File Type: Handout
|1||1001||Basic Terminology||Handout|Rate Equation||Rate Equation||Reaction Parameters||||Kinetics||Next:|
|3||1002||Reversible Reaction||Handout|Rate Equation||Rate Equation||Reaction Parameters||||Kinetics||Next:|
|5||1003||Consecutive or Series Reactions||Handout|Complex Reactors||Complex Reactors||Reactors||||Kinetics||Next:|
|6||1004||Parallel, Side or Sumulatenous Reactions||Handout|Rate Equation||Rate Equation||Reaction Parameters||||Kinetics||Next:|
|7||1005||Reaction Data Analysis - Integral Method||Handout|Rate Equation||Rate Equation||Reaction Parameters||||Kinetics||Next:|
|9||1006||Reaction Data Analysis - Differential Method||Handout|Rate Equation||Rate Equation||Reaction Parameters||||Kinetics||Next:|
|10||1007||Evaluation of Arrhenius Parameters||Handout|Rate Equation||Rate Equation||Reaction Parameters||||Kinetics||Next:|
|11||1008||Half-Life||Handout|Rate Equation||Rate Equation||Reaction Parameters||||Kinetics||Next:|
|12||1009||Stoichiometry - Constant Pressure||Handout|Rate Equation||Rate Equation||Reaction Parameters||||Kinetics||Next:|
|14||1010||Stoichiometry - Constant Volume||Handout|Rate Equation||Volume||Reaction Parameters||||Kinetics||Next:|
|16||1011||Batch Reactor - Constant Pressure||Handout|Rate Equation||Rate Equation||Reaction Parameters||||Kinetics||Next:|
|18||1012||Batch Reactor - Constant Volume||Handout|Rate Equation||Volume||Reaction Parameters||||Kinetics||Next:|
|19||1013||Plug Flow Reactor - Constant Volume||Handout|Rate Equation||Volume||Reaction Parameters||||Kinetics||Next:|
|20||1014||Plug Flow Reactor - Constant Pressure||Handout|Rate Equation||Rate Equation||Reaction Parameters||||Kinetics||Next:|
|22||1015||CSTR Mixed Reactor - Constant Volume||Handout|Rate Equation||Volume||Reaction Parameters||||Kinetics||Next:|
|24||1016||Reactors in Series - Constant Volume||Handout|Complex Reactors||Volume||Reactors||||Kinetics||Next:|
|25||1017||Reactors in Series - Constant Pressure||Handout|Complex Reactors||Complex Reactors||Reactors||||Kinetics||Next:|
|27||1018||Unsteady State Back-Mixed Reactors||Handout|Complex Reactors||Complex Reactors||Reactors||||Kinetics||Next:|
|28||1019||Third Order - Constant Pressure||Handout|Rate Equation||Rate Equation||Reaction Parameters||||Kinetics||Next:|
|37||2001||Compressibility factor - Vapor Density||Handout|Ideal and Real Gas Laws||Density||Non-Ideal Systems||Hougen, p103||Mass/Energy Balances and Thermodynamics||Next:|
|41||2002||Pitzer acentric factor - Vapor Density||Handout|Ideal and Real Gas Laws||Density||Energy Balances and Thermodynamics||Perry, Fig 3-45, 3-46 and Eq. 3-23||Mass/Energy Balances and Thermodynamics||Next:|
|42||2003||van der Waals equation of state - Vapor Density||Handout|Ideal and Real Gas Laws||Density||Non-Ideal Systems||CRC Handbook of Chemistry||Mass/Energy Balances and Thermodynamics||Next:|
|44||2004||Liquid density||Handout|Ideal and Real Gas Laws||Density||Energy Balances and Thermodynamics||Perry, Eqs 3-62 and 3-63||Mass/Energy Balances and Thermodynamics||Next:|
|45||2005||Vapor pressure||Handout|Thermodynamic Properties||Thermodynamic Properties||Energy Balances and Thermodynamics||||Mass/Energy Balances and Thermodynamics||Next:|
|46||2006||Enthalpy of vaporization||Handout|Thermodynamic Properties||Thermodynamic Properties||Energy Balances and Thermodynamics||Chopey, p1-28||Mass/Energy Balances and Thermodynamics||Next:|
|47||2007||Heat of formation||Handout|Thermodynamic Properties||Thermodynamic Properties||Energy Balances and Thermodynamics||||Mass/Energy Balances and Thermodynamics||Next:|
