The biological degradation of phenol and 2-chlorophenol was studied at room temperature in a microprocesser controlled fill-and-draw reactor using activated sludge from the Passaic Valley Sewerage Commissioners wastewater treatment plant (Newark, New Jersey). The reactor was cycled through four unit processes: fill, react, settle, and draw. Different cycle times were tested, and the system response was characterized by dissolved oxygen measurements and substrate analysis (by gas chromatography). With inhibitory substrates, such as those tested, this reactor had much more flexibility, and was therefore much easier to operate, than a standard continuous flow reactor
Three phenol degraders were isolated from the mixed liquor of the Livingston, NJ municipal treatment...
The study of phenol biodegradation has been performed using calcium alginate entrapped activated slu...
Phenol and chlorophenols are among the most important class of raw materials in chemical industry. T...
The biological degradation of phenol, O-chlorophenol, and 2,6-dichlorophenol was studied at room tem...
The biological degradation of phenol up to 500 ppm and 0-chlorophenol up to 40 ppm was studied in an...
Experiments were conducted to determine whether a continuous process similar to the common activated...
Biological removal of phenol up to 600 ppm and 2,6-dichlorophenol up to 20 ppm was studied in a well...
The performance of immobilized cells in the treatment of hazardous waste was investigated using a re...
The biodegradation of phenol and O-chlorophenol was studied in six-liter batch reactors, using a mun...
Experiments were conducted using phenol as a sole carbon source in a series of completely mixed biol...
This study examined the effects of phenolic compounds on the populations in mixed liquors obtained f...
Biodegradation of a single pollutant by two competing microbial species has been mathematically desc...
This study dealt with the determination of the detailed kinetics of the biodegradation of mixed subs...
The biodegradation of 2,4,6-trichlorophenol (246-TCP) and 2,4,5-trichiorophenol (245-TCP) by Phanero...
The biological degradation of multiple substrates was studied at room temperature in aerated 5-liter...
Three phenol degraders were isolated from the mixed liquor of the Livingston, NJ municipal treatment...
The study of phenol biodegradation has been performed using calcium alginate entrapped activated slu...
Phenol and chlorophenols are among the most important class of raw materials in chemical industry. T...
The biological degradation of phenol, O-chlorophenol, and 2,6-dichlorophenol was studied at room tem...
The biological degradation of phenol up to 500 ppm and 0-chlorophenol up to 40 ppm was studied in an...
Experiments were conducted to determine whether a continuous process similar to the common activated...
Biological removal of phenol up to 600 ppm and 2,6-dichlorophenol up to 20 ppm was studied in a well...
The performance of immobilized cells in the treatment of hazardous waste was investigated using a re...
The biodegradation of phenol and O-chlorophenol was studied in six-liter batch reactors, using a mun...
Experiments were conducted using phenol as a sole carbon source in a series of completely mixed biol...
This study examined the effects of phenolic compounds on the populations in mixed liquors obtained f...
Biodegradation of a single pollutant by two competing microbial species has been mathematically desc...
This study dealt with the determination of the detailed kinetics of the biodegradation of mixed subs...
The biodegradation of 2,4,6-trichlorophenol (246-TCP) and 2,4,5-trichiorophenol (245-TCP) by Phanero...
The biological degradation of multiple substrates was studied at room temperature in aerated 5-liter...
Three phenol degraders were isolated from the mixed liquor of the Livingston, NJ municipal treatment...
The study of phenol biodegradation has been performed using calcium alginate entrapped activated slu...
Phenol and chlorophenols are among the most important class of raw materials in chemical industry. T...