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Study on degradation of phenol in aqueous solution by ultrasound technology

Xiaoqing Xiong

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Abstract

The degradation effect of phenol and influence of affecting factors such as initial concentration,reaction temperature,pH are studied in this paper.Results show that: under the conditions of aqueous solution 200mL,phenol initial concentration 135.15 mg/L,reaction temperature 30℃,initial pH value of 3.0,ultrasonic irritation for 4 hours,the degradation of phenol reaches 5.64%.In addition,aeration and H2O2 could accelerate the phenol removal rate,and the addition of Fenton reagent can raise the degrading-rate to 61.60%.

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What this paper is about

The degradation effect of phenol and influence of affecting factors such as initial concentration,reaction temperature,pH are studied in this paper.Results show that: under the conditions of aqueous solution 200mL,phenol initial concentration 135.15 mg/L,reaction temperature 30℃,initial pH value of 3.0,ultrasonic irritation for 4 hours,the degradation of phenol reaches 5.64%.In addition,aeration and H2O2 could accelerate the phenol removal rate,and the addition of Fenton reagent can raise the degrading-rate to 61.60%.

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Available abstract

The degradation effect of phenol and influence of affecting factors such as initial concentration,reaction temperature,pH are studied in this paper.Results show that: under the conditions of aqueous solution 200mL,phenol initial concentration 135.15 mg/L,reaction temperature 30℃,initial pH value of 3.0,ultrasonic irritation for 4 hours,the degradation of phenol reaches 5.64%.In addition,aeration and H2O2 could accelerate the phenol removal rate,and the addition of Fenton reagent can raise the degrading-rate to 61.60%.

Key concepts: Phenol, Aqueous solution, Degradation (telecommunications), Chemistry, Aeration, Reagent, Nuclear chemistry, Organic chemistry

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