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The MLSS (a) and SV30 (b) in the aeration tank and the middle and bottom of the membrane in the LEP-N-MBR system.

The MLSS (a) and SV30 (b) in the aeration tank and the middle and bottom of the membrane in the LEP-N-MBR system.

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Figure 1. (a) The device for reciprocating motion in the pilot-scale...
Figure 2. The schematic diagram of the pilot-scale LEP-N-MBR system.
Figure 4. (a) The change in TMP with different membrane models in...
Figure 5. The MLSS (a) and SV30 (b) in the aeration tank and the middle...
+2 Figure 6. The different SEDs of aeration and vibration in an MBR.
Evaluating Fouling Control and Energy Consumption in a Pilot-Scale, Low-Energy POREFLON Non-Aerated Membrane Bioreactor (LEP-N-MBR) System at Different Frequencies and Amplitudes
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  • Oct 2022
Continual aeration, a fouling control strategy that causes high energy consumption, is the major obstacle in the deployment of membrane bioreactors (MBRs) for wastewater treatment. In recent years, a technology has been developed which adopts mechanical reciprocity for membrane vibration, and it has been proven efficient for membrane scouring, as w...
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