|48||2008||Gibbs Energy of Formation||Handout|Thermodynamic Properties||Thermodynamic Properties||Energy Balances and Thermodynamics||||Mass/Energy Balances and Thermodynamics||Next:|
|49||2009||Liquid heat capacity||Handout|Thermodynamic Properties||Thermodynamic Properties||Energy Balances and Thermodynamics||Perry, Eq. 3-80||Mass/Energy Balances and Thermodynamics||Next:|
|50||2010||Viscosity of Gas High Pressure||Handout|Thermodynamic Properties||Thermodynamic Properties||Energy Balances and Thermodynamics||Perry, Eq.s 3-81 and 3-93||Mass/Energy Balances and Thermodynamics||Next:|
|52||2011||Viscosity of Liquid||Handout|Thermodynamic Properties||Thermodynamic Properties||Energy Balances and Thermodynamics||Perry, Eqs 3-103, 3-104, and 3-105||Mass/Energy Balances and Thermodynamics||Next:|
|53||2012||Thermal conductivity of gases||Handout|Thermodynamic Properties||Thermal Conductivity||Energy Balances and Thermodynamics||Perry, Eq. 3-114||Mass/Energy Balances and Thermodynamics||Next:|
|54||2013||Joule-Thompson effect||Handout|Thermodynamic Properties||Thermodynamic Properties||Energy Balances and Thermodynamics||Perry, Table 3-150||Mass/Energy Balances and Thermodynamics||Next:|
|56||2014||Enthalpy Deviation - Residual Function||Handout|Thermodynamic Properties||Thermodynamic Properties||Energy Balances and Thermodynamics||Hougen, Fig 106||Mass/Energy Balances and Thermodynamics||Next:|
|61||2015||Entropy Deviation - Residual Function||Handout|Thermodynamic Properties||Thermodynamic Properties||Non-Ideal Systems||Chopey, Fig 1-11||Mass/Energy Balances and Thermodynamics||Next:|
|67||2016||Process Evaluation||Handout|Thermodynamic Principles||Thermodynamic Principles||Thermodynamic Principles||||Mass/Energy Balances and Thermodynamics||Next:|
|68||2017||Adiabatic process - Process Evaluation||Handout|Thermodynamic Principles||Thermodynamic Principles||Thermodynamic Principles||Smith, Van Ness - Thermodynamics||Mass/Energy Balances and Thermodynamics||Next:|
|69||2018||Polytropic process - Process Evaluation||Handout|Thermodynamic Principles||Thermodynamic Principles||Thermodynamic Principles||Smith, Van Ness - Thermodynamics||Mass/Energy Balances and Thermodynamics||Next:|
|70||2019||Isothermal process - Process Evaluation||Handout|Thermodynamic Principles||Thermodynamic Principles||Thermodynamic Principles||Smith, Van Ness - Thermodynamics||Mass/Energy Balances and Thermodynamics||Next:|
|71||2020||Isobaric (constant pressure) operation - Process Evaluation||Handout|Thermodynamic Principles||Thermodynamic Principles||Thermodynamic Principles||Smith, Van Ness - Thermodynamics||Mass/Energy Balances and Thermodynamics||Next:|
|72||2021||Isomertic/isochoric (constant volume) operation - Process Ev||Handout|Ideal and Real Gas Laws||Volume||Thermodynamic Principles||Smith, Van Ness - Thermodynamics||Mass/Energy Balances and Thermodynamics||Next:|
|73||2022||Steam Turbine - Process Evaluation||Handout|Turbines||Turbines||Thermodynamic Principles||Steam Tables, Mollier Chart, Appendix K||Mass/Energy Balances and Thermodynamics||Next:|
|77||2023||Pumping of Liquids - Process Evaluation||Handout|Thermodynamic Principles||Thermodynamic Principles||Thermodynamic Principles||Steam Tables||Mass/Energy Balances and Thermodynamics||Next:|
|78||2024||Refrigeration - Process Evaluation||Handout|Refrigeration||Refrigeration||Thermodynamic Principles||Perry, Fig 3-33 and Table 3-275||Mass/Energy Balances and Thermodynamics||Next:|
|81||2025||Excess Properties of Solutions||Handout|Thermodynamic Principles||Thermodynamic Principles||Non-Ideal Systems||||Mass/Energy Balances and Thermodynamics||Next:|
