Introduction to Chemical Engineering Principles:Interface Between Chemistry and Chemical EngineeringWhat's in this BookMass BalancesEnergy BalancesHeat Transfer in Industrial Chemical ProcessesFluid Flow and Chemical ProcessingMass Transfer in Separation, Purification, and Heterogeneous SystemsExamples of Mass Transfer:Chemical Engineering Kinetics, Process Control, and Engineering EconomicsBasic Steps for Scaling Up a Process DesignThe Principles of Fluid Flow, Heat Transfer, and Mass TransferChemical Engineering Principles Applied to New TechnologiesApplied Thermodynamic:TermsTemperature and HeatDefinition of WorkConservation of Energy-The First Law of ThermodynamicsThe Second Law of Thermodynamics-The Limits of EfficiencyGibbs Free Energy, Chemical Potential, Fugacity, and ActivityApplied Phase Equilibrium and the Distribution CoefficientActivity CoefficientsFluid Flow:Fluid StaticsBuoyancyFluid Dynamics-The Character of Flowing FluidsFlow and the First Law of Thermodynamics-Bernoulli's EquationFriction Losses in Fluid FlowTypes of Pumps and Their UsesFlow Around Submerged Objects-Calculating a Drag ForceNon-Newtonian Fluid FlowMixing FluidsFlow Through Packed Beds, Porosity, and SphericityHeat Transfer:ConductionConvection-Heat Transfer with MotionRadiation-Heat Transfer Through a VacuumSteady-State Heat Conduction-q Steady with TimeSteady-State Heat Conduction with a Heat Source-Heated Wires, Chemical Reactors,and Phase ChangesUnsteady-State Heat ConductionConvective Heat Transfer-Forced and FreeDimensionless Number for Comparing Conduction and Convection-The Nusselt NumberThe Overall Heat Transfer Coefficient, U-Combining Conductive and ConvectiveHeat Transfer EffectsHeat Transfer with Flow Around ObjectsRadiative Heat TransferHow an Object's Shape Affects RadiationAn Introduction to Heat ExchangersMass Transfer:Steady-State Molecular DiffusionUnsteady-State Molecular Diffusion-Time DependenceMass Transfer at a Phase BoundaryMass Transfer for Different GeometricsEquilibrium Stage Operations, the Ideal Stage, and Phase EquilibriaMechanical Separation ProcessesApplied Reaction Kinetics and Reactor Design:A Review of Chemical Kinetics and Chemical EquilibriumChemical Reaction Kinetics CategoriesChemical Reactor DesignProcess Control and Data Acquisition:Control Applications and Types of SystemsTypes of ControlBasics of Control SystemsProcess Control EquipmentProcess Dynamics-Determining Control Response MathematicallyProcess Dynamics Design MethodsAdditional and Advanced Control MethodsData Acquisition by ComputerEngineering Economics and Process Design:Time Value of MoneyDepreciation and Salvage Value: Depreciation Methods and Sinking FundsEconomic AlternativesGuidelines for Comparing Investment AlternativesCost Indexes-Estimating Process Costs from Existing OperationsEquipment Cost-Capacity and Scaling Factors, Six-Tenths RuleCapital Investment Estimating TechniquesPricing Chemical ProductsProcess DesignConclusion.