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Fathul Mahdariza
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Journal Articles

Enhancing the membrane bioreactor efficiency: The impact of rotating membrane modules and aeration strategies on the transmembrane pressure

Open Access
Fathul Mahdariza, Wilhelm Georg, Henri Pronold, Tobias Morck
Water Sci Technol (2024) 90 (3): 985–994.
DOI: https://doi.org/10.2166/wst.2024.242
Date Online: 16 July 2024
View articletitled, Enhancing the membrane bioreactor efficiency: The impact of rotating membrane modules and aeration strategies on the transmembrane pressure View PDF for article titled, Enhancing the membrane bioreactor efficiency: The impact of rotating membrane modules and aeration strategies on the transmembrane pressure
Journal Articles

The impact of solid/floc holdup on oxygen transfer in a rotating hollow fiber membrane bioreactor under endogenous conditions

Open Access
Fathul Mahdariza, Wilhelm Georg, Ernst-Marius Wille, Tobias Morck
Water Sci Technol (2023) 88 (5): 1232–1245.
DOI: https://doi.org/10.2166/wst.2023.265
Date Online: 19 August 2023
View articletitled, The impact of solid/floc holdup on oxygen transfer in a rotating hollow fiber membrane bioreactor under endogenous conditions View PDF for article titled, The impact of solid/floc holdup on oxygen transfer in a rotating hollow fiber membrane bioreactor under endogenous conditions
Journal Articles

A new concept of a rotating hollow fibre membrane module:impact of rotation on fine-bubble aeration

Open Access
Fathul Mahdariza, Ignacio Domingo Rimoldi, Jochen Henkel, Tobias Morck
Water Sci Technol (2022) 85 (9): 2737–2747.
DOI: https://doi.org/10.2166/wst.2022.144
Date Online: 29 April 2022
FIGURES | View All (6)
View articletitled, A new concept of a rotating hollow fibre membrane module:impact of rotation on fine-bubble aeration View PDF for article titled, A new concept of a rotating hollow fibre membrane module:impact of rotation on fine-bubble aeration
Includes: Supplementary data