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This volume reviews the drinking water treatments in which AOPs
display a high application potential. Firstly it reveals the
typical supply sources and limitations of conventional technologies
and critically reviews natural organic matter characterization and
removal techniques, focusing mainly on AOP treatments. It then
explores using AOPs for simultaneous inactivation/disinfection of
several types of microorganisms, including highly resistant
Cryptosporidium protozoa. Lastly, it discusses relevant
miscellaneous topics, like the most promising AOP solid catalysts,
the regime change of Fenton-like processes toward continuous
reactors, the application of chemometrics for process optimization,
the impact on disinfection byproducts and the tracing of toxicity
during AOP treatments. This work is a useful reference for
researchers and students involved in water technologies, including
analytical and environmental chemistry, chemical and environmental
engineering, toxicology, biotechnology, and related fields. It is
intended to encourage industrial and public-health scientists and
decision-makers to accelerate the application of AOPs as
technological alternatives for the improvement of drinking water
treatment plants.
This volume reviews the drinking water treatments in which AOPs
display a high application potential. Firstly it reveals the
typical supply sources and limitations of conventional technologies
and critically reviews natural organic matter characterization and
removal techniques, focusing mainly on AOP treatments. It then
explores using AOPs for simultaneous inactivation/disinfection of
several types of microorganisms, including highly resistant
Cryptosporidium protozoa. Lastly, it discusses relevant
miscellaneous topics, like the most promising AOP solid catalysts,
the regime change of Fenton-like processes toward continuous
reactors, the application of chemometrics for process optimization,
the impact on disinfection byproducts and the tracing of toxicity
during AOP treatments. This work is a useful reference for
researchers and students involved in water technologies, including
analytical and environmental chemistry, chemical and environmental
engineering, toxicology, biotechnology, and related fields. It is
intended to encourage industrial and public-health scientists and
decision-makers to accelerate the application of AOPs as
technological alternatives for the improvement of drinking water
treatment plants.
Since the first works introducing the aluminum intercalated clay
family in the early 1970s, interest in the synthesis of pillared
interlayered clays has increased tremendously, especially research
into the properties and applications of new synthesis methods. The
need for solids that could be used as cracking catalysts with
larger pores than zeolitic materials has spurred the synthesis of
new porous materials from clays. Pillared Clays and Related
Catalysts reviews the properties and applications of pillared clays
and other layered materials used as catalysts, focusing on: the
acidity of pillared clays and the effect it has on catalytic
performance the use of pillared clays as supports for catalytically
active phases, and the use of the resulting solids in
environmentally friendly reactions the applications of the
selective reduction of NOx the comparison between the reactions of
pillared clays and anionic clays.
Since the first works introducing the aluminum intercalated clay
family in the early 1970s, interest in the synthesis of pillared
interlayered clays has increased tremendously, especially research
into the properties and applications of new synthesis methods. The
need for solids that could be used as cracking catalysts with
larger pores than zeolitic materials has spurred the synthesis of
new porous materials from clays. Pillared Clays and Related
Catalysts reviews the properties and applications of pillared clays
and other layered materials used as catalysts, focusing on: the
acidity of pillared clays and the effect it has on catalytic
performance the use of pillared clays as supports for catalytically
active phases, and the use of the resulting solids in
environmentally friendly reactions the applications of the
selective reduction of NOx the comparison between the reactions of
pillared clays and anionic clays.
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