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Reactor Design: Mole Balances, Rate Laws & Temperature Effects

Dive into reactor design principles with a review of mole balances, rate laws, and temperature effects on reaction kinetics. Understand key concepts like reaction orders and the Arrhenius equation. Discover the impact of temperature on reactor performance.

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Reactor Design: Mole Balances, Rate Laws & Temperature Effects

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Presentation Transcript

  1. Today’s Lecture 1/10/08 (3) • Block 1: Mole Balances (Review) Size CSTRs and PFRs given –rA=f(X) Conversion for Reactors in Series • Block 2: Rate Laws Reaction Orders Arrhenius Equation Activation Energy Effect of Temperature

  2. Levenspiel Plot

  3. CSTR

  4. PFR

  5. Review of Lecture 1

  6. Two steps to get                    Step 1: Rate Law Step 2: Stoichiometry Step 3: Combine to get

  7. Arrhenius Equation

  8. Reaction Coordinate

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