Microbial Granular Sludge: Mechanisms and Hydrodynamics

Currency:

Standard price: £75.00

Available as an ebook

Please purchase via www.iwaponline.comOpens in new window

Also part of Water Intelligence Online Digital Reference Library

Standard ePrice: £75.00

+ VAT

Access ebook

Author(s): Ting Ting Ren

Publication Date: 14/05/2021

Pages: 160

Binding: Paperback

ISBN13: 9781789062199

eISBN: 9781789062205

Download book flyer Print page

The proposed book will focus on microbial granular sludge, including granule formation, hydrodynamics and process design. The book will introduce microbial granular sludge based technology such as anaerobic granular sludge process and aerobic granular sludge process. Formation and characteristic of granular sludge will be elaborated in three chapters. Selective pressure, shear force, quorum sensing, EPS and loading effect on sludge granulation will be discussed. Then in the following two chapters, hydrodynamics of granular sludge based reactor will be introduced.

There are two main topics under hydrodynamics, i.e. macrohydrodynamics including flow pattern, gas hold up, shear stress and dispersion analysis for different reactors, and microhydrodynamics of the granular sludge including mass transportation and shape change. CFD simulation will also be applied to investigate the hydrodynamics of granular sludge process. In the last chapter, process design will be discussed based on some case studies. Process model method and some model platform will also be introduced to assistant engineering design.

Ting Ting Ren

The latest from @IWApublishing

📚Throughout 2021, over half of our eBooks have been made available as Open Access titles! Take a look at some of o… https://t.co/TW6JeFaBZe 3 hours 16 min ago
Celebrate the 10th Anniversary of Open Access Week! - https://t.co/5doIW3Tn0g https://t.co/O4rYM80JUw 3 hours 30 min ago
📣CALL FOR PAPERS📣 New! Special Issue in Water Supply — Techniques for Fault Detection and Assessment in Transmissi… https://t.co/tFhQsOYQIj 7 hours 44 min ago