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- Local Warehouse Environmental Engineering- Water Supply

Photocatalysis and Water Purification: From Fundamentals to Recent Applications (New Materials for Sustainable Energy and Development)

by

Photocatalysis and Water Purification: From Fundamentals to Recent Applications (New Materials for Sustainable Energy and Development) Cover

 

Synopses & Reviews

Publisher Comments:

Water is one of the essential resources on our planet. Therefore, fresh water and the recycling of waste-water are very important topics in various areas. Energy-saving green technologies are a demand in this area of research.

Photocatalysis comprises a class of reactions which use a catalyst activated by light. These reactions include the decomposition of organic compounds into environmental friendly water and carbon dioxide, leading to interesting properties of surfaces covered with a photocatalyst: they protect e.g. against incrustation of fouling matter, they are self-cleaning, antibacterial and viricidal. Therefore, they are attractive candidates for environmental applications such as water purification and waste-water treatment.

This book introduces scientists and engineers to the fundamentals of photocatalysis and enlightens the potentials of photocatalysis to increase water quality. Also, strategies to improve the photocatalytic efficacy are pointed out: synthesis of better photocatalysts, combination of photocatalysis with other technologies, and the proper design of photocatalytic reactors. Implementation of applications and a chapter on design approaches for photocatalytic reactors round off the book.

“Photocatalysis and Water Purification” is part of the series on Materials for Sustainable Energy and Development edited by Prof. G.Q. Max Lu. The series covers advances in materials science and innovation for renewable energy, clean use of fossil energy, and greenhouse gas mitigation and associated environmental technologies.

Synopsis:

From the fundamentals to recent developments, this book introduces scientists and engineers to photocatalysis and demonstrates its potential for improving water quality. It also points out strategies to increase the photocatalytic efficacy: synthesis of better photocatalysts, combination of photocatalysis with other technologies, and the correct design of photocatalytic reactors. Applications and a chapter on design approaches for photocatalytic reactors round off the book.

A must-have read for materials scientists, water chemists, environmental scientists and chemical engineers, whether established researchers or newcomers to the topic.

About the Author

Professor Pierre Pichat is first class Research Director at the French National Center for Scientific Research (CNRS) in Lyon. He has been active in heterogeneous photocatalysis for more than three decades, and founded the laboratory of "Photocatalyse, Catalyse et Environment" at the Ecole Centrale de Lyon. He has published a great number of research papers and several review articles dealing with photocatalytic reactions and materials.

At the "9th International Conference on TiO2 photocatalysis: fundamentals and applications", held in 2004 in San Diego, he received an Appreciation Award acknowledging his pioneering contributions; this award has been conferred to only three scientists in 20 years.

Table of Contents

BACKGROUND. FUNDAMENTALS. MECHANISMS. REACTION. PATHWAYS

A View of the Photocatalyst-Water Interface

Probing the Photocatalyst Surface by Various Techniques and Methodologies

Photoproduced Active Species: Identification;

Roles

Information on Mechanisms and Reaction Pathways Drawn from Kinetics, Probe Molecules, Various Photocatalysts and Photocatalyst modifications

POTENTIALITIES OF PHOTOCATALYSIS TO IMPROVE WATER QUALITY

Degradation/mineralization of Oganics

Inactivation of Microorganisms

Oxidation/reduction of Noxious Ions

Residual Toxicity of the Photocatalytically Treated Water

Photocatalytic Rates Decreases due to Naturally Occurring Ions and Organic Matter

IMPROVING THE PHOTOCATALYTIC EFFICACY

Various Syntheses of TiO2 Powders and Films. Nanotubes. Nanorods

Various Modifications of TiO2 (Bulk and Surface)

Sensitization of TiO2 to Visible Light

Photocatalysts other than TiO2. Composites

Evaluation of Various Methods of Affixing the Photocatalyst on a Solid Support

Addition of Ozone, Peroxides, another Adsorbent (Activated Carbon;

Carbon Nanotubes;

Zeolites, etc.)