|82||2026||Partial Molar Properties of Solutions||Handout|Solution Thermodynamics||Solution Thermodynamics||Solution Thermodynamics||||Mass/Energy Balances and Thermodynamics||Next:|
|83||2027||Activity coefficient||Handout|Thermodynamic Properties||Activity Coefficients||Non-Ideal Systems||||Mass/Energy Balances and Thermodynamics||Next:|
|84||2028||Redlich Kwong Equation||Handout|Derived Properties from Equations of State||Derived Properties from Equations of State||Derived Properties from Equations of State||Perry, Eq. 4-321||Mass/Energy Balances and Thermodynamics||Next:|
|85||2029||Real Isothermal Work - PVT Equations of State||Handout|Derived Properties from Equations of State||Derived Properties from Equations of State||Derived Properties from Equations of State||||Mass/Energy Balances and Thermodynamics||Next:|
|86||2030||Real Isothermal Work - Z as a Function of Pressure||Handout|Derived Properties from Equations of State||Derived Properties from Equations of State||Derived Properties from Equations of State||||Mass/Energy Balances and Thermodynamics||Next:|
|87||2031||Fugacity Coefficient - PVT Equations of State||Handout|Ideal and Real Gas Laws||Fugacity Coefficients||Non-Ideal Systems||||Mass/Energy Balances and Thermodynamics||Next:|
|88||2032||Equilibrium Constant at Elevated Conditions||Handout|Equilibrium||Equilibrium||Equilibrium||||Mass/Energy Balances and Thermodynamics||Next:|
|92||2033||Equilibrium Constant||Handout|Equilibrium||Equilibrium||Equilibrium||||Mass/Energy Balances and Thermodynamics||Next:|
|94||2034||Chemical Equilibrium - Specific Heat Data Available||Handout|Equilibrium||Equilibrium||Equilibrium||||Mass/Energy Balances and Thermodynamics||Next:|
|95||2035||Chemical Equilibrium - Specific Heat Data Limited||Handout|Equilibrium||Equilibrium||Equilibrium||||Mass/Energy Balances and Thermodynamics||Next:|
|96||2036||Chemical Equilibrium - Specific Heat Data Missing||Handout|Equilibrium||Equilibrium||Equilibrium||||Mass/Energy Balances and Thermodynamics||Next:|
|97||2037||Chemical Equilibrium||Handout|Equilibrium||Equilibrium||Equilibrium||||Mass/Energy Balances and Thermodynamics||Next:|
|98||3001||Adiabatic Flame Temperature - Feed at Ambient Conditions||Handout|Thermochemistry||Thermochemistry||Thermochemistry||||Mass/Energy Balances and Thermodynamics||Next:|
|99||3002||Adiabatic Flame Temperature - Feed at Elevated Temperature||Handout|Thermochemistry||Thermochemistry||Thermochemistry||||Mass/Energy Balances and Thermodynamics||Next:|
|100||3003||Enthalpy of Combustion Products - Empirical Formula||Handout|Mass Balances with Reaction||Combustion||Energy Balances and Thermodynamics||Hougen, p.||Mass/Energy Balances and Thermodynamics||Next:|
|101||3004||Enthalpy of Combustion Products - Theoretical Calculations||Handout|Mass Balances with Reaction||Combustion||Energy Balances and Thermodynamics||Perry||Mass/Energy Balances and Thermodynamics||Next:|
|103||3005||Air Requirement||Handout|Mass Balances with Reaction||Combustion||Energy Balances and Thermodynamics||||Mass/Energy Balances and Thermodynamics||Next:|
|104||3006||Products of Combustion||Handout|Mass Balances with Reaction||Combustion||Energy Balances and Thermodynamics||||Mass/Energy Balances and Thermodynamics||Next:|
|105||3007||Steam Superheater||Handout|Mass Balances with Reaction||Combustion||Energy Balances and Thermodynamics||||Mass/Energy Balances and Thermodynamics||Next:|
