File Type: Handout
1. No2. Title0. ID5. Type9. Subtopic10. Topic11. Reference8.Minor Subject12. Subject
1001Basic Terminology1HandoutReaction ParametersReaction Parameters PE Symbols and Definitions Kinetics
1002Reversible Reaction3HandoutReaction ParametersReaction Parameters PE Symbols and Definitions Kinetics
1003Consecutive or Series Reactions5HandoutFlow Reactors, Steady StateFlow Reactors, Steady State PE Reactor Equations Kinetics
1004Parallel, Side or Sumulatenous Reactions6HandoutReaction ParametersReaction Parameters PE Yield and Selectivity Kinetics
1005Reaction Data Analysis - Integral Method7HandoutReaction ParametersReaction Parameters PE Symbols and Definitions Kinetics
1006Reaction Data Analysis - Differential Method9HandoutReaction ParametersReaction Parameters PE Symbols and Definitions Kinetics
1007Arrhenius Equation10HandoutEnergy of Activation at Two TemperaturesNomenclature PE Symbols and Definitions kinetics
1008Half-Life11HandoutHalf-LifeReaction Parameters PE Reactor Equations Kinetics
1009Stoichiometry - Constant Pressure12HandoutReaction ParametersReaction Parameters PE Symbols and Definitions Kinetics
1010Stoichiometry - Constant Volume14HandoutReaction ParametersReaction Parameters PE Symbols and Definitions Kinetics
1011Batch Reactor - Constant Pressure16HandoutBatch ReactorBatch Reactor PE Integrated Reactor Equations for Irreversible Reaction Kinetics
1012Batch Reactor - Constant Volume18HandoutBatch ReactorBatch Reactor PE Integrated Reactor Equations for Irreversible Reaction Kinetics
1013Plug Flow Reactor - Constant Volume19HandoutFlow Reactors, Steady StateFlow Reactors, Steady State PE Reactor Equations Kinetics
1014Plug Flow Reactor - Constant Pressure20HandoutFlow Reactors, Steady StateFlow Reactors, Steady State PE Reactor Equations Kinetics
1015CSTR Mixed Reactor - Constant Volume22HandoutFlow Reactors, Steady StateFlow Reactors, Steady State PE Reactor Equations Kinetics
1016Reactors in Series - Constant Volume24HandoutFlow Reactors, Steady StateFlow Reactors, Steady State PE Reactor Equations Kinetics
1017Reactors in Series - Constant Pressure25HandoutFlow Reactors, Steady StateFlow Reactors, Steady State PE Reactor Equations Kinetics
1018Unsteady State Back-Mixed Reactors27HandoutReactorsReactors PE Reactors Kinetics
1019Third Order - Constant Pressure28HandoutReaction ParametersReaction Parameters PE Symbols and Definitions Kinetics
2001Compressibility factor - Vapor Density37HandoutNonideal SystemsNonideal Systems PE Behavior of Single-Component Systems Mass/Energy Balances and Thermodynamics
2002Pitzer acentric factor - Vapor Density41HandoutEnergy Balances and ThermodynamicsEnergy Balances and Thermodynamics PE Ideal and Real Gas Laws Mass/Energy Balances and Thermodynamics
2003van der Waals equation of state - Vapor Density42HandoutNonideal SystemsNonideal Systems PE Behavior of Single-Component Systems Mass/Energy Balances and Thermodynamics
2004Liquid density44HandoutEnergy Balances and ThermodynamicsEnergy Balances and Thermodynamics PE Ideal and Real Gas Laws Mass/Energy Balances and Thermodynamics
2005Vapor pressure45HandoutEnergy Balances and ThermodynamicsEnergy Balances and Thermodynamics PE Behavior of Single-Component Systems Mass/Energy Balances and Thermodynamics
2006Enthalpy of vaporization46HandoutEnergy Balances and ThermodynamicsEnergy Balances and Thermodynamics PE Energy Balances and Thermodynamics Mass/Energy Balances and Thermodynamics
2007Heat of formation47HandoutEnergy Balances and ThermodynamicsEnergy Balances and Thermodynamics PE Energy Balances and Thermodynamics Mass/Energy Balances and Thermodynamics
2008Gibbs Energy of Formation48HandoutEnergy Balances and ThermodynamicsEnergy Balances and Thermodynamics PE Energy Balances and Thermodynamics Mass/Energy Balances and Thermodynamics