Combination of Photocatalysis with Electrolysis or Ultrasound

PHOTOCATALYTIC REACTORS

Light Distribution: Lamps;

Sun Light

Kinetic Modeling

Design Approaches Depending on the Photocatalyst Form (Powder;

Aggregates;

Type and Shape of Supporting Material)

Product Details

ISBN:
9783527331871
Author:
Pichat, Pierre
Publisher:
Wiley-VCH Verlag GmbH
Author:
Lu, Max
Subject:
Materials for Energy Systems
Subject:
Environmental Engineering-Water Supply
Subject:
Materials for Sustainable Energy and Development series, G. Q. Max Lu, photocatalysis, water quality, photocatalytic efficacy, photocatalytic reactors, energy-saving, green technologies, water purification, waste-water treatment, Pierre Pichat,  hete
Subject:
Materials for Sustainable Energy and Development series, G. Q. Max Lu, photocatalysis, water quality, photocatalytic efficacy, photocatalytic reactors, energy-saving, green technologies, water purification, waste-water treatment, Pierre Pichat,  hete
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Materials for Sustainable Energy and Development series, G. Q. Max Lu, photocatalysis, water quality, photocatalytic efficacy, photocatalytic reactors, energy-saving, green technologies, water purification, waste-water treatment, Pierre Pichat,  hete
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Materials for Sustainable Energy and Development series, G. Q. Max Lu, photocatalysis, water quality, photocatalytic efficacy, photocatalytic reactors, energy-saving, green technologies, water purification, waste-water treatment, Pierre Pichat,  hete
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Materials for Sustainable Energy and Development series, G. Q. Max Lu, photocatalysis, water quality, photocatalytic efficacy, photocatalytic reactors, energy-saving, green technologies, water purification, waste-water treatment, Pierre Pichat,  hete
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Materials for Sustainable Energy and Development series, G. Q. Max Lu, photocatalysis, water quality, photocatalytic efficacy, photocatalytic reactors, energy-saving, green technologies, water purification, waste-water treatment, Pierre Pichat,  hete
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Materials for Sustainable Energy and Development series, G. Q. Max Lu, photocatalysis, water quality, photocatalytic efficacy, photocatalytic reactors, energy-saving, green technologies, water purification, waste-water treatment, Pierre Pichat,  hete
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Materials for Sustainable Energy and Development series, G. Q. Max Lu, photocatalysis, water quality, photocatalytic efficacy, photocatalytic reactors, energy-saving, green technologies, water purification, waste-water treatment, Pierre Pichat,  hete
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Materials for Sustainable Energy and Development series, G. Q. Max Lu, photocatalysis, water quality, photocatalytic efficacy, photocatalytic reactors, energy-saving, green technologies, water purification, waste-water treatment, Pierre Pichat,  hete
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Materials for Sustainable Energy and Development series, G. Q. Max Lu, photocatalysis, water quality, photocatalytic efficacy, photocatalytic reactors, energy-saving, green technologies, water purification, waste-water treatment, Pierre Pichat,  hete
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Materials for Sustainable Energy and Development series, G. Q. Max Lu, photocatalysis, water quality, photocatalytic efficacy, photocatalytic reactors, energy-saving, green technologies, water purification, waste-water treatment, Pierre Pichat,  hete
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Materials for Sustainable Energy and Development series, G. Q. Max Lu, photocatalysis, water quality, photocatalytic efficacy, photocatalytic reactors, energy-saving, green technologies, water purification, waste-water treatment, Pierre Pichat,  hete
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Materials for Sustainable Energy and Development series, G. Q. Max Lu, photocatalysis, water quality, photocatalytic efficacy, photocatalytic reactors, energy-saving, green technologies, water purification, waste-water treatment, Pierre Pichat,  hete
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Materials for Sustainable Energy and Development series, G. Q. Max Lu, photocatalysis, water quality, photocatalytic efficacy, photocatalytic reactors, energy-saving, green technologies, water purification, waste-water treatment, Pierre Pichat,  hete
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Materials for Sustainable Energy and Development series, G. Q. Max Lu, photocatalysis, water quality, photocatalytic efficacy, photocatalytic reactors, energy-saving, green technologies, water purification, waste-water treatment, Pierre Pichat,  hete
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Materials for Sustainable Energy and Development series, G. Q. Max Lu, photocatalysis, water quality, photocatalytic efficacy, photocatalytic reactors, energy-saving, green technologies, water purification, waste-water treatment, Pierre Pichat,  hete
