Logo

Pressure Driven Membrane Processes

Small book cover: Pressure Driven Membrane Processes

Pressure Driven Membrane Processes
by

Publisher: BookBoon
ISBN/ASIN: 8776811522
Number of pages: 22

Description:
Membrane processes are key unit operations in almost all parts of the chemical, biochemical, and pharmaceutical downstream processing. In this book, microfiltration, ultrafiltration, nanofiltration, and reverse osmosis are introduced. Flux, trans-membrane pressure, osmotic pressure, osmotic pressure model, resistance towards mass transport, concentration polarization, gel layer model, and membrane fouling are all important terms that are explained and described.

Home page url

Download or read it online for free here:
Download link
(1.4MB, PDF)

Similar books

Book cover: Molecular Orbital TheoryMolecular Orbital Theory
by - W. A. Benjamin, Inc.
An introduction to molecular orbital theory for advanced-undergraduate and first-year graduate students. The transition metal complexes occupy a special place here, and the last chapter is devoted entirely to this subject.
(22815 views)
Book cover: Electrons and Chemical BondingElectrons and Chemical Bonding
by - W. A. Benjamin, Inc.
This textbook is an introduction to the modern theories of chemical bonding for the undergraduate student in chemistry. The book starts with a discussion of atomic structure and proceeds to the principal subject of chemical bonding.
(22636 views)
Book cover: Chemical DynamicsChemical Dynamics
by - W. A. Benjamin, Inc.
Chemical dynamics is the systematic study of reactions and reactivity. Its early introduction forms a solid foundation for later study. The book is intended for students who have had introductory stoichiometry, energetics, and structure.
(19507 views)
Book cover: Atoms, Molecules and Matter: The Stuff of ChemistryAtoms, Molecules and Matter: The Stuff of Chemistry
by - Learning Development Institute
Contents: The structure of matter; Molecules in motion; Chemical Reactions; A deeper look at the ideal gas; The Second Law; Statistical interpretation of the Second Law; Partition functions and properties; Finally - back to Chemical Reactions.
(13770 views)