2009Liquid heat capacity49HandoutEnergy Balances and ThermodynamicsEnergy Balances and Thermodynamics PE Energy Balances and Thermodynamics Mass/Energy Balances and Thermodynamics
2010Viscosity of Gas High Pressure50HandoutEnergy Balances and ThermodynamicsEnergy Balances and Thermodynamics PE Energy Balances and Thermodynamics Mass/Energy Balances and Thermodynamics
2011Viscosity of Liquid52HandoutEnergy Balances and ThermodynamicsEnergy Balances and Thermodynamics PE Energy Balances and Thermodynamics Mass/Energy Balances and Thermodynamics
2012Thermal conductivity of gases53HandoutEnergy Balances and ThermodynamicsEnergy Balances and Thermodynamics PE Thermodynamic Properties Mass/Energy Balances and Thermodynamics
2013Joule-Thompson effect54HandoutEnergy Balances and ThermodynamicsEnergy Balances and Thermodynamics PE Energy Balances and Thermodynamics Mass/Energy Balances and Thermodynamics
2014Enthalpy Deviation - Residual Function56HandoutEnergy Balances and ThermodynamicsEnergy Balances and Thermodynamics PE Energy Balances and Thermodynamics Mass/Energy Balances and Thermodynamics
2015Entropy Deviation - Residual Function61HandoutNonideal SystemsNonideal Systems PE Non-Ideal Systems Mass/Energy Balances and Thermodynamics
2016Process Evaluation67HandoutThermodynamicsThermodynamics PE Thermodynamics Mass/Energy Balances and Thermodynamics
2017Adiabatic process - Process Evaluation68HandoutThermodynamicsThermodynamics PE Thermodynamics Mass/Energy Balances and Thermodynamics
2018Polytropic process - Process Evaluation69HandoutThermodynamicsThermodynamics PE Thermodynamics Mass/Energy Balances and Thermodynamics
2019Isothermal process - Process Evaluation70HandoutThermodynamicsThermodynamics PE Thermodynamics Mass/Energy Balances and Thermodynamics
2020Isobaric71HandoutThermodynamicsThermodynamics PE Thermodynamics Mass/Energy Balances and Thermodynamics
2021Isochoric72HandoutThermodynamic PrinciplesThermodynamic Principles PE Ideal and Real Gas Laws Mass/Energy Balances and Thermodynamics
2022Steam Turbine - Process Evaluation73HandoutThermodynamic PrinciplesThermodynamic Principles PE Thermodynamic Principles Mass/Energy Balances and Thermodynamics
2023Pumping of Liquids - Process Evaluation77HandoutThermodynamicsThermodynamics PE Thermodynamics Mass/Energy Balances and Thermodynamics
2024Refrigeration - Process Evaluation78HandoutThermodynamic PrinciplesThermodynamic Principles PE Thermodynamic Principles Mass/Energy Balances and Thermodynamics
2025Excess Properties of Solutions81HandoutNonideal SystemsNonideal Systems PE Non-Ideal Systems Mass/Energy Balances and Thermodynamics
2026Partial Molar Properties of Solutions82HandoutThermodynamicsThermodynamics PE Thermodynamics Mass/Energy Balances and Thermodynamics
2027Activity coefficient83HandoutNonideal SystemsNonideal Systems PE Thermodynamic Properties Mass/Energy Balances and Thermodynamics
2028Redlich Kwong Equation84HandoutThermodynamicsThermodynamics PE Thermodynamics Mass/Energy Balances and Thermodynamics
2029Real Isothermal Work - PVT Equations of State85HandoutThermodynamicsThermodynamics PE Thermodynamics Mass/Energy Balances and Thermodynamics
2030Real Isothermal Work - Z as a Function of Pressure86HandoutThermodynamicsThermodynamics PE Thermodynamics Mass/Energy Balances and Thermodynamics
2031Fugacity Coefficient - PVT Equations of State87HandoutNonideal SystemsNonideal Systems PE Behavior of Multicomponent Systems Mass/Energy Balances and Thermodynamics
2032Equilibrium Constant at Elevated Conditions88HandoutThermodynamicsThermodynamics PE Thermodynamics Mass/Energy Balances and Thermodynamics
