Customer Reviews

Basic Principles and Calculations in Chemical Engineering (BK/CD) (6th Edition)

5 star:		(8)
4 star:		(1)
3 star:		(0)
2 star:		(0)
1 star:		(1)

 

 

This book is an excellent reference on Chemical Engineering Principles and Calculations for any engineer or practitioner working in the process industries. I am an Electronic Engineer, but I have been working for the last 16 years as an Instrumentation, Automation and Process Control Engineer for the Oil & Gas Industry. As a result I have been involved with Chemical Engineering issues in a day to day basic.

I have found this book to be an ideal self-study guide. In this Edition the authors have included several categories of problems sets to assist in self-study. Self-assessment tests with answers (in Appendix A) follow each section, and thought and discussion problems follow the self-assessment tests.

If a non Chemical Engineer can learn Chemical Engineering Principles from this book, I guarantee that any Chemical Engineering student or practitioner will find this readable textbook very useful.

This book is a classic . With all my respects to the next authors , this book belongs from its initial release to a selected dinasty of works made with an unusual passion style , and that invisible factor seems to make the clear difference . The presentation , the precise comments and the appraoch given to every chapter where the essential concepts of Mass balance or Energy balance are so brilliantly shown that it is literally impossible for you not to win with this .
And after you bought it you will wonder in silent voice of course ( Do we need a teacher for Chemical Engineering Principles? ) .
If you acquire this one and then the Whitwell and Tonner (see my review) , How can you lose ?
Fundamental for Chemical , Production and Industrial Engineering.

This was the book that got me started in Chemical Engineering. Nowadays, I solve a problem every few years and need a refresher. The first chapter starts out with details on units and basic concepts. The next chapter evolves into more and more complicated material balances. The following chapters discuss concepts such as adiabatic flame temperature, Clausius-Clapeyron's equation (vapor pressure relates to heat of vaporization), average heat capacity and enthalpy of flue gases, psychrometry (water-air only), etc.. In the final section, the complexity of combined heat and material balances is addressed.

In all, this is an excellent book for an introduction to Chemical Engineering or, as I use it now, as a great reference. I've had to retire my first copy and am using a new version. One bit of advice: get good copies of large and small psychrometry charts: 10-110 F dry bulb (small chart); 10-260+ (large chart).Put these in an envelope in the flap of the book for quick access.

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Basic Principles and Calculations in Chemical Engineering is an excellent text book. The First Chapter explains essential definitions and informations that we need before studying Chemical Engineering. This Chapter also explains English unit system. In overall, the book in very useful for teaching Chemical Engineering undergraduate students. It helps the lecturers how to teach and the students how to learn material and energy balance which in essential to know for all chemical engineers. The only problem with this book is the English units which are not currently used very often. If the author could change the English units to SI units, it would be great.

I bought this book when I was taking my course in material and energy balances, I have got the one by Felder and Rosseau which I thought, no offence to the authors, totally awful, and not good for self-teaching at all. I have another title ("Introduction to Chemical Processes") by Regina Murphy which although not on the same level as this, is a much light-hearted approach to the same subject matter. On the whole for anyone who wants to teach and understand material and energy balances for Chemical Engineers, this book is one I would recommend highly.

This book it pretty tough to get through for chemical engineers because you likely don't have any prior experience. However the material covers everything you need to know for your major. After this you pretty much know what you're going to get in future chemical engineering classes. Its also a pretty well written book, a bit thick so you might have to read it over a few times. It may not seem like it at the time but this is one of the most helpful chem. engineering books you'll ever use. We used it in our introductory chemical engineering class at UC Berkeley.

I needed this book for a Chemical Engineering class at RIT. It was hardcover, nicely packaged with foam and bubble wrap so there were no dinged corners. It came with the sheet of equations and the CD-rom. I bought the New version, so it came with everything as if I had gotten it from my school book store. Also, there was an estimated 2 weeks delivery. But they got it shipped within a day and I had it on my doorstep in less than a week!

This book is well worth the money. I was very impressed by the examples and excellent explanations. Highly recommend this book to any chemical or process engineer

I ordered a new hardback version.

I was sent a paperback which had been marked up with a black magic marker.

They tried to blame amazon but my order specifically called for a new hardback
book.

Now they want me to go to the trouble of shipping it back (which I will).

However, I want other people to be aware that they may also be shipped a paperback instead of hardback.

Also, it is supposed to be new.....and it has been marked up inside.

I beleive this company is hoping I will keep the paperback instead of going to the trouble or returning the paperback and ordering a hardback from someone else.

When coal is distilled by heating without contact with air, a wide variety of solid, liquid, and gadeous products of commercial importance is produced, as well as some significant air pollutants. The nature and amounts of the products produced depend on the temperature used in the decomposition and the type of coal. At low temperatures(400 to 750 Centigrade)the yield of synthesis gas is small relative to the yield of liquid products,whereas at high temperatures (above 900 Centigrade) the reverse is true.For the typical process flowsheet,shown in Figure P6.23:
(a)How many tons of the various products are being produced?
(b)Make an energy balance around the primary dislillation tower and benzol tower.
(c)How much (in pounds) of 40% NaOH solution is used per day for the purification of phenol?
(d)How much 50% Sulfuric acid is used per day in the pyridine purification?
(e)What weight of Sodium Sulfate is produced per day by the plant?
(f)How many cubic feet of gas per day are produced? What percent of the gas (volume)is needed for the ovens?