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The design and optimisation of MBR units require knowledge of the biokinetics, fouling potential and mixing. Although the mixing within an MBR system is of critical importance to the performance, MBRs are mainly designed on the basis of biokinetics and fouling potential of the treatment system while assuming the hydrodynamic characteristics. One method to characterise the mixing is the residence time...
Membrane Bioreactors (MBRs) have been used successfully in aerobic biological wastewater treatment to solve the perennial problem of effective solids–liquid separation. The optimisation of MBRs requires knowledge of the membrane fouling, mixing and biokinetics. MBRs are designed mainly based on the biokinetic and membrane fouling considerations even though the hydrodynamics within an MBR system is...
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