|106||3008||Explosive Limits||Handout|Mass Balances with Reaction||Combustion||Energy Balances and Thermodynamics||||Mass/Energy Balances and Thermodynamics||Next:|
|107||3009||Oxygen Correction||Handout|Environmental Considerations||Environmental Considerations||Safety, Health, and Environment||||Plant Design and Operation||Next:|
|108||3010||Performance - Destruction and Removal||Handout|Environmental Considerations||Environmental Considerations||Safety, Health, and Environment||||Plant Design and Operation||Next:|
|109||3011||Lime Treatment||Handout|Environmental Considerations||Environmental Considerations||Safety, Health, and Environment||||Plant Design and Operation||Next:|
|110||3012||Moist Air Properties||Handout|Environmental Considerations||Environmental Considerations||Safety, Health, and Environment||ASHRAE||Plant Design and Operation||Next:|
|116||3013||Heating of Moist Air||Handout|Psychrometry||Psychrometry||Humidification and Dehumidification||ASHRAE||Plant Design and Operation||Next:|
|117||3014||Cooling of Moist Air||Handout|Psychrometry||Psychrometry||Humidification and Dehumidification||ASHRAE||Plant Design and Operation||Next:|
|118||3015||Adiabatic Mixing of Two Streams of Moist Air||Handout|Psychrometry||Psychrometry||Humidification and Dehumidification||ASHRAE||Plant Design and Operation||Next:|
|119||3016||Adiabatic Mixing of Moist Air with Injected Water||Handout|Psychrometry||Psychrometry||Humidification and Dehumidification||ASHRAE||Plant Design and Operation||Next:|
|120||3017||Adiabatic Saturation||Handout|Psychrometry||Psychrometry||Humidification and Dehumidification||Hougen, p.||Plant Design and Operation||Next:|
|121||3018||Recycle Stream||Handout|Humidification||Recycle||Humidification||Hougen, p.||Plant Design and Operation||Next:|
|122||3019||Enthalpy Concentration Chart||Handout|Mass Balance||Mass Balance||Mass Balance||||Mass/Energy Balances and Thermodynamics||Next:|
|124||3020||Dehumidification||Handout|Humidification||Humidification||Mass Balance||||Mass/Energy Balances and Thermodynamics||Next:|
|128||4001||Pitot Tube||Handout|Flow Measurement||Pitot Tubes||Flow Measurement Application||||Fluids||Next:|
|129||4002||Velocity Meter||Handout|Velocity||Velocity||Flow Measurement Application||||Fluids||Next:|
|130||4003||Liquid Flow Measure - Orifice, Nozzle, Venturi||Handout|Mass and Volumetric Meters||Orifice Meters||Flow Measurement Application||||Fluids||Next:|
|134||4004||Gas Flow measurement - Orifice, ||Handout|Mass and Volumetric Meters||Orifice Meters||Flow Measurement Application||||Fluids||Next:|
|140||4005||Orifice Plate||Handout|Mass and Volumetric Meters||Orifice Meters||Flow Measurement Application||||Fluids||Next:|
|141||4006||Area Meters - Rotameter||Handout|Flow Measurement||Flow Measurement||Flow Measurement Application||||Fluids||Next:|
|142||4007||Pressure Drop - Various Materials - Energy Balances||Handout|Pressure Drop in pipes, valves and fittings||Pressure Drop in Pipes||Flow Behavior||||Fluids||Next:|
|146||4008||Energy Balance||Handout|Fluid Dynamics||Fluid Dynamics||Flow Behavior||||Fluids||Next:|
|147||4009||Pressure Drop - Flow in Pipes||Handout|Pressure Drop in pipes, valves and fittings||Pressure Drop in Pipes||Flow Behavior||McCabe, Fig 5-10||Fluids||Next:|
|148||4010||Pipe Length for a Given Pressure Drop - Flow in Pipes||Handout|Pressure Drop in pipes, valves and fittings||Pressure Drop in Pipes||Flow Behavior||McCabe, Fig 5-10||Fluids||Next:|
|149||4011||Fluid velocity Estimation - Flow in Pipes||Handout|Velocity||Velocity||Flow Behavior||McCabe, Fig 5-11||Fluids||Next:|
