Safe drinking water and responsibly managed wastewater are among the quiet achievements every community depends on — and behind them stands the engineer who must design and operate systems governed by physical, chemical, and biological principles all at once.
The knowledge needed to do this well is usually scattered. Hydraulics sits in one text, water chemistry in another, unit-process design in a third, and the regulations in yet more — often as theory, without the worked, unit-carrying calculations practitioners actually apply. It becomes hard to trace how an assumption made early in the treatment train shapes the units downstream, or to tie each decision to the rules that govern it.
This handbook closes that gap. It follows the path water itself takes: from the character of water and the estimation of demand, through the hydraulics of pipes, pumps, and channels, into each clean-water process in the order it appears in a real treatment train, then through distribution, wastewater collection and treatment, and the management of sludge and residuals — closing with the regulatory, operational, and sustainability framework that governs how systems are permitted and run.
Inside, you will be able to:
Les informations fournies dans la section « Synopsis » peuvent faire référence à une autre édition de ce titre.
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Vendeur : AHA-BUCH GmbH, Einbeck, Allemagne
Taschenbuch. Etat : Neu. Neuware - Safe drinking water and responsibly managed wastewater are among the quiet achievements every community depends on - and behind them stands the engineer who must design and operate systems governed by physical, chemical, and biological principles all at once. The knowledge needed to do this well is usually scattered. Hydraulics sits in one text, water chemistry in another, unit-process design in a third, and the regulations in yet more - often as theory, without the worked, unit-carrying calculations practitioners actually apply. It becomes hard to trace how an assumption made early in the treatment train shapes the units downstream, or to tie each decision to the rules that govern it.>Inside, you will be able to: - Estimate demand and set a hydraulic design basis, then analyze pipe, pump, and channel flow- Size and evaluate coagulation, flocculation, sedimentation, filtration, and disinfection- Design wastewater collection, primary, secondary, and nutrient-removal treatment- Manage sludge and residuals, from digestion and dewatering to water-treatment residuals- Follow fully worked examples with every step, assumption, and unit conversion visible- Confirm your method against end-of-chapter practice problems with answers- Connect each design and operating decision to the Safe Drinking Water Act and Clean Water Act framework>Written for practicing water and wastewater engineers, plant operators, and advanced civil and environmental engineering students. Add this practical, calculation-driven reference to your working library and approach treatment, distribution, collection, and compliance from a single, dependable source. N° de réf. du vendeur 9798173513441
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