2033Equilibrium Constant92HandoutThermodynamicsThermodynamics PE Thermodynamics Mass/Energy Balances and Thermodynamics
2034Chemical Equilibrium - Specific Heat Data Available94HandoutThermodynamicsThermodynamics PE Thermodynamics Mass/Energy Balances and Thermodynamics
2035Chemical Equilibrium - Specific Heat Data Limited95HandoutThermodynamicsThermodynamics PE Thermodynamics Mass/Energy Balances and Thermodynamics
2036Chemical Equilibrium - Specific Heat Data Missing96HandoutThermodynamicsThermodynamics PE Thermodynamics Mass/Energy Balances and Thermodynamics
2037Chemical Equilibrium97HandoutThermodynamicsThermodynamics PE Thermodynamics Mass/Energy Balances and Thermodynamics
3001Adiabatic Flame Temperature - Feed at Ambient Conditions98HandoutMass/Energy BalancesMass/Energy Balances PE Thermodynamics Mass/Energy Balances and Thermodynamics
3002Adiabatic Flame Temperature - Feed at Elevated Temperature99HandoutMass/Energy BalancesMass/Energy Balances PE Thermodynamics Mass/Energy Balances and Thermodynamics
3003Enthalpy of Combustion Products - Empirical Formula100HandoutMaterial Balances With ReactionEnergy Balances and Thermodynamics PE Mass Balances with Reaction Mass/Energy Balances and Thermodynamics
3004Enthalpy of Combustion Products - Theoretical Calculations101HandoutMaterial Balances With ReactionEnergy Balances and Thermodynamics PE Mass Balances with Reaction Mass/Energy Balances and Thermodynamics
3005Air Requirement103HandoutEnergy Balances and ThermodynamicsEnergy Balances and Thermodynamics PE Mass Balances with Reaction Mass/Energy Balances and Thermodynamics
3006Products of Combustion104HandoutMaterial Balances With ReactionEnergy Balances and Thermodynamics PE Mass Balances with Reaction Mass/Energy Balances and Thermodynamics
3007Steam Superheater105HandoutEnergy Balances and ThermodynamicsEnergy Balances and Thermodynamics PE Mass Balances with Reaction Mass/Energy Balances and Thermodynamics
3008Explosive Limits106HandoutEnergy Balances and ThermodynamicsEnergy Balances and Thermodynamics PE Mass Balances with Reaction Mass/Energy Balances and Thermodynamics
3009Oxygen Correction107HandoutEnvironmental ConsiderationsEnvironmental Considerations PE Safety, Health, and Environment Plant Design and Operation
3010Performance - Destruction and Removal108HandoutEnvironmental ConsiderationsEnvironmental Considerations PE Safety, Health, and Environment Plant Design and Operation
3011Lime Treatment109HandoutEnvironmental ConsiderationsEnvironmental Considerations PE Safety, Health, and Environment Plant Design and Operation
3012Moist Air Properties110HandoutEnvironmental ConsiderationsEnvironmental Considerations PE Safety, Health, and Environment Plant Design and Operation
3013Heating of Moist Air116HandoutHumidification and DehumidificationHumidification and Dehumidification PE Humidification and Dehumidification Plant Design and Operation
3014Cooling of Moist Air117HandoutHumidification and DehumidificationHumidification and Dehumidification PE Humidification and Dehumidification Plant Design and Operation
3015Adiabatic Mixing of Two Streams of Moist Air118HandoutHumidification and DehumidificationHumidification and Dehumidification PE Humidification and Dehumidification Plant Design and Operation
3016Adiabatic Mixing of Moist Air with Injected Water119HandoutHumidification and DehumidificationHumidification and Dehumidification PE Humidification and Dehumidification Plant Design and Operation
3017Adiabatic Saturation120HandoutHumidification and DehumidificationHumidification and Dehumidification PE Humidification and Dehumidification Plant Design and Operation
3018Recycle Stream121HandoutRecycleRecycle PE Complex Reactions Plant Design and Operation
