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Introduction To Chemical Process (Custom) (4TH 05 Edition)

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Synopses & Reviews

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Publisher Comments:

DESCRIPTION The goal of this book is to help the student experience chemical engineering to the fullest extent possible within the constraints of limited time and limited student background. In pursuit of that goal, it teaches the freshman to solve quantitative problems, although at a low level of complexity and within a scope that is narrow and well-defined. These quantitative topics include material balances (reacting and non-reacting systems), fluid flow (including the sizing of pumps), mass transfer (diffusion and convection), chemical reactor design, heat transfer (including the design of heat exchangers), and engineering economics. As examples of the limited scope of these topics, the treatment of material balances for reacting systems is limited to single process units with one chemical reaction, and the treatment of fluid flow applications is restricted to the use of the mechanical energy balance where friction is mentioned, but friction factors and methods for determining friction losses are not introduced. Spreadsheets are also taught, and homework problems throughout the book give the students practice with this tool. In addition, a number of qualitative descriptions are presented in the text, including chapters on problem solving, engineering teamwork, and process control. Finally, the students are given a few writing assignments to illustrate the important role of written communication in engineering.

Synopsis:

DESCRIPTION The goal of this book is to help the student experience chemical engineering to the fullest extent possible within the constraints of limited time and limited student background. In pursuit of that goal, it teaches the freshman to solve quantitative problems, although at a low level of complexity and within a scope that is narrow and well-defined. These quantitative topics include material balances (reacting and non-reacting systems), fluid flow (including the sizing of pumps), mass transfer (diffusion and convection), chemical reactor design, heat transfer (including the design of heat exchangers), and engineering economics. As examples of the limited scope of these topics, the treatment of material balances for reacting systems is limited to single process units with one chemical reaction, and the treatment of fluid flow applications is restricted to the use of the mechanical energy balance where friction is mentioned, but friction factors and methods for determining friction losses are not introduced. Spreadsheets are also taught, and homework problems throughout the book give the students practice with this tool. In addition, a number of qualitative descriptions are presented in the text, including chapters on problem solving, engineering teamwork, and process control. Finally, the students are given a few writing assignments to illustrate the important role of written communication in engineering.

Table of Contents

Chapter 1 The Assignment

Chapter 2 What is Chemical Engineering?

Chapter 3 Solving Engineering Problems (What Shall We Do?)

Chapter 4 Describing Physical Quantities

Chapter 5 Steady-State Material Balances (How Much Base Do We Need?)

Chapter 6 Spreadsheets (Calculating the Cost of the Base)

Chapter 7 Fluid Flow (Bringing the Base to the Acid)

Chapter 8 Mass Transfer (Mixing the Acid and Base)

Chapter 9 Reaction Engineering (How Fast Will the Reaction Go?)

Chapter 10 Heat Transfer (Cooling Down the Product)

Chapter 11 Materials (From What Shall We Build the Equipment)

Chapter 12 Controlling the Process

Chapter 13 Economics (Is It All Worth It?)

Chapter 14 Case Study (Integrating It All Together)

Product Details

ISBN:
9780073407937
Author:
Solen, Kenneth
Publisher:
Learning Solutions
Author:
Harb, John
Author:
Kenneth, Solen
Author:
Harb, John N.
Author:
Kenneth Solen
Subject:
Engineering - Chemical & Biochemical
Subject:
Chemical & Biochemical
Copyright:
Edition Number:
4
Publication Date:
August 2005
Binding:
Paperback
Grade Level:
College/higher education:
Language:
English
Pages:
212
Dimensions:
9.20x7.22x.48 in. .92 lbs.

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Related Subjects

Science and Mathematics » Chemistry » General

Introduction To Chemical Process (Custom) (4TH 05 Edition) Used Trade Paper
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$34.00 In Stock
Product details 212 pages McGraw-Hill Primis Custom Publishing - English 9780073407937 Reviews:
"Synopsis" by , DESCRIPTION The goal of this book is to help the student experience chemical engineering to the fullest extent possible within the constraints of limited time and limited student background. In pursuit of that goal, it teaches the freshman to solve quantitative problems, although at a low level of complexity and within a scope that is narrow and well-defined. These quantitative topics include material balances (reacting and non-reacting systems), fluid flow (including the sizing of pumps), mass transfer (diffusion and convection), chemical reactor design, heat transfer (including the design of heat exchangers), and engineering economics. As examples of the limited scope of these topics, the treatment of material balances for reacting systems is limited to single process units with one chemical reaction, and the treatment of fluid flow applications is restricted to the use of the mechanical energy balance where friction is mentioned, but friction factors and methods for determining friction losses are not introduced. Spreadsheets are also taught, and homework problems throughout the book give the students practice with this tool. In addition, a number of qualitative descriptions are presented in the text, including chapters on problem solving, engineering teamwork, and process control. Finally, the students are given a few writing assignments to illustrate the important role of written communication in engineering.
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