|150||4012||Pipe Size Estimation - Flow in Pipes||Handout|Fluid Dynamics||Fluid Dynamics||Flow Behavior||||Fluids||Next:|
|151||4013||Gas Flow under Isothermal Conditions - Pressure Drop||Handout|Pressure Drop in pipes, valves and fittings||Pressure Drop in Pipes||Flow Behavior||||Fluids||Next:|
|152||4014||Isothermal Conditions - Maximum Pipe Length||Handout|Compressible Fluids||Compressible Fluids||Flow Behavior||||Fluids||Next:|
|153||4015||Isothermal Conditions - Pipe Length for a given pressure dro||Handout|Compressible Fluids||Compressible Fluids||Flow Behavior||||Fluids||Next:|
|154||4016||Isentropic Flow - Nozzle||Handout|Compressible Fluids||Compressible Fluids||Flow Behavior||||Fluids||Next:|
|155||4025||Isentropic Flow||Handout|Compressible Fluids||Compressible Fluids||Flow Behavior||||Fluids||Next:|
|156||4017||Minor Losses, Fittings and Valves.||Handout|Flow in Pipes||Flow in Pipes||Flow Behavior||||Fluids||Next:|
|159||4018||Fitting Losses - Miscellaneous Losses||Handout|Flow in Pipes||Valve and Fitting Losses||Flow Behavior||||Fluids||Next:|
|160||4019||Flow Coefficient - Miscellaneous Losses||Handout|Flow in Pipes||Flow in Pipes||Flow Behavior||||Fluids||Next:|
|162||4020||Pumping Similitude||Handout|Pumps||Pumps||Flow Applications||||Fluids||Next:|
|163||4021||Pumping Similitude||Handout|Pumps||Pumps||Flow Applications||||Fluids||Next:|
|164||4022||Specific Speed and Pumping Arrangement - Centrifugal Pumps||Handout|Pumps||Pumps||Flow Applications||||Fluids||Next:|
|165||4023||Series and Parallel Arrangement - Centrifugal Pumps||Handout|Pumps||Pumps||Flow Applications||||Fluids||Next:|
|166||4024||Net Positive Suction Head - Centrifugal Pumps||Handout|Pumps||Pumps||Flow Applications||||Fluids||Next:|
|167||4026||Piping Network||Handout|Flow Networks||Network (Parallel Pipes)||Flow Behavior||||Fluids||Next:|
|168||4027||Piping Network||Handout|Flow Networks||Network (Parallel Pipes)||Flow Behavior||||Fluids||Next:|
|169||4028||Piping Network||Handout|Flow Networks||Network (Parallel Pipes)||Flow Behavior||||Fluids||Next:|
|176||5001||Conduction through a Composite Layer||Handout|Heat Transfer without Phase Change||Conduction||Heat Transfer without Phase Change||||Heat Transfer||Next:|
|180||5002||Conduction through a Cylinderical Body||Handout|Heat Transfer without Phase Change||Conduction||Heat Transfer without Phase Change||||Heat Transfer||Next:|
|181||5003||Critical Radius of Insulation||Handout|Insulation||Insulation||Heat Transfer without Phase Change||||Heat Transfer||Next:|
|182||5004||Wall of Infinite Thickness Heated on One Side||Handout|Unsteady-state||Unsteady-state||Heat Exchange Equipment Design||||Heat Transfer||Next:|
|184||5005||Wall of Finite Thickness Heated on Both Sides||Handout|Unsteady-state||Unsteady-state||Heat Exchange Equipment Design||Kern, Fig 18-9||Heat Transfer||Next:|
|186||5006||Finite Body Heated by a Fluid with Contact Resistance||Handout|Heat Exchange Equipment Design||Heat Exchange Equipment Design||Heat Exchange Equipment Design||Kern, Fig 18-13||Heat Transfer||Next:|
|188||5007||Heat Loss from Extended Surfaces||Handout|Heat Exchange Equipment Design||Heat Exchange Equipment Design||Heat Exchange Equipment Design||Kern, p. 517||Heat Transfer||Next:|
|189||5008||Natural Convection - Air||Handout|Heat Transfer without Phase Change||Convection||Heat Exchange Equipment Design||Perry, Table 10-1||Heat Transfer||Next:|
|191||5009||Free Convection - Wet Steam||Handout|Heat Transfer without Phase Change||Convection||Heat Exchange Equipment Design||||Heat Transfer||Next:|
