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Photocatalytic Degradation of Organics in Municipal Treated Wastewater in a Re-Circulation Reactor

机译:循环反应器中城市处理废水中有机物的光催化降解

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In this paper, an experimental investigation on the effect of parameters namely concentration, solar radiation intensity and exposure time on the photo oxidation of pollutants in secondary treated municipal wastewater has been presented. TiO2 was used as the photo catalyst and the experiments were carried out in the month of February 2012 in Oman. The reactor was a glass tube constructed with the provision of adding a reflector. The results showed that photo catalytic treatment is very effective for dilute solutions and the presence of reflector enhances the photo degradation. The reduction in Chemical Oxygen Demand (COD) obtained at the experimental conditions of 0.007 m3/hr flow rate, 15°?inclination angle and 1 g·L-1?TiO2 dosage was 18%. The presence of the reflector increased the degradation to 25% at the above experimental conditions.
机译:本文对浓度,太阳辐射强度和暴露时间等参数对二级处理城市污水中污染物的光氧化的影响进行了实验研究。 TiO2被用作光催化剂,实验于2012年2月在阿曼进行。反应器是玻璃管,该玻璃管具有添加反射器的构造。结果表明,光催化处理对稀溶液非常有效,反射剂的存在会加剧光降解。在0.007 m3 / hr流量,15°倾斜角和1 g·L-1?TiO2剂量的实验条件下获得的化学需氧量(COD)降低为18%。在上述实验条件下,反射器的存在将降解率提高到25%。

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