Chemical Process Principles

  1. Unsteady-State Material and Energy Balances
    1. Fundamentals of Unsteady-State Systems
      1. Time-Dependent Variables
        1. Accumulation Terms
          1. Initial Conditions
            1. Boundary Conditions
            2. The General Unsteady-State Balance Equation
              1. Mathematical Formulation
                1. Material Balance Applications
                  1. Energy Balance Applications
                    1. Differential Equation Forms
                    2. Solving Unsteady-State Material Balance Problems
                      1. Single Tank Systems
                        1. Constant Volume Systems
                          1. Variable Volume Systems
                            1. Multiple Component Systems
                            2. Series of Tanks
                              1. First-Order Systems
                                1. Higher-Order Systems
                                2. Solution Methods
                                  1. Analytical Solutions
                                    1. Numerical Integration Methods
                                      1. Laplace Transform Methods
                                    2. Unsteady-State Energy Balance Problems
                                      1. Heating and Cooling of Tanks
                                        1. Lumped Parameter Models
                                          1. Heat Transfer Coefficients
                                          2. Heat Exchanger Dynamics
                                            1. Transient Response
                                              1. Time Constants
                                              2. Batch Reactor Energy Balances
                                                1. Adiabatic Operation
                                                  1. Non-Adiabatic Operation
                                                    1. Temperature Control
                                                  2. Response of Process Systems
                                                    1. First-Order Response
                                                      1. Time Constants
                                                        1. Step Response
                                                          1. Exponential Approach
                                                          2. Higher-Order Systems
                                                            1. Multiple Time Constants
                                                              1. Oscillatory Response
                                                              2. Process Control Implications
                                                                1. System Stability
                                                                  1. Control System Design

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                                                              8. Combined Material and Energy Balances

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                                                              1. Introduction to Chemical Engineering and Process Analysis