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首页> 外文期刊>International Journal of Electrochemical Science >COD and Color Removal from Landfill Leachate by photo- electro-Fenton Process
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COD and Color Removal from Landfill Leachate by photo- electro-Fenton Process

机译:通过光填埋场渗滤液通过光电 - 芬顿工艺从垃圾和颜色去除

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This study investigated the effects of operational parameters such as pH (2.5-5.0), current density (10- 50 A/m2 ), H2O2 concentration (250-1500 mg/L) and distance between electrodes (1.0-1.5 cm) on COD and color removal from the leachate by the photo-electro-Fenton method. Under determined optimum experimental conditions (pH: 3, current density: 10 A/m2 , H2O2: 1000 mg/L, UV lamp: 16W, stirring rate: 250 rpm, distance between electrodes: 1.0 cm), maximum 83.84% COD removal and 84.46% color removal from leachate were achieved with an electrical energy consumption of 11.02 and 5.51 kWh/m3 , respectively. Maximum removal efficiencies for COD and color were reached after 90 and 45 minutes of treatment, respectively.
机译:本研究研究了操作参数的影响,例如pH(2.5-5.0),电流密度(10-50A / m 2),H 2 O 2浓度(250-1500mg / L)和电极之间的距离(1.0-1.5cm)的鳕鱼 通过光电 - 冷杉法从渗滤液中除去颜色。 在确定的最佳实验条件下(pH:3,电流密度:10A / M2,H2O2:1000mg / L,UV灯:16W,搅拌速率:250rpm,电极之间的距离:1.0cm),最大83.84%COD和 通过11.02和5.51kWh / m3的电能消耗,实现了84.46%从渗滤液中去除。 在90和45分钟的治疗后达到了鳕鱼和颜色的最大去除效率。

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