Description

Book Synopsis
Presents a unique approach of combining cause-and-effect problem solving with formulation of theoretically correct working hypotheses Solves detailed problem scenarios in chemical engineering with methodical yet very practical five-step solutions. Unlike many books full of theoretical approaches, this book is clearly based on solid experience.

Table of Contents
Preface.

Chapter 1: Introduction.

Chapter 2: Limitations to Plant Problem Solving.

Chapter 3: Successful Plant Problem Solving.

Chapter 4: Examples of Plant Problem Solving.

Chapter 5: Formulation of Working Hypotheses.

Chapter 6: Application to Prime Movers.

Chapter 7: Application to Plate Processes

Chapter 8: Application to Kinetically Limited Processes.

Chapter 9: Application to Unsteady State.

Chapter 10: Verification of Data.

Chapter 11: Successful Plant Tests.

Chapter 12: Utilization of Manual Computations.

Chapter 13: Putting it altogether.

Chapter 14: Final Words.

Process Engineering Problem Solving Avoiding The

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    A Hardback by Joseph M. Bonem

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      View other formats and editions of Process Engineering Problem Solving Avoiding The by Joseph M. Bonem

      Publisher: John Wiley & Sons Inc
      Publication Date: 01/08/2008
      ISBN13: 9780470169285, 978-0470169285
      ISBN10: 0470169281
      Also in:
      Chemistry

      Description

      Book Synopsis
      Presents a unique approach of combining cause-and-effect problem solving with formulation of theoretically correct working hypotheses Solves detailed problem scenarios in chemical engineering with methodical yet very practical five-step solutions. Unlike many books full of theoretical approaches, this book is clearly based on solid experience.

      Table of Contents
      Preface.

      Chapter 1: Introduction.

      Chapter 2: Limitations to Plant Problem Solving.

      Chapter 3: Successful Plant Problem Solving.

      Chapter 4: Examples of Plant Problem Solving.

      Chapter 5: Formulation of Working Hypotheses.

      Chapter 6: Application to Prime Movers.

      Chapter 7: Application to Plate Processes

      Chapter 8: Application to Kinetically Limited Processes.

      Chapter 9: Application to Unsteady State.

      Chapter 10: Verification of Data.

      Chapter 11: Successful Plant Tests.

      Chapter 12: Utilization of Manual Computations.

      Chapter 13: Putting it altogether.

      Chapter 14: Final Words.

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