|192||5010||Fee Convection - Film Coefficient||Handout|Free/Forced Heat Transfer Coefficient/Correlation||Convection||Design Parameters for Non-Trayed Units||Steam Tables||Heat Transfer||Next:|
|193||5011||Free Convection - Square Plate||Handout|Heat Transfer without Phase Change||Convection||Heat Exchange Equipment Design||Perry, Table 10-1||Heat Transfer||Next:|
|194||5012||Forced convection - Flow through Tube||Handout|Heat Transfer without Phase Change||Forced Convection||Heat Exchange Equipment Design||||Heat Transfer||Next:|
|195||5013||Forced convection - Flow through annuli||Handout|Heat Transfer without Phase Change||Forced Convection||Heat Exchange Equipment Design||||Heat Transfer||Next:|
|196||5014||Forced Convection - Clean Coefficient, Uc and Fouling Resist||Handout|Heat Exchange Equipment Design||Forced Convection||Heat Exchange Equipment Design||Kern, Table 12, Perry, Table 11-2||Heat Transfer||Next:|
|199||5015||Forced Convection - Flow through Tube||Handout|Heat Transfer without Phase Change||Forced Convection||Heat Transfer without Phase Change||||Heat Transfer||Next:|
|200||5016||Forced Convection - Flow through annuli||Handout|Heat Transfer without Phase Change||Forced Convection||Heat Transfer without Phase Change||||Heat Transfer||Next:|
|201||5017||Forced Convection - Shell and Tube Exchangers||Handout|Heat Transfer without Phase Change||Forced Convection||Heat Transfer without Phase Change||||Heat Transfer||Next:|
|202||5018||Condensation in a Horizontal Tube||Handout|Condensation||Condensation||Heat Transfer without Phase Change||Chopey, Table 7.3, Fig 10-10, Kern Fig 12-9||Heat Transfer||Next:|
|207||5019||LMTD Correction Factors for Heat Exchangers.||Handout|Heat Exchange Equipment Design||LMTD||Heat Transfer without Phase Change||Kern, Fig. 7-15, Perry, 10-14||Heat Transfer||Next:|
|209||5020||Optimum Arrangment of Fluids||Handout|Heat Exchange Equipment Design||Heat Exchange Equipment Design||Heat Transfer without Phase Change||||Heat Transfer||Next:|
|212||5021||Optimum Outlet Temperature - Shell and Tube Arrangement||Handout|Heat Exchange Equipment Design||Heat Exchange Equipment Design||Heat Transfer without Phase Change||Chopey, Fig 7-14||Heat Transfer||Next:|
|213||5022||Batch Process - Isothermal Heating of Batch Contents by Inte||Handout|Thermal Design of Heat Transfer Equipment||Thermal Design of Heat Transfer Equipment||Heat Exchange Equipment Design||Kern, Eq. 18-5||Heat Transfer||Next:|
|215||5023||Batch Process - Non-Isothermal Batch Cooling||Handout|Thermal Design of Heat Transfer Equipment||Thermal Design of Heat Transfer Equipment||Heat Exchange Equipment Design||Kern, Eq. 18-11||Heat Transfer||Next:|
|216||5024||Batch Process - Heating of Tank Contents by an External Heat||Handout|Thermal Design of Heat Transfer Equipment||Thermal Design of Heat Transfer Equipment||Heat Exchange Equipment Design||Kern, Eq. 18-17||Heat Transfer||Next:|
|217||5025||Batch Process - Agitated vessel - Coil Immersed in||Handout|Thermal Design of Heat Transfer Equipment||Thermal Design of Heat Transfer Equipment||Heat Exchange Equipment Design||Perry||Heat Transfer||Next:|
|218||5026||Parallel Surfaces||Handout|Radiation||Radiation||Heat Transfer without Phase Change||Kern||Heat Transfer||Next:|
|219||5027||Parallel Planes||Handout|Radiation||Radiation||Heat Transfer without Phase Change||Kern||Heat Transfer||Next:|
|220||5028||Heat Loss due to Mixed Mode ||Handout|Radiation||Radiation||Heat Transfer without Phase Change||Kern||Heat Transfer||Next:|
|221||5029||Mixed Mode of Heat Transfer||Handout|Special case||Special case||Special case||Kern||Heat Transfer||Next:|
