DISINFECTION BYPRODUCTS IN DRINKING WATER

Since the discovery of chlorinated byproducts in
drinking water in 1974, research for understanding
the types and distributions of natural organic
matter in water, its reactivity, human exposure to
byproducts through ingestion with drinking water, as
well as inhalation and dermal contacts during
showering, bathing, swimming in chlorinated pools
and cooking, risk potentials of various byproducts,
kinetics of byproducts formation,
epidemiological and toxicological evidence, effects
of different factors on byproducts formation and
minimization of cost have been continuing. However,
minimizing human health risks from exposure to
disinfection byproducts and lowering costs of water
supply systems have been a challenge to the research
community. In this book, complexities in controlling
different parameters, modeling byproducts formation
and framework for multi-criteria decision-making
have been discussed in details. This book has
offered significant improvement toward the direction
of risk-based decision-making; thus, will be of
interest to the research communities.

Autorentext

Obtained Ph.D. in Environmental Engineering from Queen's University, Canada. Post doctoral fellow at University of Toronto, Canada. Research Interests: environmental risk assessment/management, emerging byproducts/pathogens, water quality, multi-criteria decision-making, statistical/hybrid modeling, data analysis, uncertainty modeling.

Klappentext

Since the discovery of chlorinated byproducts in drinking water in 1974, research for understanding the types and distributions of natural organic matter in water, its reactivity, human exposure to byproducts through ingestion with drinking water, as well as inhalation and dermal contacts during showering, bathing, swimming in chlorinated pools and cooking, risk potentials of various byproducts, kinetics of byproducts formation, epidemiological and toxicological evidence, effects of different factors on byproducts formation and minimization of cost have been continuing. However, minimizing human health risks from exposure to disinfection byproducts and lowering costs of water supply systems have been a challenge to the research community. In this book, complexities in controlling different parameters, modeling byproducts formation and framework for multi-criteria decision-making have been discussed in details. This book has offered significant improvement toward the direction of risk-based decision-making; thus, will be of interest to the research communities.