Modelling Batch Systems Using Population Balances
by Peter Dybdahl Hede
Publisher: BookBoon 2006
ISBN/ASIN: 8776811808
Number of pages: 58
Description:
One-dimensional population balances are used as a modelling tool for a variety of chemical processes. In particle technology population balances are typically used for modelling agglomeration processes, e.g. in fluid bed granulation processes. In this text the population balances are introduced and fully derived with focus on each of the terms in the balance. The text is an excellent starting point for beginners and thus you will be familiar with the basic principles and theory within this relevant chemical engineering field on a bachelor or master-of-science level.
Download or read it online for free here:
Download link
(5.9MB, PDF)
Similar books
Introductory Chemistryby Edward W. Pitzer - Bookboon
A brief introduction to the fundamentals of chemistry. The textbook is designed to introduce chemistry to students who will take only one chemistry course in their academic career. Certain chemistry topics are covered in a generalized manner.
(5956 views)
Introduction to General Chemistryby H.N. McCoy, E.M. Terry - McGraw-Hill
The book has been written for college Freshmen, and, as its title implies, it is intended to serve as an introduction to general chemistry. In consequence we have aimed to present a continuous and connected story in teachable form.
(5039 views)
Electrically Driven Membrane Processesby Soren Prip Beier - BookBoon
Electrically driven membrane processes will be introduced in this book. Important terms such as critical current density, desalination degree, and current efficiency will be described through illustrations and a large amount of examples.
(7008 views)
Frontiers in Chemistryby B Viswanathan - National Centre for Catalysis Research
Performance materials, composite materials, nano materials, silicon substitutes, solar cells, ionic liquids, fuel cells, nuclear energy options, hydrogen energy, energy storage, diagnosis and drug delivery, pollution control, and more.
(16349 views)