARATORS: VAPOR-HYDROCARBON-WATER |
| Chapter 34 |
GAS COMPRESSION: THE BASIC IDEA |
| Chapter 35 |
CENTRIFUGAL COMPRESSORS AND SURGE |
| Chapter 36 |
RECIPROCATING COMPRESSORS |
| Chapter 37 |
COMPRESSOR EFFICIENCY |
| Chapter 38 |
SAFETY CONCERNS |
| Chapter 39 |
CORROSION—PROCESS UNITS |
| Chapter 40 |
FLUID FLOW IN PIPES |
| Chapter 41 |
SUPER-FRACTIONATION SEPARATION STAGE |
| Chapter 42 |
COMPUTER MODELING AND CONTROL |
| Chapter 43 |
FIELD TROUBLESHOOTING PROCESS PROBLEMS |
