Out of 30 bacterial isolates from wastewater were checked for growth on a minimal salt medium amended with different concentrations of phenol by flask culture technique. The eight most tolerant bacterial strains to the higher concentrations of phenol, designated as W2, W5, W9, W12, W14, W15, W19 and W29, were investigated for their ability to grow and degrade phenol. Among the eight higher phenol degrading isolates, W15 can tolerate up to 1000 ppm of phenol concentrations and grow and degrade 94% of phenol within 72 hrs. The optimum temperature and pH condition were 37C◦ and 7, respectively. The yeast extract is the best organic nitrogen source, while ammonium chloride is the best inorganic nitrogen source for the growth and degradation of ...
A bacterium that could completely metabolize phenol in batch culture supplied with up to 1200mg phen...
Efficient phenol-degrading bacteria is still the key to the biological treatment of phenol-containin...
The objectives of this research were to isolate pure phenol-degrading strains from enriched mixed cu...
Phenol is a toxic organic pollutant to living cells and its biodegradation is considered the best me...
Phenol is a toxic pollutant found in effluent of numerous industries and its elimination is a foremo...
Phenol is a carbonic compound that is dangerous for humans at a concentration of 0.5 ppm in the envi...
The increasing phenol and phenolic wastes necessitates the screening of bacteria that are able to de...
A phenol-degrading bacterium strain PA was successfully isolated from the effluent of petrochemical ...
Four bacteria, two each isolated from wastewater treatment and oil-contaminated soil showed great po...
Phenolic compounds have increasingly found their way into the environment following the industrial r...
WOS: 000369206700019Phenol is a toxic aromatic compound produced as a by-product of industrial activ...
Phenol is a cognizant industrial contaminant in wastewaters from various industries, in this bioreme...
Four bacteria, two each isolated from wastewater treatment and oil-contaminated soil showed great po...
Enrichment cultures of microorganisms separated from soil contaminated with pentachlorophenol and cr...
Phenols are very soluble in water; as a result, they can pollute a massive volume of fresh water, wa...
A bacterium that could completely metabolize phenol in batch culture supplied with up to 1200mg phen...
Efficient phenol-degrading bacteria is still the key to the biological treatment of phenol-containin...
The objectives of this research were to isolate pure phenol-degrading strains from enriched mixed cu...
Phenol is a toxic organic pollutant to living cells and its biodegradation is considered the best me...
Phenol is a toxic pollutant found in effluent of numerous industries and its elimination is a foremo...
Phenol is a carbonic compound that is dangerous for humans at a concentration of 0.5 ppm in the envi...
The increasing phenol and phenolic wastes necessitates the screening of bacteria that are able to de...
A phenol-degrading bacterium strain PA was successfully isolated from the effluent of petrochemical ...
Four bacteria, two each isolated from wastewater treatment and oil-contaminated soil showed great po...
Phenolic compounds have increasingly found their way into the environment following the industrial r...
WOS: 000369206700019Phenol is a toxic aromatic compound produced as a by-product of industrial activ...
Phenol is a cognizant industrial contaminant in wastewaters from various industries, in this bioreme...
Four bacteria, two each isolated from wastewater treatment and oil-contaminated soil showed great po...
Enrichment cultures of microorganisms separated from soil contaminated with pentachlorophenol and cr...
Phenols are very soluble in water; as a result, they can pollute a massive volume of fresh water, wa...
A bacterium that could completely metabolize phenol in batch culture supplied with up to 1200mg phen...
Efficient phenol-degrading bacteria is still the key to the biological treatment of phenol-containin...
The objectives of this research were to isolate pure phenol-degrading strains from enriched mixed cu...