Diffusion of the electron acceptor is the rate controlling step in virtually all biofilm reactors
employed for aerobic wastewater treatment. The membrane-aerated biofilm reactor (MABR) …

Biofilms cultivated on oxygen-filled gas-permeable membranes grow differently than
conventional biofilms, as the chemical species required for growth diffuse from different …

A bioreactor was constructed and used to treat a synthetic wastewater containing
ammonium acetate and trace nutrients for about 190 days. The reactor was aerated by …

A laboratory-scale membrane aeration bioreactor (MABR) was operated with a nitrifying
biofilm attached to the surface of oxygen-permeable hollow fibres. Pure oxygen was …

The membrane-aerated biofilm reactor (MABR) is a novel treatment technology that employs
gas-supplying membranes to deliver oxygen directly to a biofilm growing on the membrane …

One of the main energy consumptions in wastewater treatment plants (WWTPs) is due to the
oxygenation of aerobic biological processes. In order to approach to an energy self-sufficient …

A membrane-aerated biofilm reactor (MABR) was designed for the treatment of a source-
separated urine wastewater formulated to mimic conditions on an early planetary space …

A computer model is used to investigate the microbial uptake of oxygen and a carbon-
source substrate for biofilms growing on gas-permeable, hollow-fiber membranes and …

A carbon membrane-aerated biofilm reactor (CMABR) was developed to treat synthetic
wastewater. Such membrane exhibited a high degree of adhesion and good permeability …

Teknologi membran merupakan salah satu teknologi pemisahan yang relatif baru namun
aplikasinya telah merambah luas ke berbagai sektor termasuk sektor pengolahan air dan …