Introduction - Mass balances (moles) - Conversion and size of chemical reactors - Laws of reaction kinetics - Stoichiometry - Design of isothermal reactors I: Conversion - Design of isothermal reactors II: Mass balance and molar flow rate - Data collection and analysis of reaction rate - Systems of multiple chemical reactions - Reaction mechanisms, bioreactions, and bioreactors - Catalysis and catalytic reactors - Design of non-isothermal reactors Part I: Energy balance in steady state and adiabatic applications in PFR - Design of non-isothermal reactors Part II: Flow reactors in steady state with heat exchange - Design of non-isothermal reactors Part III: Operation in non-steady state - Limitations of mass transfer in reactive systems - Diffusion and reaction - Residence time distributions in chemical reactors - Predicting conversion and concentration directly from RTD distribution - Models for non-ideal reactors - Design of electrochemical reactors - Useful mathematics and software - Constants of ideal gases and conversion coefficients - Nomenclature - Bibliography - Index - Sources