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Materials for Sustainable Energy and Development series, G. Q. Max Lu, photocatalysis, water quality, photocatalytic efficacy, photocatalytic reactors, energy-saving, green technologies, water purification, waste-water treatment, Pierre Pichat,  hete
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Materials for Sustainable Energy and Development series, G. Q. Max Lu, photocatalysis, water quality, photocatalytic efficacy, photocatalytic reactors, energy-saving, green technologies, water purification, waste-water treatment, Pierre Pichat,  hete
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Materials for Sustainable Energy and Development series, G. Q. Max Lu, photocatalysis, water quality, photocatalytic efficacy, photocatalytic reactors, energy-saving, green technologies, water purification, waste-water treatment, Pierre Pichat,  hete
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Materials for Sustainable Energy and Development series, G. Q. Max Lu, photocatalysis, water quality, photocatalytic efficacy, photocatalytic reactors, energy-saving, green technologies, water purification, waste-water treatment, Pierre Pichat,  hete
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Materials for Sustainable Energy and Development series, G. Q. Max Lu, photocatalysis, water quality, photocatalytic efficacy, photocatalytic reactors, energy-saving, green technologies, water purification, waste-water treatment, Pierre Pichat,  hete
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Materials for Sustainable Energy and Development series, G. Q. Max Lu, photocatalysis, water quality, photocatalytic efficacy, photocatalytic reactors, energy-saving, green technologies, water purification, waste-water treatment, Pierre Pichat,  hete
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Materials for Sustainable Energy and Development series, G. Q. Max Lu, photocatalysis, water quality, photocatalytic efficacy, photocatalytic reactors, energy-saving, green technologies, water purification, waste-water treatment, Pierre Pichat,  hete
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Materials for Sustainable Energy and Development series, G. Q. Max Lu, photocatalysis, water quality, photocatalytic efficacy, photocatalytic reactors, energy-saving, green technologies, water purification, waste-water treatment, Pierre Pichat,  hete
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Materials for Sustainable Energy and Development series, G. Q. Max Lu, photocatalysis, water quality, photocatalytic efficacy, photocatalytic reactors, energy-saving, green technologies, water purification, waste-water treatment, Pierre Pichat,  hete
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Materials for Sustainable Energy and Development series, G. Q. Max Lu, photocatalysis, water quality, photocatalytic efficacy, photocatalytic reactors, energy-saving, green technologies, water purification, waste-water treatment, Pierre Pichat,  hete
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Materials for Sustainable Energy and Development series, G. Q. Max Lu, photocatalysis, water quality, photocatalytic efficacy, photocatalytic reactors, energy-saving, green technologies, water purification, waste-water treatment, Pierre Pichat,  hete
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Materials for Sustainable Energy and Development series, G. Q. Max Lu, photocatalysis, water quality, photocatalytic efficacy, photocatalytic reactors, energy-saving, green technologies, water purification, waste-water treatment, Pierre Pichat,  hete
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Materials for Sustainable Energy and Development series, G. Q. Max Lu, photocatalysis, water quality, photocatalytic efficacy, photocatalytic reactors, energy-saving, green technologies, water purification, waste-water treatment, Pierre Pichat,  hete
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Materials for Sustainable Energy and Development series, G. Q. Max Lu, photocatalysis, water quality, photocatalytic efficacy, photocatalytic reactors, energy-saving, green technologies, water purification, waste-water treatment, Pierre Pichat,  hete
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Materials for Sustainable Energy and Development series, G. Q. Max Lu, photocatalysis, water quality, photocatalytic efficacy, photocatalytic reactors, energy-saving, green technologies, water purification, waste-water treatment, Pierre Pichat,  hete
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Materials for Sustainable Energy and Development series, G. Q. Max Lu, photocatalysis, water quality, photocatalytic efficacy, photocatalytic reactors, energy-saving, green technologies, water purification, waste-water treatment, Pierre Pichat,  hete
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Materials for Sustainable Energy and Development series, G. Q. Max Lu, photocatalysis, water quality, photocatalytic efficacy, photocatalytic reactors, energy-saving, green technologies, water purification, waste-water treatment, Pierre Pichat,  hete
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Materials for Sustainable Energy and Development series, G. Q. Max Lu, photocatalysis, water quality, photocatalytic efficacy, photocatalytic reactors, energy-saving, green technologies, water purification, waste-water treatment, Pierre Pichat,  hete