3019Enthalpy Concentration Chart122HandoutMass/Energy BalancesMass/Energy Balances PE Thermodynamics Mass/Energy Balances and Thermodynamics
3020Dehumidification124HandoutMass BalanceMass Balance PE Mass Balance Mass/Energy Balances and Thermodynamics
4001Pitot Tube128HandoutFlow Measurement ApplicationFlow Measurement Application PE Flow and Pressure Measurement Techniques Fluids
4002Velocity Meter129HandoutFlow Measurement ApplicationFlow Measurement Application PE Flow Measurement Application Fluids
4003Liquid Flow Measure - Orifice, Nozzle, Venturi130HandoutOrifice, Nozzle, and Venturi MetersOrifice, Nozzle, and Venturi Meters PE Flow and Pressure Measurement Techniques Fluids
4004Gas Flow measurement - Orifice, 134HandoutOrifice, Nozzle, and Venturi MetersOrifice, Nozzle, and Venturi Meters PE Mass and Volumetric Meters Fluids
4005Orifice Plate140HandoutOrifice, Nozzle, and Venturi MetersOrifice, Nozzle, and Venturi Meters PE Mass and Volumetric Meters Fluids
4006Area Meters - Rotameter141HandoutFlow Measurement ApplicationFlow Measurement Application PE Flow and Pressure Measurement Techniques Fluids
4007Pressure Drop - Various Materials - Energy Balances142HandoutPressure Drop in PipesPressure Drop in Pipes PE Flow Behavior Fluids
4008Energy Balance146HandoutFluid DynamicsFluid Dynamics PE Flow Behavior Fluids
4009Pressure Drop - Flow in Pipes147HandoutPressure Drop in PipesPressure Drop in Pipes PE Flow Behavior Fluids
4010Pipe Length for a Given Pressure Drop - Flow in Pipes148HandoutPressure Drop in PipesPressure Drop in Pipes PE Flow Behavior Fluids
4011Fluid velocity Estimation - Flow in Pipes149HandoutVelocityVelocity PE Flow Behavior Fluids
4012Pipe Size Estimation - Flow in Pipes150HandoutFluid DynamicsFluid Dynamics PE Flow Behavior Fluids
4013Gas Flow under Isothermal Conditions - Pressure Drop151HandoutCompressible FlowCompressible Flow PE Flow Behavior Fluids
4014Isothermal Conditions - Maximum Pipe Length152HandoutCompressible FlowCompressible Flow PE Flow Behavior Fluids
4015Isothermal Conditions - Pipe Length for a given pressure dro153HandoutCompressible FlowCompressible Flow PE Flow Behavior Fluids
4016Isentropic Flow - Nozzle154HandoutOrifice, Nozzle, and Venturi MetersOrifice, Nozzle, and Venturi Meters PE Flow and Pressure Measurement Techniques Fluids
4025Isentropic Flow155HandoutCompressible FlowCompressible Flow PE Flow Behavior Fluids
4017Minor Losses, Fittings and Valves.156HandoutFlow in PipesFlow in Pipes PE Flow Behavior Fluids
4018Fitting Losses - Miscellaneous Losses159HandoutValve and Fitting LossesValve and Fitting Losses PE Flow Behavior Fluids
4019Flow Coefficient - Miscellaneous Losses160HandoutFlow in PipesFlow in Pipes PE Flow Behavior Fluids
4020Pumping Similitude162HandoutPumpsPumps PE Flow Applications Fluids
4021Pumping Similitude163HandoutPumpsPumps PE Flow Applications Fluids
4022Specific Speed and Pumping Arrangement - Centrifugal Pumps164HandoutPumpsPumps PE Flow Applications Fluids
4023Series and Parallel Arrangement - Centrifugal Pumps165HandoutFlow Reactors, Steady StateFlow Reactors, Steady State PE Reactor Equations Fluids
4024Net Positive Suction Head - Centrifugal Pumps166HandoutPumpsPumps PE Flow Applications Fluids
4026Piping Network167HandoutPumpsPumps PE Flow Behavior Fluids
4027Piping Network168HandoutPumpsPumps PE Flow Behavior Fluids
4028Piping Network169HandoutPumpsPumps PE Flow Behavior Fluids
5001Conduction through a Composite Layer176HandoutConductionHeat Transfer without Phase Change PE Heat Transfer Mechanisms Heat Transfer
5002Conduction through a Cylinderical Body180HandoutConductionHeat Transfer without Phase Change PE Heat Transfer Mechanisms Heat Transfer
5003Critical Radius of Insulation181HandoutHeat Transfer without Phase ChangeHeat Transfer without Phase Change PE Heat-Transfer Mechanisms Heat Transfer
