Viewed products

AWWA MTC53899

AWWA MTC53899 Evaluation and Optimization of an Immersed Membrane Filtration System for Liquid-Solid Separation: Effect of Hydrodynamic Conditions on Fouling and Critical Flux

Conference Proceeding by American Water Works Association, 05/01/2001

Lee, Yonghun;Ahn, Kyu-Hong;Yeom, Ick-Tae;Lee, Seockheon;Kim, Junsung;Kim, Jae-Seok;Choi, Seungil;Sohn, Jinsik

More details

Download

PDF AVAILABLE FORMATS IMMEDIATE DOWNLOAD
$10.56

$24.00

(price reduced by 56 %)

Full Description

An immersed membrane filtration system (IMFS) was constructed to study thefeasibility of membrane filtration technology for liquid-solid separation inwater and wastewater treatment processes. In the case of applying the IMFS to abiological wastewater treatment process, so-called membrane bioreactor (MBR),aeration underneath membrane modules is usually employed in order to provideoxygen demand for microbial growth as well as to control membrane fouling. Aseries of experimental results showed that the pattern and intensity of hydraulicmixing driven by lifting air bubbles depends on not only aeration intensity butalso system configuration. It was also found that variations of hydrodynamicconditions due to changes of aeration intensity and system configuration have asignificant influence on membrane fouling and critical flux. Includes 6 references, figures.

Contact us