BI Yong-guang, ZHONG Hong-mao, KONG Fan-sheng, et al. Degradation Impact Factors of Phenol Simulated Wastewater with Ultrasonic-hydrogen Peroxide[J]. Journal of Civil and Environmental Engineering, 2012, 34(1): 96-101.
DOI:
BI Yong-guang, ZHONG Hong-mao, KONG Fan-sheng, et al. Degradation Impact Factors of Phenol Simulated Wastewater with Ultrasonic-hydrogen Peroxide[J]. Journal of Civil and Environmental Engineering, 2012, 34(1): 96-101. DOI: 10.11835/j.issn.1674-4764.2012.01.019.
Degradation Impact Factors of Phenol Simulated Wastewater with Ultrasonic-hydrogen Peroxide
The use of ultrasonic,H2O2and the combination of two kinds of technology approach to ultrasound H2O2 phenol wastewater
treatment effect of three methods were compared the differences
and discussed the ultrasonic power
the solution pH value
ultrasonic time and ferrous ions (Fe2 + ) the amount of the treatment effect. The results show that hydrogen peroxide and ultrasonic treatment efficiency of wastewater treatment is superior to ultrasonic treatment group and H2O2 treatment. Through orthogonal experiments of phenol degradation rate of the size of the order has to pH>ultrasonic power>ultrasonic time>adding 0.1mmol·L-1FeSO4 amount of the basis of the experimental parameters
in order to obtain high degradation rate and cost
various factors. Optimization of process parameters for the ultrasonic time of 60 min
power is 200 W
pH is 3
adding FeSO4 amount of 1.0 mL. Under optimum conditions in this experiment
the degradation of phenol was 81.50%. Ultrasonic is relatively separate and separate hydrogen peroxide
the use of ultrasonic hydrogen peroxide degradation rate of phenol