5004Wall of Infinite Thickness Heated on One Side182HandoutHeat-Exchange Equipment DesignHeat-Exchange Equipment Design PE Heat Exchange Equipment Design Heat Transfer
5005Wall of Finite Thickness Heated on Both Sides184HandoutHeat-Exchange Equipment DesignHeat-Exchange Equipment Design PE Heat Exchange Equipment Design Heat Transfer
5006Finite Body Heated by a Fluid with Contact Resistance186HandoutHeat-Exchange Equipment DesignHeat-Exchange Equipment Design PE Heat-Transfer Applications Heat Transfer
5007Heat Loss from Extended Surfaces188HandoutHeat-Exchange Equipment DesignHeat-Exchange Equipment Design PE Heat-Transfer Applications Heat Transfer
5008Natural Convection - Air189HandoutConvectionHeat-Exchange Equipment Design PE Heat-Transfer Mechanisms Heat Transfer
5009Free Convection - Wet Steam191HandoutConvectionFree-Forced Heat Transfer Coefficients PE Heat-Transfer Mechanisms Heat Transfer
5010Fee Convection - Film Coefficient192HandoutConvectionDesign Parameters for Non-Trayed Units PE Free/Forced Heat Transfer Coefficient/Correlation Heat Transfer
5011Free Convection - Square Plate193HandoutConvectionFree-Forced Heat Transfer Coefficients PE Heat-Transfer Mechanisms Heat Transfer
5012Forced convection - Flow through Tube194HandoutConvectionFree-Forced Heat Transfer Coefficients PE Heat-Transfer Mechanisms Heat Transfer
5013Forced convection - Flow through annuli195HandoutConvectionFree-Forced Heat Transfer Coefficients PE Heat-Transfer Mechanisms Heat Transfer
5014Forced Convection - Clean Coefficient, Uc and Fouling Resist196HandoutConvectionHeat-Exchange Equipment Design PE Heat-Transfer Applications Heat Transfer
5015Forced Convection - Flow through Tube199HandoutConvectionHeat Transfer without Phase Change PE Heat Transfer Mechanisms Heat Transfer
5016Forced Convection - Flow through annuli200HandoutConvectionHeat Transfer without Phase Change PE Heat Transfer Mechanisms Heat Transfer
5017Forced Convection - Shell and Tube Exchangers201HandoutConvectionHeat Transfer without Phase Change PE Heat Transfer Mechanisms Heat Transfer
5018Condensation in a Horizontal Tube202HandoutHeat Transfer With Phase ChangeHeat Transfer With Phase Change PE Heat-Transfer With Phase Change Heat Transfer
5019LMTD Correction Factors for Heat Exchangers.206HandoutHeat Transfer without Phase ChangeHeat Transfer without Phase Change PE Heat Exchange Equipment Design Heat Transfer
5020Optimum Arrangment of Fluids208HandoutHeat Transfer without Phase ChangeHeat Transfer without Phase Change PE Heat-Transfer Mechanisms Heat Transfer
5021Optimum Outlet Temperature - Shell and Tube Arrangement211HandoutHeat Transfer without Phase ChangeHeat Transfer without Phase Change PE Heat-Transfer Mechanisms Heat Transfer
5022Batch Process - Isothermal Heating of Batch Contents by Inte212HandoutHeat-Exchange Equipment DesignHeat-Exchange Equipment Design PE Heat Transfer Heat Transfer
5023Batch Process - Non-Isothermal Batch Cooling214HandoutHeat-Exchange Equipment DesignHeat-Exchange Equipment Design PE Heat Transfer Heat Transfer
5024Batch Process - Heating of Tank Contents by an External Heat215HandoutHeat-Exchange Equipment DesignHeat-Exchange Equipment Design PE Heat Transfer Heat Transfer
5025Batch Process - Agitated vessel - Coil Immersed in216HandoutHeat-Exchange Equipment DesignHeat-Exchange Equipment Design PE Heat Transfer Heat Transfer
5026Parallel Surfaces217HandoutHeat Transfer without Phase ChangeHeat Transfer without Phase Change PE Yield and Selectivity Heat Transfer
5027Parallel Planes218HandoutHeat Transfer without Phase ChangeHeat Transfer without Phase Change PE Yield and Selectivity Heat Transfer