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Materials for Sustainable Energy and Development series, G. Q. Max Lu, photocatalysis, water quality, photocatalytic efficacy, photocatalytic reactors, energy-saving, green technologies, water purification, waste-water treatment, Pierre Pichat,  hete
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Materials for Sustainable Energy and Development series, G. Q. Max Lu, photocatalysis, water quality, photocatalytic efficacy, photocatalytic reactors, energy-saving, green technologies, water purification, waste-water treatment, Pierre Pichat,  hete
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Materials for Sustainable Energy and Development series, G. Q. Max Lu, photocatalysis, water quality, photocatalytic efficacy, photocatalytic reactors, energy-saving, green technologies, water purification, waste-water treatment, Pierre Pichat,  hete
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Materials for Sustainable Energy and Development series, G. Q. Max Lu, photocatalysis, water quality, photocatalytic efficacy, photocatalytic reactors, energy-saving, green technologies, water purification, waste-water treatment, Pierre Pichat,  hete
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Materials for Sustainable Energy and Development series, G. Q. Max Lu, photocatalysis, water quality, photocatalytic efficacy, photocatalytic reactors, energy-saving, green technologies, water purification, waste-water treatment, Pierre Pichat,  hete
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Materials for Sustainable Energy and Development series, G. Q. Max Lu, photocatalysis, water quality, photocatalytic efficacy, photocatalytic reactors, energy-saving, green technologies, water purification, waste-water treatment, Pierre Pichat,  hete
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Materials for Sustainable Energy and Development series, G. Q. Max Lu, photocatalysis, water quality, photocatalytic efficacy, photocatalytic reactors, energy-saving, green technologies, water purification, waste-water treatment, Pierre Pichat,  hete
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Materials for Sustainable Energy and Development series, G. Q. Max Lu, photocatalysis, water quality, photocatalytic efficacy, photocatalytic reactors, energy-saving, green technologies, water purification, waste-water treatment, Pierre Pichat,  hete
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Materials for Sustainable Energy and Development series, G. Q. Max Lu, photocatalysis, water quality, photocatalytic efficacy, photocatalytic reactors, energy-saving, green technologies, water purification, waste-water treatment, Pierre Pichat,  hete
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Materials for Sustainable Energy and Development series, G. Q. Max Lu, photocatalysis, water quality, photocatalytic efficacy, photocatalytic reactors, energy-saving, green technologies, water purification, waste-water treatment, Pierre Pichat,  hete
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Materials for Sustainable Energy and Development series, G. Q. Max Lu, photocatalysis, water quality, photocatalytic efficacy, photocatalytic reactors, energy-saving, green technologies, water purification, waste-water treatment, Pierre Pichat,  hete
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Materials for Sustainable Energy and Development series, G. Q. Max Lu, photocatalysis, water quality, photocatalytic efficacy, photocatalytic reactors, energy-saving, green technologies, water purification, waste-water treatment, Pierre Pichat,  hete
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Materials for Sustainable Energy and Development series, G. Q. Max Lu, photocatalysis, water quality, photocatalytic efficacy, photocatalytic reactors, energy-saving, green technologies, water purification, waste-water treatment, Pierre Pichat,  hete
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Materials for Sustainable Energy and Development series, G. Q. Max Lu, photocatalysis, water quality, photocatalytic efficacy, photocatalytic reactors, energy-saving, green technologies, water purification, waste-water treatment, Pierre Pichat,  hete
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Materials for Sustainable Energy and Development series, G. Q. Max Lu, photocatalysis, water quality, photocatalytic efficacy, photocatalytic reactors, energy-saving, green technologies, water purification, waste-water treatment, Pierre Pichat,  hete
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Materials for Sustainable Energy and Development series, G. Q. Max Lu, photocatalysis, water quality, photocatalytic efficacy, photocatalytic reactors, energy-saving, green technologies, water purification, waste-water treatment, Pierre Pichat,  hete
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Materials for Sustainable Energy and Development series, G. Q. Max Lu, photocatalysis, water quality, photocatalytic efficacy, photocatalytic reactors, energy-saving, green technologies, water purification, waste-water treatment, Pierre Pichat,  hete
