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The exhaustive list of topics in Chemical Reaction Engineering in which we provide Help with Homework Assignment and Help with Project is as follows:

  • Stoichiometry
  • Thermodynamics of reacting systems
  • Kinetics of elementary reactions
  • Ideal reactors.
  • Kinetics of complex reactions:
    • Reaction mechanism and kinetics
    • Chain
    • Catalytic
    • Polymerization
    • Biochemical reactions
    • Analysis of reaction network
    • Lumping analysis
    • Parameter estimation.
    • Conservation equations for chemically reacting mixtures.
  • Heterogeneous reactions:
    • Mass transport with reaction
    • Catalytic and Non-catalytic
    • Gas-solid reactions
    • Gas-liquid reactions.
  • Chemical Reactor Design:
    • Transient and steady state analysis
    • Optimal design of reactors
  • Multiphase reactors: fixed, fluidized, trickle bed, slurry etc, Non-ideal continuous flow reactors.
  • Mole balances, conversions and design equation
  • Material balance equation, control volumes with and without reaction, basic rate laws, the batch reactor.
  • Balances on flow reactors (Stirred tanks and Plug flow), states of mixing, examples of real reactors .
  • Conversion definition and the basic design equation applied to batch reactors.
  • Design equation for flow reactors at steady state.
  • Reactor sizing, numerical calculations.
  • Stirred reactor versus plug flow reactor.
  • Configuration of multiple reactors in series and parallel arrangements.
  • Kinetic rate laws
  • Introduction to rate laws, stoichiometry.
  • Reaction order and elementary reactions.
  • Reaction rate constants, Arrhenius equation.
  • Stoichiometric considerations in reactor design for batch systems.
  • Stoichiometric considerations in reactor design for flow systems.
  • Ideal reactors and isothermal design
  • Design of reactors: Balances, kinetics & stoichiometry.
  • Examples: batch, semi-batch reactors.
  • Examples: flow reactors.
  • Unsteady operation of flow reactors.
  • Industrial reactors.
  • Multiple reactions, yield and selectivity
  • Types of multiple reactions.
  • Definitions of yield and selectivity.
  • Analysis of parallel, series, consecutive reactions.
  • Multiple reactions in flow reactors.
  • Non-isothermal reactor design
  • Temperature effects on reaction rates.
  • Thermal effects due to heat of reaction.
  • Energy balances in reactors.
  • Adiabatic reactors.
  • Non-adiabatic reactors: heat exchange.
  • Stability of reactors.
  • Analysis of reactor performance data
  • Batch reactor data.
  • Differential and integral methods.
  • Initial rate and half life methods.
  • Mole balances
  • Conversions and design equation
  • Material balance equation
  • Control volumes with and without reaction
  • Basic rate laws
  • The batch reactor.
  • Balances on flow reactors (Stirred tanks and Plug flow)
  • States of mixing
  • Examples of real reactors
  • Conversion definition and the basic design equation applied to batch reactors.
  • Design equation for flow reactors at steady state.
  • Reactor sizing, numerical calculations.
  • Stirred reactor versus plug flow reactor.
  • Configuration of multiple reactors in series and parallel arrangements.
  • Kinetic rate laws
  • Rate laws
  • Stoichiometry.
  • Reaction order and elementary reactions.
  • Reaction rate constants, Arrhenius equation.
  • Stoichiometric considerations in reactor design for batch systems.
  • Stoichiometric considerations in reactor design for flow systems
  • Ideal reactors and isothermal design
  • Design of reactors: Balances, kinetics & stoichiometry.
  • Examples: batch, semi-batch reactors.
  • Examples: flow reactors.
  • Unsteady operation of flow reactors.
  • Industrial reactors.
  • Multiple reactions, yield and selectivity
  • Types of multiple reactions.
  • Definitions of yield and selectivity.
  • Analysis of parallel, series, consecutive reactions.
  • Multiple reactions in flow reactors.
  • Non-isothermal reactor design
  • Temperature effects on reaction rates.
  • Thermal effects due to heat of reaction.
  • Energy balances in reactors.
  • Adiabatic reactors.
  • Non-adiabatic reactors: heat exchange.
  • Stability of reactors.
  • Analysis of reactor performance data
  • Batch reactor data.
  • Differential and integral methods.
  • Initial rate and half life methods.