Morphological changes in anaerobic granular sludge fed with increasing loads of oleic acid were quantified by image analysis. The combination of this technique with data on the accumulation of adsorbed long chain fatty acid give insight into the mechanisms of sludge disintegration, flotation and washout The molecular characterization of microbial community indicated that the bacterial domain was affected during sludge disintegration, flotation and washout. The archaeal domain was less affected although no acetoclastic and only a residual hydrogenotrophic activity were detected at the end of the operation.Instituto Gulbenkian de Ciência.Fundação para a Ciência e Tecnologia (FCT)
Abstract: Image analysis techniques were developed and applied to quantify the process of anaerobic ...
Four EGSB reactors (R1 to R4) were operated at an organic loading rate of 10 kgCOD/(m³.d), hydrauli...
Two shock loads of a commercial detergent (I - 150 mg chemical oxygen demand (COD)/L, fed for 56 h; ...
Morphological changes in anaerobic granular sludge fed with increasing loads of oleic acid were quan...
Morphological changes in anaerobic granular sludge fed with increasing loads of oleic acid were quan...
Abstract Morphological changes in anaerobic granular sludge fed with increasing loads of oleic acid ...
Suspended and granular sludge from two expanded granular sludge bed (EGSB) reactors fed with oleic a...
Image analysis techniques are applied to monitor the morphological changes in granular sludge prese...
Image analysis techniques are applied to monitor the morphological changes in granular sludge, pres...
A molecular approach was used to evaluate the microbial diversity of bacteria and archaea in two exp...
Due to unspecified operational problems, the specific acetoclastic activity (SAA) of the anaerobic ...
A molecular approach was used to evaluate the microbial diversity of bacteria and archaea in two exp...
Abstract: Image analysis techniques are applied to monitor the morphological changes in granular slu...
The specific acetoclastic activity (SAA) of anaerobic granular sludge was recovered in a lab scale ...
Four organic loading disturbances were performed in lab-scale EGSB reactors fed with ethanol. In loa...
Abstract: Image analysis techniques were developed and applied to quantify the process of anaerobic ...
Four EGSB reactors (R1 to R4) were operated at an organic loading rate of 10 kgCOD/(m³.d), hydrauli...
Two shock loads of a commercial detergent (I - 150 mg chemical oxygen demand (COD)/L, fed for 56 h; ...
Morphological changes in anaerobic granular sludge fed with increasing loads of oleic acid were quan...
Morphological changes in anaerobic granular sludge fed with increasing loads of oleic acid were quan...
Abstract Morphological changes in anaerobic granular sludge fed with increasing loads of oleic acid ...
Suspended and granular sludge from two expanded granular sludge bed (EGSB) reactors fed with oleic a...
Image analysis techniques are applied to monitor the morphological changes in granular sludge prese...
Image analysis techniques are applied to monitor the morphological changes in granular sludge, pres...
A molecular approach was used to evaluate the microbial diversity of bacteria and archaea in two exp...
Due to unspecified operational problems, the specific acetoclastic activity (SAA) of the anaerobic ...
A molecular approach was used to evaluate the microbial diversity of bacteria and archaea in two exp...
Abstract: Image analysis techniques are applied to monitor the morphological changes in granular slu...
The specific acetoclastic activity (SAA) of anaerobic granular sludge was recovered in a lab scale ...
Four organic loading disturbances were performed in lab-scale EGSB reactors fed with ethanol. In loa...
Abstract: Image analysis techniques were developed and applied to quantify the process of anaerobic ...
Four EGSB reactors (R1 to R4) were operated at an organic loading rate of 10 kgCOD/(m³.d), hydrauli...
Two shock loads of a commercial detergent (I - 150 mg chemical oxygen demand (COD)/L, fed for 56 h; ...