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Materials for Sustainable Energy and Development series, G. Q. Max Lu, photocatalysis, water quality, photocatalytic efficacy, photocatalytic reactors, energy-saving, green technologies, water purification, waste-water treatment, Pierre Pichat,  hete
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Materials for Sustainable Energy and Development series, G. Q. Max Lu, photocatalysis, water quality, photocatalytic efficacy, photocatalytic reactors, energy-saving, green technologies, water purification, waste-water treatment, Pierre Pichat,  hete
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Materials for Sustainable Energy and Development series, G. Q. Max Lu, photocatalysis, water quality, photocatalytic efficacy, photocatalytic reactors, energy-saving, green technologies, water purification, waste-water treatment, Pierre Pichat,  hete
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Materials for Sustainable Energy and Development series, G. Q. Max Lu, photocatalysis, water quality, photocatalytic efficacy, photocatalytic reactors, energy-saving, green technologies, water purification, waste-water treatment, Pierre Pichat,  hete
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Materials for Sustainable Energy and Development series, G. Q. Max Lu, photocatalysis, water quality, photocatalytic efficacy, photocatalytic reactors, energy-saving, green technologies, water purification, waste-water treatment, Pierre Pichat,  hete
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Materials for Sustainable Energy and Development series, G. Q. Max Lu, photocatalysis, water quality, photocatalytic efficacy, photocatalytic reactors, energy-saving, green technologies, water purification, waste-water treatment, Pierre Pichat,  hete
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Materials for Sustainable Energy and Development series, G. Q. Max Lu, photocatalysis, water quality, photocatalytic efficacy, photocatalytic reactors, energy-saving, green technologies, water purification, waste-water treatment, Pierre Pichat,  hete
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Materials for Sustainable Energy and Development series, G. Q. Max Lu, photocatalysis, water quality, photocatalytic efficacy, photocatalytic reactors, energy-saving, green technologies, water purification, waste-water treatment, Pierre Pichat,  hete
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Materials for Sustainable Energy and Development series, G. Q. Max Lu, photocatalysis, water quality, photocatalytic efficacy, photocatalytic reactors, energy-saving, green technologies, water purification, waste-water treatment, Pierre Pichat,  hete
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Materials for Sustainable Energy and Development series, G. Q. Max Lu, photocatalysis, water quality, photocatalytic efficacy, photocatalytic reactors, energy-saving, green technologies, water purification, waste-water treatment, Pierre Pichat,  hete
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Materials for Sustainable Energy and Development series, G. Q. Max Lu, photocatalysis, water quality, photocatalytic efficacy, photocatalytic reactors, energy-saving, green technologies, water purification, waste-water treatment, Pierre Pichat,  hete
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Materials for Sustainable Energy and Development series, G. Q. Max Lu, photocatalysis, water quality, photocatalytic efficacy, photocatalytic reactors, energy-saving, green technologies, water purification, waste-water treatment, Pierre Pichat,  hete
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Materials for Sustainable Energy and Development series, G. Q. Max Lu, photocatalysis, water quality, photocatalytic efficacy, photocatalytic reactors, energy-saving, green technologies, water purification, waste-water treatment, Pierre Pichat,  hete
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Materials for Sustainable Energy and Development series, G. Q. Max Lu, photocatalysis, water quality, photocatalytic efficacy, photocatalytic reactors, energy-saving, green technologies, water purification, waste-water treatment, Pierre Pichat,  hete
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Materials for Sustainable Energy and Development series, G. Q. Max Lu, photocatalysis, water quality, photocatalytic efficacy, photocatalytic reactors, energy-saving, green technologies, water purification, waste-water treatment, Pierre Pichat,  hete
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Materials for Sustainable Energy and Development series, G. Q. Max Lu, photocatalysis, water quality, photocatalytic efficacy, photocatalytic reactors, energy-saving, green technologies, water purification, waste-water treatment, Pierre Pichat,  hete
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Materials for Sustainable Energy and Development series, G. Q. Max Lu, photocatalysis, water quality, photocatalytic efficacy, photocatalytic reactors, energy-saving, green technologies, water purification, waste-water treatment, Pierre Pichat,  hete
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Materials for Sustainable Energy and Development series, G. Q. Max Lu, photocatalysis, water quality, photocatalytic efficacy, photocatalytic reactors, energy-saving, green technologies, water purification, waste-water treatment, Pierre Pichat,  hete