5028Heat Loss due to Mixed Mode 219HandoutHeat Transfer without Phase ChangeHeat Transfer without Phase Change PE Heat-Transfer Mechanisms Heat Transfer
5029Mixed Mode of Heat Transfer220HandoutSpecial caseSpecial case PE Special case Heat Transfer
5030Heat Loss due to Convection221HandoutConvectionSpecial case PE Heat-Transfer Mechanisms Heat Transfer
5031Heat Loss from a buried pipe222HandoutSpecial caseSpecial case PE Special case Heat Transfer
10001Evaporation - Single-Effect223HandoutEvaporationEvaporation PE Evaporation Plant Design and Operation
10002Evaporation - Multiple Effects - Forward Feed224HandoutEvaporationEvaporation PE Evaporation Plant Design and Operation
10003Evaporation - Multiple Effects - Backward Feed225HandoutEvaporationEvaporation PE Evaporation Plant Design and Operation
6001Vapor Liquid Equilibrium, Dew Point228HandoutPhase Equilibrium ApplicationsPhase Equilibrium Applications PE Phase Equilibria Mass Transfer
6002Dew Point231HandoutDew PointDew Point PE Phase Equilibria Mass Transfer
6003Flash Vaporization232HandoutPhase Equilibrium ApplicationsPhase Equilibrium Applications PE Continuous Vapor-Liquid Contactors Mass Transfer
6004Batch Distillation233HandoutBatch DistillationBatch Distillation PE Mass Transfer Mass Transfer
6005Fractionation234HandoutMaterial and Energy Balances for Trayed and Packed UnitsMaterial and Energy Balances for Trayed and Packed Units PE Continuous Vapor-Liquid Contactors Mass Transfer
6006Feed Quality235HandoutMaterial and Energy Balances for Trayed and Packed UnitsMaterial and Energy Balances for Trayed and Packed Units PE Continuous Vapor-Liquid Contactors Mass Transfer
6007Minimum Reflux Ratio236HandoutMaterial and Energy Balances for Trayed and Packed UnitsMaterial and Energy Balances for Trayed and Packed Units PE Continuous Vapor-Liquid Contactors Mass Transfer
6010Total Reflux and Minimum Number of Stages238HandoutMaterial and Energy Balances for Trayed and Packed UnitsMaterial and Energy Balances for Trayed and Packed Units PE Continuous Vapor-Liquid Contactors Mass Transfer
6008Rectification and stripping lines240HandoutMaterial and Energy Balances for Trayed and Packed UnitsMaterial and Energy Balances for Trayed and Packed Units PE Continuous Vapor-Liquid Contactors Mass Transfer
6009Liquid and Vapor Quantities241HandoutMaterial and Energy Balances for Trayed and Packed UnitsMaterial and Energy Balances for Trayed and Packed Units PE Continuous Vapor-Liquid Contactors Mass Transfer
6011Condenser Load242HandoutMaterial and Energy Balances for Trayed and Packed UnitsMaterial and Energy Balances for Trayed and Packed Units PE Continuous Vapor-Liquid Contactors Mass Transfer
6012Reboiler Load243HandoutMaterial and Energy Balances for Trayed and Packed UnitsMaterial and Energy Balances for Trayed and Packed Units PE Continuous Vapor-Liquid Contactors Mass Transfer
7001Mass Transfer Coefficient - Free Convection248HandoutConvectionNontrayed Continuous Contact Columns PE Mass Transfer Coefficient/Height of Transfer Unit Mass Transfer
7002Mass Transfer Coefficient - Convective Mode249HandoutNontrayed Continuous Contact ColumnsNontrayed Continuous Contact Columns PE Mass Transfer Coefficient/Height of Transfer Unit Mass Transfer
7003Mass Transfer Coefficient - Tubular Column252HandoutNontrayed Continuous Contact ColumnsNontrayed Continuous Contact Columns PE Mass Transfer Coefficient/Height of Transfer Unit Mass Transfer
7004Mass Transfer Coefficient, Packing Properties253HandoutNontrayed Continuous Contact ColumnsNontrayed Continuous Contact Columns PE Continuous Vapor-Liquid Contactors Mass Transfer
7005Air Stripping254HandoutMaterial and Energy Balances for Trayed and Packed UnitsMaterial and Energy Balances for Trayed and Packed Units PE Continuous Vapor-Liquid Contactors Mass Transfer
