Based on the author's more than 35 years of experience, Particles
in Water: Properties and Processes examines particles and their
behavior in water systems. The book offers clear and accessible
methods for characterizing a range of particles both individually
and as aggregates. The author delineates the principles for
understanding particle properties and shows how such information
contributes to the understanding and improvement of water treatment
processes, including sedimentation, flocculation, and filtration. A
distillation of the author's years of experience, the book explores
practical applications of fundamental principles.
Outlining the origin, nature, and properties of particles in
water, the author covers particle size, transport processes, and
light scattering and provides a broad outline of important
techniques for particle size determination. He discusses the
important topic of surface charge, which plays a major role in
colloid stability and interactions between particles, with some
emphasis on the role of dissolved salts. The book gives an account
of particle aggregation kinetics, the form of aggregates, and
aggregate strength and explores coagulation and flocculation and
the modes of action of some common additives used in these
processes. The book concludes with an overview of important
solid-liquid separation processes and the principles on which they
are based.
The author presents the material in an easily accessible style,
using just enough math to be clear but not so much as to be
overwhelming. Highlighting the growing importance of advanced
filtration systems in water treatment, this book provides an
excellent summary of the behavior of particles in watersystems and
in relation to the techniques designed to capture and remove
them.
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