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Materials for Sustainable Energy and Development series, G. Q. Max Lu, photocatalysis, water quality, photocatalytic efficacy, photocatalytic reactors, energy-saving, green technologies, water purification, waste-water treatment, Pierre Pichat,  hete
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Materials for Sustainable Energy and Development series, G. Q. Max Lu, photocatalysis, water quality, photocatalytic efficacy, photocatalytic reactors, energy-saving, green technologies, water purification, waste-water treatment, Pierre Pichat,  hete
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Materials for Sustainable Energy and Development series, G. Q. Max Lu, photocatalysis, water quality, photocatalytic efficacy, photocatalytic reactors, energy-saving, green technologies, water purification, waste-water treatment, Pierre Pichat,  hete
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Materials for Sustainable Energy and Development series, G. Q. Max Lu, photocatalysis, water quality, photocatalytic efficacy, photocatalytic reactors, energy-saving, green technologies, water purification, waste-water treatment, Pierre Pichat,  hete
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Materials for Sustainable Energy and Development series, G. Q. Max Lu, photocatalysis, water quality, photocatalytic efficacy, photocatalytic reactors, energy-saving, green technologies, water purification, waste-water treatment, Pierre Pichat,  hete
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Materials for Sustainable Energy and Development series, G. Q. Max Lu, photocatalysis, water quality, photocatalytic efficacy, photocatalytic reactors, energy-saving, green technologies, water purification, waste-water treatment, Pierre Pichat,  hete
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Materials for Sustainable Energy and Development series, G. Q. Max Lu, photocatalysis, water quality, photocatalytic efficacy, photocatalytic reactors, energy-saving, green technologies, water purification, waste-water treatment, Pierre Pichat,  hete
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Materials for Sustainable Energy and Development series, G. Q. Max Lu, photocatalysis, water quality, photocatalytic efficacy, photocatalytic reactors, energy-saving, green technologies, water purification, waste-water treatment, Pierre Pichat,  hete
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Materials for Sustainable Energy and Development series, G. Q. Max Lu, photocatalysis, water quality, photocatalytic efficacy, photocatalytic reactors, energy-saving, green technologies, water purification, waste-water treatment, Pierre Pichat,  hete
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Materials for Sustainable Energy and Development series, G. Q. Max Lu, photocatalysis, water quality, photocatalytic efficacy, photocatalytic reactors, energy-saving, green technologies, water purification, waste-water treatment, Pierre Pichat,  hete
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Materials for Sustainable Energy and Development series, G. Q. Max Lu, photocatalysis, water quality, photocatalytic efficacy, photocatalytic reactors, energy-saving, green technologies, water purification, waste-water treatment, Pierre Pichat,  hete
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Materials for Sustainable Energy and Development series, G. Q. Max Lu, photocatalysis, water quality, photocatalytic efficacy, photocatalytic reactors, energy-saving, green technologies, water purification, waste-water treatment, Pierre Pichat,  hete
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Materials for Sustainable Energy and Development series, G. Q. Max Lu, photocatalysis, water quality, photocatalytic efficacy, photocatalytic reactors, energy-saving, green technologies, water purification, waste-water treatment, Pierre Pichat,  hete
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Materials for Sustainable Energy and Development series, G. Q. Max Lu, photocatalysis, water quality, photocatalytic efficacy, photocatalytic reactors, energy-saving, green technologies, water purification, waste-water treatment, Pierre Pichat,  hete
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Materials for Sustainable Energy and Development series, G. Q. Max Lu, photocatalysis, water quality, photocatalytic efficacy, photocatalytic reactors, energy-saving, green technologies, water purification, waste-water treatment, Pierre Pichat,  hete
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Materials for Sustainable Energy and Development series, G. Q. Max Lu, photocatalysis, water quality, photocatalytic efficacy, photocatalytic reactors, energy-saving, green technologies, water purification, waste-water treatment, Pierre Pichat,  hete
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Materials for Sustainable Energy and Development series, G. Q. Max Lu, photocatalysis, water quality, photocatalytic efficacy, photocatalytic reactors, energy-saving, green technologies, water purification, waste-water treatment, Pierre Pichat,  hete
