摘要：农药生产废水具有水质复杂，污染物种类多，废水生物毒性大的特点，若

Abstract: wastewater pesticides have complex water quality, pollutant types, large wastewater biological toxicity characteristics, without going through effective treatment, resulting in a serious impact on the ecological environment. Thus, we use the concept of catalytic ozone oxidation treatment in a pesticide enterprise actual wastewater and the introduction of ammonia conversion, studied the effect of the actual processing technique catalytic ozonation of wastewater. This paper analyzes the dosage of ozone, hydrogen peroxide dosage, catalyst amount, reaction time and reaction pH on the removal rate of conversion of ammonia and COD in wastewater. The results show that the catalytic ozone oxidation can significantly reduce the color of wastewater, and the reaction pH 8, ozone dosage 3000mg / L, hydrogen peroxide dosage 3mg L, made the catalyst 50g / L, the reaction time at 120min / wastewater COD removal and ammonia to achieve the best conversion, of 38.4% and 47.1%, respectively.

Abstract: Pesticide production wastewater has the characteristics of complex water quality, many kinds of pollutants, and large biotoxicity of wastewater, which, if not treated effectively, will have a serious impact on the ecological environment. Therefore, we use catalytic ozone oxidation technology to treat the actual production of wastewater by a pesticide enterprise, and introduce the concept of ammonia nitrogen conversion rate, this paper studies the actual treatment effect of catalytic ozone oxidation technology on wastewater. This paper analyzes the effects of ozone injection, hydrogen peroxide, catalyst, reaction time and reaction pH on COD removal rate and ammonia-nitrogen conversion rate in wastewater. The results showed that the catalytic ozone oxidation reaction could significantly reduce the color of wastewater, and in the reaction pH is 8, ozone injection amount 3000mg/L, hydrogen peroxide injection amount 3 mg/L, homemade catalyst 50g/L, reaction time of 120min, wastewater COD removal rate and ammonia nitrogen conversion rate of the best, 38.4% and 47.1%, respectively.

Abstract: the wastewater from pesticide production has the characteristics of complex water quality, various pollutants and high biological toxicity. If it is not treated effectively, it will have a serious impact on the ecological environment. Therefore, we use catalytic ozonation technology to treat the actual production wastewater of a pesticide enterprise, and introduce the concept of ammonia nitrogen conversion rate. This paper studies the actual treatment effect of catalytic ozonation technology on wastewater. This paper analyzes the effects of ozone dosage, hydrogen peroxide dosage, catalyst dosage, reaction time and pH on COD removal rate and ammonia nitrogen conversion rate in wastewater. The results show that catalytic ozonation can significantly reduce the chroma of wastewater, and when the reaction pH is 8, the dosage of ozone is 3000mg / L, the dosage of hydrogen peroxide is 3mg / L, the dosage of self-made catalyst is 50g / L, and the reaction time is 120min, the removal rate of COD and the conversion rate of ammonia nitrogen are 38.4% and 47.1%, respectively.<br>