|222||5030||Heat Loss due to Convection||Handout|Heat Transfer without Phase Change||Convection||Special case||Kern||Heat Transfer||Next:|
|223||5031||Heat Loss from a buried pipe||Handout|Special case||Special case||Special case||Chopey||Heat Transfer||Next:|
|224||10001||Evaporation - Single-Effect||Handout|Evaporation||Evaporation||Evaporation||Coulson and Richardson||Plant Design and Operation||Next:|
|225||10002||Evaporation - Multiple Effects - Forward Feed||Handout|Evaporation||Evaporation||Evaporation||Coulson and Richardson||Plant Design and Operation||Next:|
|226||10003||Evaporation - Multiple Effects - Backward Feed||Handout|Evaporation||Evaporation||Evaporation||Coulson and Richardson||Plant Design and Operation||Next:|
|229||6001||Vapor Liquid Equilibrium, Dew Point||Handout|Dew Point||Dew Point||Phase Equilibrium Applications||||Mass Transfer||Next:|
|232||6002||Dew Point||Handout|Dew Point||Dew Point||Phase Equilibrium Applications||||Mass Transfer||Next:|
|233||6003||Flash Vaporization||Handout|Flash Distillation||Flash Distillation||Phase Equilibrium Applications||||Mass Transfer||Next:|
|234||6004||Batch Distillation||Handout|Distillation||Distillation||Distillation||||Mass Transfer||Next:|
|235||6005||Fractionation||Handout|Distillation||Distillation||Distillation||||Mass Transfer||Next:|
|236||6006||Feed Quality||Handout|Distillation||Distillation||Distillation||||Mass Transfer||Next:|
|237||6007||Minimum Reflux Ratio||Handout|Minimum Flow Rates and Reflux||Reflux||Design Parameters for Trayed Units||||Mass Transfer||Next:|
|239||6010||Total Reflux and Minimum Number of Stages||Handout|Minimum and Theoretical Stages||Minimum Number of Stages||Design Parameters for Trayed Units||||Mass Transfer||Next:|
|241||6008||Rectification and stripping lines||Handout|Stripping||Stripping||Distillation||||Mass Transfer||Next:|
|242||6009||Liquid and Vapor Quantities||Handout|Distillation||Distillation||Distillation||||Mass Transfer||Next:|
|243||6011||Condenser Load||Handout|Distillation||Distillation||Distillation||||Mass Transfer||Next:|
|244||6012||Reboiler Load||Handout|Distillation||Distillation||Distillation||||Mass Transfer||Next:|
|249||7001||Mass Transfer Coefficient - Free Convection||Handout|Mass Transfer Coefficient/Height of Transfer Unit||Mass Transfer Coefficients||Design Parameters for Non-Trayed Units||||Mass Transfer||Next:|
|250||7002||Mass Transfer Coefficient - Convective Mode||Handout|Mass Transfer Coefficient/Height of Transfer Unit||Mass Transfer Coefficients||Design Parameters for Non-Trayed Units||||Mass Transfer||Next:|
|253||7003||Mass Transfer Coefficient - Tubular Column||Handout|Mass Transfer Coefficient/Height of Transfer Unit||Mass Transfer Coefficients||Design Parameters for Non-Trayed Units||||Mass Transfer||Next:|
|254||7004||Mass Transfer Coefficient, Packing Properties||Handout|Mass Transfer Coefficient/Height of Transfer Unit||Mass Transfer Coefficients||Design Parameters for Non-Trayed Units||||Mass Transfer||Next:|
|255||7005||Air Stripping||Handout|Continuous, batch, and semi-continuous||Stripping||Absorption||||Mass Transfer||Next:|
|256||7006||Hydraulics of a Packed Tower||Handout|Continuous, batch, and semi-continuous||Continuous, batch, and semi-continuous||Absorption||||Mass Transfer||Next:|
|259||7007||Gas Absorption||Handout|Continuous, batch, and semi-continuous||Absorption||Absorption||||Mass Transfer||Next:|
|263||7008||Number of Transfer Unit||Handout|Continuous, batch, and semi-continuous||Continuous, batch, and semi-continuous||Absorption||||Mass Transfer||Next:|
