Sludge Reduction Technologies in Wastewater Treatment Plants by Paola Foladori PDF

By Paola Foladori

ISBN-10: 1306301742

ISBN-13: 9781306301749

ISBN-10: 1780401701

ISBN-13: 9781780401706

Sludge aid applied sciences in Wastewater remedy vegetation is a evaluate of the sludge relief strategies built-in in wastewater therapy crops with specified chapters at the so much promising and such a lot common suggestions. the purpose of the e-book is to replace the foreign neighborhood at the present prestige of data and methods within the box of sludge relief. it is going to supply a accomplished understanding Read more...


This ebook is a overview of the sludge aid strategies built-in in wastewater remedy vegetation with distinctive chapters at the so much promising and such a lot frequent innovations. the purpose of the ebook is Read more...

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Additional resources for Sludge Reduction Technologies in Wastewater Treatment Plants

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2 presents the processes commonly used to treat wastewater and sludge in a WWTP, divided into the two paths, as further considered in this book: (1) wastewater handling units (known also as the water line) (2) sludge handling units (known also as the sludge line). 2. The common lay-out adopted to define the wastewater handling units (water line) and the sludge handling units (sludge line) in a WWTP. These various processes, which can be applied for sludge reduction, are presented in specific sheets in Chapters 5 and 6 where the techniques integrated 32 Sludge Reduction Technologies in Wastewater Treatment Plants in the wastewater handling units and in the sludge handling units are described respectively.

It is well known that sludge production is lower in activated sludge plants with long SRT and operating at low applied loads or low F/M ratios (Food/ Microorganisms). For example, endogenous metabolism allows biomass production to be reduced in aerobic reactors by 12% when biomass Principles of sludge reduction techniques 39 concentration (M) is increased from 3 to 6 g/L. 3 g/L by increasing the SRT (Low and Chase, 1999a). However, there is a limit to the potential increase of sludge concentration in activated sludge systems equipped with conventional settlers and only systems based on membrane filtration (MBR) or biofilm processes (granular sludge) can overcome this limit.

This process occurs under thermophilic temperatures, and the thermal effect also render the cells in sludge more susceptible to enzyme attack. VSS solubilisation is 30–40% and causes a high strength lysate, recirculated in the Overview: techniques integrated in the wastewater handling units 47 activated sludge stage. This process requires the additional reactor and heating to thermophilic temperatures, with resulting additional costs which are however modest due to the compact volume of the reactor (due to the short retention time).

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Sludge Reduction Technologies in Wastewater Treatment Plants by Paola Foladori

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