hamari acadmi: Elements Of Chemical Reaction Engineering

Elements Of Chemical Reaction Engineering

by H. Scott Fogler

This book is intended for use as both an undergraduate and graduate - level text in chemical reaction engineering. The level of difficulty will depend on the choice of chapters to be covered and the type and degree of difficulty of problems assigned. Most problems requiring significant numerical computations can be solved with a personal computer using either POLYMATH or MATLAB.

The first goal of this book is to enable the reader to develop a clear understanding of the fundamentals of chemical reaction engineering.This goal will be ,achieved by presenting a structure that allows the reader to solve reaction engineering problems through reasoning rather than through memorization and recall of numerous equations and the restrictions and conditions under which each equation applies. To accomplish this, we use (1) conventional problems that reinforce the student’s understanding of the basic concepts and principles (included at the end of each chapter); (2) problems whose solution require reading the literature, handbooks, or other textbooks on chemical engineering kinetics; and (3) problems that give students practice in problem definition and alternative pathways to solutions.The algorithms presented in the text for reactor design provide a framework through which one can develop confidence through reasoning rather than memorization.
The second and third goals of this book are to increase the student’s critical thinking skills and creative thinking skills by presenting heuristics and problems that encourage the student to practice these skills.Important applications of chemical reaction engineering (CRE) of all kinds can be found both iniside and outside the chemical process industries (CPI). In this text, examples from the chemical process industries include' the manufacture of ethylene oxide, phthalic anhydride,ethylene glycol, metaxylene,styrene,sulfur-trioxide, propylene glycol,ketene,and i-butane just to name a few. Also,plant safety in the CPI is addressed in both example problems and homework problems.These are real industrial reactions with actual data and reaction irate law parameters.Because of the wide versatility of the principles of CRE,a number of examples outside the CPI are included, such as the use of wetlands to degrade toxic chemicals,smog formation,longevity of motor oils,oil recovery,and pharmacokinetics (cobra bites, SADD - MADD, drug delivery).

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Elements Of Chemical Reaction Engineering