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Materials for Sustainable Energy and Development series, G. Q. Max Lu, photocatalysis, water quality, photocatalytic efficacy, photocatalytic reactors, energy-saving, green technologies, water purification, waste-water treatment, Pierre Pichat,  hete
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Materials for Sustainable Energy and Development series, G. Q. Max Lu, photocatalysis, water quality, photocatalytic efficacy, photocatalytic reactors, energy-saving, green technologies, water purification, waste-water treatment, Pierre Pichat,  hete
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Materials for Sustainable Energy and Development series, G. Q. Max Lu, photocatalysis, water quality, photocatalytic efficacy, photocatalytic reactors, energy-saving, green technologies, water purification, waste-water treatment, Pierre Pichat,  hete
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Materials for Sustainable Energy and Development series, G. Q. Max Lu, photocatalysis, water quality, photocatalytic efficacy, photocatalytic reactors, energy-saving, green technologies, water purification, waste-water treatment, Pierre Pichat,  hete
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Materials for Sustainable Energy and Development series, G. Q. Max Lu, photocatalysis, water quality, photocatalytic efficacy, photocatalytic reactors, energy-saving, green technologies, water purification, waste-water treatment, Pierre Pichat,  hete
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Materials for Sustainable Energy and Development series, G. Q. Max Lu, photocatalysis, water quality, photocatalytic efficacy, photocatalytic reactors, energy-saving, green technologies, water purification, waste-water treatment, Pierre Pichat,  hete
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Materials for Sustainable Energy and Development series, G. Q. Max Lu, photocatalysis, water quality, photocatalytic efficacy, photocatalytic reactors, energy-saving, green technologies, water purification, waste-water treatment, Pierre Pichat,  hete
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Materials for Sustainable Energy and Development series, G. Q. Max Lu, photocatalysis, water quality, photocatalytic efficacy, photocatalytic reactors, energy-saving, green technologies, water purification, waste-water treatment, Pierre Pichat,  hete
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Materials for Sustainable Energy and Development series, G. Q. Max Lu, photocatalysis, water quality, photocatalytic efficacy, photocatalytic reactors, energy-saving, green technologies, water purification, waste-water treatment, Pierre Pichat,  hete
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Materials for Sustainable Energy and Development series, G. Q. Max Lu, photocatalysis, water quality, photocatalytic efficacy, photocatalytic reactors, energy-saving, green technologies, water purification, waste-water treatment, Pierre Pichat,  hete
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Materials for Sustainable Energy and Development series, G. Q. Max Lu, photocatalysis, water quality, photocatalytic efficacy, photocatalytic reactors, energy-saving, green technologies, water purification, waste-water treatment, Pierre Pichat,  hete
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Materials for Sustainable Energy and Development series, G. Q. Max Lu, photocatalysis, water quality, photocatalytic efficacy, photocatalytic reactors, energy-saving, green technologies, water purification, waste-water treatment, Pierre Pichat,  hete
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Materials for Sustainable Energy and Development series, G. Q. Max Lu, photocatalysis, water quality, photocatalytic efficacy, photocatalytic reactors, energy-saving, green technologies, water purification, waste-water treatment, Pierre Pichat,  hete
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Materials for Sustainable Energy and Development series, G. Q. Max Lu, photocatalysis, water quality, photocatalytic efficacy, photocatalytic reactors, energy-saving, green technologies, water purification, waste-water treatment, Pierre Pichat,  hete
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Materials for Sustainable Energy and Development series, G. Q. Max Lu, photocatalysis, water quality, photocatalytic efficacy, photocatalytic reactors, energy-saving, green technologies, water purification, waste-water treatment, Pierre Pichat,  hete
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Materials for Sustainable Energy and Development series, G. Q. Max Lu, photocatalysis, water quality, photocatalytic efficacy, photocatalytic reactors, energy-saving, green technologies, water purification, waste-water treatment, Pierre Pichat,  hete
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Materials for Sustainable Energy and Development series, G. Q. Max Lu, photocatalysis, water quality, photocatalytic efficacy, photocatalytic reactors, energy-saving, green technologies, water purification, waste-water treatment, Pierre Pichat,  hete
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Materials for Sustainable Energy and Development series, G. Q. Max Lu, photocatalysis, water quality, photocatalytic efficacy, photocatalytic reactors, energy-saving, green technologies, water purification, waste-water treatment, Pierre Pichat,  hete