|266||7009||Steam Stripping||Handout|Continuous, batch, and semi-continuous||Stripping||Absorption||||Mass Transfer||Next:|
|267||7010||Number of Transfer Unit||Handout|Continuous, batch, and semi-continuous||Continuous, batch, and semi-continuous||Absorption||||Mass Transfer||Next:|
|268||8001||Crosscurrent Solvent Extraction||Handout|Continuous, batch, and semi-continuous||Extraction||Miscellaneous Mass Transfer Processes||||Mass Transfer||Next:|
|269||8002||Immiscible Solvent - Extraction||Handout|Continuous, batch, and semi-continuous||Extraction||Miscellaneous Mass Transfer Processes||||Mass Transfer||Next:|
|270||8003||Counter-current Extraction||Handout|Continuous, batch, and semi-continuous||Extraction||Miscellaneous Mass Transfer Processes||||Mass Transfer||Next:|
|271||9001||Equilibrium Stages for Constant Solvent/Inert Ratio||Handout|Continuous, batch, and semi-continuous||Continuous, batch, and semi-continuous||Miscellaneous Mass Transfer Processes||||Mass Transfer||Next:|
|272||9002||Right-angle Triangular Diagram||Handout|Continuous, batch, and semi-continuous||Continuous, batch, and semi-continuous||Miscellaneous Mass Transfer Processes||||Mass Transfer||Next:|
|273||9003||Ponchon-Savarit Diagram||Handout|Continuous, batch, and semi-continuous||Continuous, batch, and semi-continuous||Miscellaneous Mass Transfer Processes||||Mass Transfer||Next:|
|274||9004||Crosscurrent Leaching||Handout|Continuous, batch, and semi-continuous||Leaching||Miscellaneous Mass Transfer Processes||||Mass Transfer||Next:|
|275||9005||Counter-current Leaching - Right Triangular Diagram||Handout|Continuous, batch, and semi-continuous||Leaching||Miscellaneous Mass Transfer Processes||||Mass Transfer||Next:|
|276||9006||Counter-current Leaching - Ponchon Savarit Method||Handout|Continuous, batch, and semi-continuous||Leaching||Miscellaneous Mass Transfer Processes||||Mass Transfer||Next:|
|277||9007||Counter-current Leaching - Constant Retention||Handout|Continuous, batch, and semi-continuous||Leaching||Miscellaneous Mass Transfer Processes||||Mass Transfer||Next:|
|278||11001||Rates of Drying||Handout|Continuous, batch, and semi-continuous||Drying||Miscellaneous Mass Transfer Processes||||Mass Transfer||Next:|
|279||11002||Drying of Granular Solids, Air Requirement||Handout|Continuous, batch, and semi-continuous||Drying||Miscellaneous Mass Transfer Processes||||Mass Transfer||Next:|
|280||11003||Cooling Tower Operation||Handout|Cooling Towers||Cooling Towers||Cooling Towers||||Plant Design and Operation||Next:|
|281||11004||Cooling Tower Height||Handout|Cooling Towers||Cooling Towers||Cooling Towers||||Plant Design and Operation||Next:|
|282||12001||Leaf Filter, Constant Filtration||Handout|Continuous, batch, and semi-continuous||Filtration||Miscellaneous Mass Transfer Processes||||Mass Transfer||Next:|
|283||12002||Plate and Frame Press, Cake Washing||Handout|Continuous, batch, and semi-continuous||Continuous, batch, and semi-continuous||Miscellaneous Mass Transfer Processes||||Mass Transfer||Next:|
|284||12003||Centrifugal Filtration||Handout|Continuous, batch, and semi-continuous||Filtration||Miscellaneous Mass Transfer Processes||||Mass Transfer||Next:|
|285||14001||Cyclone Separator||Handout|Gas Cleaning||Gas Cleaning||Gas Cleaning||||Plant Design and Operation||Next:|
|286||14002||Electrostatic Precipitator||Handout|Gas Cleaning||Gas Cleaning||Gas Cleaning||||Plant Design and Operation||Next:|
|287||14003||Venturi Scrubber||Handout|Gas Cleaning||Gas Cleaning||Gas Cleaning||||Plant Design and Operation||Next:|