

Reboiler Heat Duty after Kern, 169 Kettle Horizontal Reboilers, 169 Nucleate or Alternate Designs Procedure, 173 Kettle Reboiler Horizontal Shells, 174 Horizontal Kettle Reboiler Disengaging Space, 174 Kettel Horizontal Reboilers, Alternate Designs, 174 Example 10-18. Heating Oil Using High Temperature Heat Transfer Fluid, 157 Pressure Drop, 160 Falling Film Liquid Flow in Tubes, 160 Vaporization and Boiling, 161 Vaporization in Horizontal Shell Natural Circulation, 164 Vaporization in Horizontal Shell Natural Circulation, 165 Pool and Nucleate Boiling - General Correlation for Heat Flux and Critical Temperature Difference, 165 Reboiler Heat Balance, 168 Example 10-17. Condensing in Presence of Noncondensables, Colburn-Hougen Method, 148 Multizone Heat Exchange, 154 Fluids in Annulus of Tube-in-Pipe or Double Pipe Exchanger, Forced Convection, 154 Approximation of Scraped Wall Heat Transfer, 154 Heat Transfer in Jacketed, Agitated Vessels/Kettles, 156 Example 10-16. Chlorine-Air Condenser, Noncondensables, Vertical Condenser, 144 Example 10-15. Gas Cooling and Partial Condensing in Tubes, 139 Condensing Vapors in Presence of Noncondensable Gases, 143 Example 10-14. Steam Heated Feed Preheater-Steam in Shell, 138 Example 10-13. Desuperheating and Condensing Propylene in Shell, 134 Example 1012. Total Condenser, 124 RODbaffled® (ShellSide) Exchangers, 129 Condensation Inside Tubes, 129 Example 10-11. Heat Transfer.īundle, 116 Horizontal Tube Bundle, 119 Stepwise Use of Devore Charts, 121 Subcooling, 122 Film Temperature Estimation for Condensing, 123 Condenser Design Procedure, 123 Example 10-10.

Ludwig Retired Consulting Engineer Baton Rouge, LouisianaĬontents Foreword to the Second Edition. Heat Transfer Refrigeration Systems Compression Equipment (Including Fans) Reciprocating Compression Surge Drums Mechanical DriversĪPPLIED PROCESS D E S I G N FOR CHEMICAL AND PETROCHEMICAL PLANTS Volume 3, Third Edition Ernest E. Process Planning, Scheduling, Flowsheet Design Fluid Flow Pumping of Liquids Mechanical Separations Mixing of Liquids Ejectors Process Safety and Pressure-Relieving Devices Appendix of Conversion Factors APPLIED PROCESS D E S I G N FOR CHEMICAL AND PETROCHEMICAL PLANTS Volume 3, Third Edition
