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salinity was tested on the performance of the CRBR in denitrification 
            
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could completely denitrify the nitrate at inlet concentration up to 
            
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efficiency of 99% when the bioreactor was operated at inlet nitrate 
            
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loading rate of 3:6 kgNO 3 =m3 d. The denitrification performance of 
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loading rate of 3:6 kgNO 3 =m3 d. The denitrification performance of 
            
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Pseudomonas resinovorans, Stenotrophomonas maltophilia and Bacillus 
            
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cereus as the most abundant denitrifiers in biomass. Accordingly, the 
            
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CRBR is a high-rate bioreactor and appropriate technology for 
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CRBR is a high-rate bioreactor and appropriate technology for 
            
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treatment of nitrate-laden industrial wastewaters containing phenolic 
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treatment of nitrate-laden industrial wastewaters containing phenolic 
            
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compounds and salinity.",
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compounds and salinity.",
            
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    "es": "The effects of COD=NO 3 ratio, nitrate concentration and 
            
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salinity was tested on the performance of the CRBR in denitrification 
            
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with catechol as carbon source. The maximum nitrate reduction attained 
            
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atCOD=NO 3 ratio of 1. The CRBR operated at optimum COD=NO3 ratio 
            
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could completely denitrify the nitrate at inlet concentration up to 
            
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1250 mg/L without nitrite accumulation. The maximum denitrifica tion 
            
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efficiency of 99% when the bioreactor was operated at inlet nitrate 
            
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121
loading rate of 3:6 kgNO 3 =m3 d. The denitrification performance of 
            
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the CRBR was not affected significantly by NaCl concentrations up to 
            
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cereus as the most abundant denitrifiers in biomass. Accordingly, the 
            
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CRBR is a high-rate bioreactor and appropriate technology for 
            
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treatment of nitrate-laden industrial wastewaters containing phenolic 
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treatment of nitrate-laden industrial wastewaters containing phenolic 
            
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