Model for the Treatment of Refinery Wastewater and Expression of Catabolic Genes in Fluidized Bed Bioreactor using Mixed Bacterial Consortium

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Ajao a.t.; Mustapha M.O.; Yakubu s.e.

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Journal: POLLUTION Year:2019 | Volume:5 | Issue:1 Page(s): 179-187

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Title

Model for the Treatment of Refinery Wastewater and Expression of Catabolic Genes in Fluidized Bed Bioreactor using Mixed Bacterial Consortium

Author(s)

Ajao a.t. | Mustapha M.O. | Yakubu s.e. | Issue Writer Certificate

Keywords

Refinery

Wastewater

Toxicity

Aerobic model

Bulkholderia strain AJ1

Corynebacterium kutscheri strain AJ2

Abstract

This study was undertaken to evaluate a novel aerobic Wastewater treatment model for the remediation of Refinery effluents and to assess the removal efficiency of Bulkholderia cepacia strain AJI and Corynebacterium kutscheri strain AJ2 to clean oil waste from petrochemical company. Wastewater quality parameters including pH, BOD5, COD, TDS, OIL & GREASE, PHENOL concentration, TPH and THC were monitored at 5, 10 and 15 days of treatment and the removal efficiencies were calculated. Results indicated that the raw oily Wastewater effluents used during this study had extremely high levels of all the tested parameters. The mean values of all physicochemical parameters of the Wastewater from primary tank at different treatment period were statistically different (P˂ 0. 001) After 15 days of biological treatment, BOD5, COD, TDS, Phenol, TPH, Oil & grease level of the Refinery Wastewater were reduced by 95. 60 %, 98. 40 %, 66. 34 %, 100 %, 97. 60 % and 96. 20 % respectively. The detection of the catabolic genes in the bacterial isolates recovered from primary tank using polymerase chain reaction revealed that both Bulkholderia cepacia strain AJ1 and Corynebacterium kutsheri strain AJ2 carried alk B and C23O but C12O was not detected in both isolates. Naphthalene dioxygenase was detected in Bulkholderia cepacia strain AJ1 but not found in Corynebacterium kutscheri strain AJ2. After treatment the waste water was filtered in the secondary tank. The results of physicochemical parameters in the outlet vessel essentially confirmed that the mixed culture in the two column model successfully carry out bioremediation of Refinery Wastewater. Therefore, aerobic treatment model for the bioremediation of Refinery Petroleum refineries generate great amounts of Wastewaters that may become seriously dangerous, leading to the accumulation of toxic products in the receiving water bodies with potentially serious long term effects to aquatic biota. Due to extreme Toxicity of contaminants in Refinery Wastewater, there is a need to develop an economical technique to remove the pollutants from the Wastewater is highly recommended owing its environmental friendliness.

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APA: Copy

Ajao, a.t., Mustapha, M.O., & Yakubu, s.e.. (2019). Model for the Treatment of Refinery Wastewater and Expression of Catabolic Genes in Fluidized Bed Bioreactor using Mixed Bacterial Consortium. POLLUTION, 5(1), 179-187. SID. https://sid.ir/paper/348758/en

Vancouver: Copy

Ajao a.t., Mustapha M.O., Yakubu s.e.. Model for the Treatment of Refinery Wastewater and Expression of Catabolic Genes in Fluidized Bed Bioreactor using Mixed Bacterial Consortium. POLLUTION[Internet]. 2019;5(1):179-187. Available from: https://sid.ir/paper/348758/en

IEEE: Copy

a.t. Ajao, M.O. Mustapha, and s.e. Yakubu, “Model for the Treatment of Refinery Wastewater and Expression of Catabolic Genes in Fluidized Bed Bioreactor using Mixed Bacterial Consortium,” POLLUTION, vol. 5, no. 1, pp. 179–187, 2019, [Online]. Available: https://sid.ir/paper/348758/en

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