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Materials for Sustainable Energy and Development series, G. Q. Max Lu, photocatalysis, water quality, photocatalytic efficacy, photocatalytic reactors, energy-saving, green technologies, water purification, waste-water treatment, Pierre Pichat,  hete
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Materials for Sustainable Energy and Development series, G. Q. Max Lu, photocatalysis, water quality, photocatalytic efficacy, photocatalytic reactors, energy-saving, green technologies, water purification, waste-water treatment, Pierre Pichat,  hete
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Materials for Sustainable Energy and Development series, G. Q. Max Lu, photocatalysis, water quality, photocatalytic efficacy, photocatalytic reactors, energy-saving, green technologies, water purification, waste-water treatment, Pierre Pichat,  hete
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Materials for Sustainable Energy and Development series, G. Q. Max Lu, photocatalysis, water quality, photocatalytic efficacy, photocatalytic reactors, energy-saving, green technologies, water purification, waste-water treatment, Pierre Pichat,  hete
Subject:
Materials for Sustainable Energy and Development series, G. Q. Max Lu, photocatalysis, water quality, photocatalytic efficacy, photocatalytic reactors, energy-saving, green technologies, water purification, waste-water treatment, Pierre Pichat,  hete
Subject:
Materials for Sustainable Energy and Development series, G. Q. Max Lu, photocatalysis, water quality, photocatalytic efficacy, photocatalytic reactors, energy-saving, green technologies, water purification, waste-water treatment, Pierre Pichat,  hete
Subject:
Materials for Sustainable Energy and Development series, G. Q. Max Lu, photocatalysis, water quality, photocatalytic efficacy, photocatalytic reactors, energy-saving, green technologies, water purification, waste-water treatment, Pierre Pichat,  hete
Subject:
Materials for Sustainable Energy and Development series, G. Q. Max Lu, photocatalysis, water quality, photocatalytic efficacy, photocatalytic reactors, energy-saving, green technologies, water purification, waste-water treatment, Pierre Pichat,  hete
Subject:
Materials for Sustainable Energy and Development series, G. Q. Max Lu, photocatalysis, water quality, photocatalytic efficacy, photocatalytic reactors, energy-saving, green technologies, water purification, waste-water treatment, Pierre Pichat,  hete
Subject:
Materials for Sustainable Energy and Development series, G. Q. Max Lu, photocatalysis, water quality, photocatalytic efficacy, photocatalytic reactors, energy-saving, green technologies, water purification, waste-water treatment, Pierre Pichat,  hete
Subject:
Materials for Sustainable Energy and Development series, G. Q. Max Lu, photocatalysis, water quality, photocatalytic efficacy, photocatalytic reactors, energy-saving, green technologies, water purification, waste-water treatment, Pierre Pichat,  hete
Subject:
Materials for Sustainable Energy and Development series, G. Q. Max Lu, photocatalysis, water quality, photocatalytic efficacy, photocatalytic reactors, energy-saving, green technologies, water purification, waste-water treatment, Pierre Pichat,  hete
Subject:
Materials for Sustainable Energy and Development series, G. Q. Max Lu, photocatalysis, water quality, photocatalytic efficacy, photocatalytic reactors, energy-saving, green technologies, water purification, waste-water treatment, Pierre Pichat,  hete
Subject:
Materials for Sustainable Energy and Development series, G. Q. Max Lu, photocatalysis, water quality, photocatalytic efficacy, photocatalytic reactors, energy-saving, green technologies, water purification, waste-water treatment, Pierre Pichat,  hete
Copyright:
Edition Description:
WOL online Book (not BRO)
Series:
New Materials for Sustainable Energy and Development
Publication Date:
20130430
Binding:
HARDCOVER
Language:
English
Pages:
438
Dimensions:
250 x 1 x 150 mm 24 oz

Related Subjects

Engineering » Environmental Engineering » Water Supply
Reference » Science Reference » Technology
Science and Mathematics » Materials Science » General

Photocatalysis and Water Purification: From Fundamentals to Recent Applications (New Materials for Sustainable Energy and Development) New Hardcover
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Product details 438 pages Wiley-VCH Verlag GmbH - English 9783527331871 Reviews:
"Synopsis" by , From the fundamentals to recent developments, this book introduces scientists and engineers to photocatalysis and demonstrates its potential for improving water quality. It also points out strategies to increase the photocatalytic efficacy: synthesis of better photocatalysts, combination of photocatalysis with other technologies, and the correct design of photocatalytic reactors. Applications and a chapter on design approaches for photocatalytic reactors round off the book.

A must-have read for materials scientists, water chemists, environmental scientists and chemical engineers, whether established researchers or newcomers to the topic.

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