Average mass transfer coefficients within denitrifying biofilms were determined during biofilm growth with an inert compound (LiCl) in a membrane flow cell at different flow conditions, until the biofilm reached (pseudo-) steady state. Similar values were obtained for the steady-state mass transfer coefficients of LiCl within the different biofilms. However, those coefficients were higher during the transient period of biofilm growth for the biofilm developed under the highest upflow velocity.Xunta de Galicia, project BioToBi
Direct observations on chemical micro-environment and microbial composition in biofilms are rare. Th...
The effect of liquid flow velocity on biofilm development in a membrane-aerated biofilm reactor was ...
A mechanistic model of organic substrate biodegradation in membrane-attached biofilms growing in ext...
Mass transfer coefficients within denitrifying biofilms were determined with an inert compound (LiC...
Average mass transfer coefficients within denitrifying biofilms were determined during biofilm growt...
Average mass transfer coefficients of an inert compound (LiCl) within denitrifying biofilms were mon...
Average mass transfer coefficients of an inert compound (LiCl) within denitrifying biofilms were mo...
The knowledge of mass transfer rates in microbial biofilms is often the limiting step on biofilm mo...
The relationship between local mass transfer coefficient and fluid velocity in heterogenous biofilms...
This work concerns mass transport in anaerobic biofilms, formed under upflow liquid velocities simi...
Biofilms have been modeled as homogeneous layers of cells and extracellular polymers covered by a un...
Membrane aerated biofilms reactors represent an innovative process to treat water. Substrates requir...
Abstract—This work concerns mass transport in anaerobic biofilms, formed under upflow liquid velocit...
Biofilms are widely used in biotechnology processes • production of human care and nutritional produ...
A diffusion-reaction model was fitted to data obtained with Pseudomonas fluorescens biofilms develo...
Direct observations on chemical micro-environment and microbial composition in biofilms are rare. Th...
The effect of liquid flow velocity on biofilm development in a membrane-aerated biofilm reactor was ...
A mechanistic model of organic substrate biodegradation in membrane-attached biofilms growing in ext...
Mass transfer coefficients within denitrifying biofilms were determined with an inert compound (LiC...
Average mass transfer coefficients within denitrifying biofilms were determined during biofilm growt...
Average mass transfer coefficients of an inert compound (LiCl) within denitrifying biofilms were mon...
Average mass transfer coefficients of an inert compound (LiCl) within denitrifying biofilms were mo...
The knowledge of mass transfer rates in microbial biofilms is often the limiting step on biofilm mo...
The relationship between local mass transfer coefficient and fluid velocity in heterogenous biofilms...
This work concerns mass transport in anaerobic biofilms, formed under upflow liquid velocities simi...
Biofilms have been modeled as homogeneous layers of cells and extracellular polymers covered by a un...
Membrane aerated biofilms reactors represent an innovative process to treat water. Substrates requir...
Abstract—This work concerns mass transport in anaerobic biofilms, formed under upflow liquid velocit...
Biofilms are widely used in biotechnology processes • production of human care and nutritional produ...
A diffusion-reaction model was fitted to data obtained with Pseudomonas fluorescens biofilms develo...
Direct observations on chemical micro-environment and microbial composition in biofilms are rare. Th...
The effect of liquid flow velocity on biofilm development in a membrane-aerated biofilm reactor was ...
A mechanistic model of organic substrate biodegradation in membrane-attached biofilms growing in ext...