7006Hydraulics of a Packed Tower255HandoutMaterial and Energy Balances for Trayed and Packed UnitsMaterial and Energy Balances for Trayed and Packed Units PE Continuous Vapor-Liquid Contactors Mass Transfer
7007Gas Absorption258HandoutMaterial and Energy Balances for Trayed and Packed UnitsMaterial and Energy Balances for Trayed and Packed Units PE Continuous Vapor-Liquid Contactors Mass Transfer
7008Number of Transfer Unit262HandoutMaterial and Energy Balances for Trayed and Packed UnitsMaterial and Energy Balances for Trayed and Packed Units PE Continuous Vapor-Liquid Contactors Mass Transfer
7009Steam Stripping265HandoutMaterial and Energy Balances for Trayed and Packed UnitsMaterial and Energy Balances for Trayed and Packed Units PE Continuous Vapor-Liquid Contactors Mass Transfer
7010Number of Transfer Unit266HandoutMaterial and Energy Balances for Trayed and Packed UnitsMaterial and Energy Balances for Trayed and Packed Units PE Continuous Vapor-Liquid Contactors Mass Transfer
8001Crosscurrent Solvent Extraction267HandoutLiquid-Liquid ExtractionLiquid-Liquid Extraction PE Miscellaneous Mass Transfer Processes Mass Transfer
8002Immiscible Solvent - Extraction268HandoutLiquid-Liquid ExtractionLiquid-Liquid Extraction PE Miscellaneous Mass Transfer Processes Mass Transfer
8003Counter-current Extraction269HandoutLiquid-Liquid ExtractionLiquid-Liquid Extraction PE Miscellaneous Mass Transfer Processes Mass Transfer
9001Equilibrium Stages for Constant Solvent/Inert Ratio270HandoutMiscellaneous Mass Transfer ProcessesMiscellaneous Mass Transfer Processes PE Miscellaneous Mass Transfer Processes Mass Transfer
9002Right-angle Triangular Diagram271HandoutMiscellaneous Mass Transfer ProcessesMiscellaneous Mass Transfer Processes PE Miscellaneous Mass Transfer Processes Mass Transfer
9003Ponchon-Savarit Diagram272HandoutMiscellaneous Mass Transfer ProcessesMiscellaneous Mass Transfer Processes PE Miscellaneous Mass Transfer Processes Mass Transfer
9004Crosscurrent Leaching273HandoutLeachingLeaching PE Miscellaneous Mass Transfer Processes Mass Transfer
9005Counter-current Leaching - Right Triangular Diagram274HandoutLeachingLeaching PE Miscellaneous Mass Transfer Processes Mass Transfer
9006Counter-current Leaching - Ponchon Savarit Method275HandoutLeachingLeaching PE Miscellaneous Mass Transfer Processes Mass Transfer
9007Counter-current Leaching - Constant Retention276HandoutLeachingLeaching PE Miscellaneous Mass Transfer Processes Mass Transfer
11001Rates of Drying277HandoutDrying of SolidsDrying of Solids PE Miscellaneous Mass Transfer Processes Mass Transfer
11002Drying of Granular Solids, Air Requirement278HandoutDrying of SolidsDrying of Solids PE Miscellaneous Mass Transfer Processes Mass Transfer
11003Cooling Tower Operation279HandoutCooling TowersCooling Towers PE Cooling Towers Plant Design and Operation
11004Cooling Tower Height280HandoutCooling TowersCooling Towers PE Cooling Towers Plant Design and Operation
12001Leaf Filter, Constant Filtration281HandoutFiltrationFiltration PE Miscellaneous Mass Transfer Processes Mass Transfer
12002Plate and Frame Press, Cake Washing282HandoutMiscellaneous Mass Transfer ProcessesMiscellaneous Mass Transfer Processes PE Miscellaneous Mass Transfer Processes Mass Transfer
12003Centrifugal Filtration283HandoutFiltrationFiltration PE Miscellaneous Mass Transfer Processes Mass Transfer
14001Cyclone Separator284HandoutCycloneCyclone PE Flow Applications Fluids
14002Electrostatic Precipitator285HandoutGas CleaningGas Cleaning PE Gas Cleaning Plant Design and Operation
14003Venturi Scrubber286HandoutOrifice, Nozzle, and Venturi MetersOrifice, Nozzle, and Venturi Meters PE Flow and Pressure Measurement Techniques Plant Design and Operation