Treatment of landfill leachate using electrochemically assisted UV/chlorine process: effect of operating conditions, molecular weight distribution and fluorescence EEM …
Leachate, a highly polluted wastewater, is generated from landfill containing complex
compositions which have great impact on the environment. The advanced treatment of
biochemically treated landfill leachate using electrochemically assisted UV/chlorine process
(UEC) in a flow reactor was investigated. The effects of pH and current density on COD and
NH 3-N removal by UEC process were evaluated. At the pH value of 5.0, current density of
60 mA/cm 2, the removal efficiencies for COD and NH 3-N were observed as 77% and 87 …
compositions which have great impact on the environment. The advanced treatment of
biochemically treated landfill leachate using electrochemically assisted UV/chlorine process
(UEC) in a flow reactor was investigated. The effects of pH and current density on COD and
NH 3-N removal by UEC process were evaluated. At the pH value of 5.0, current density of
60 mA/cm 2, the removal efficiencies for COD and NH 3-N were observed as 77% and 87 …
Treatment of landfill leachate using electrochemically assisted UV/chlorine process: effect of operating conditions, molecular weight distribution and fluorescence EEM …
YZH Ye ZhiHong, ZH Zhang Hui, ZX Zhang Xin… - 2015 - cabidigitallibrary.org
Leachate, a highly polluted wastewater, is generated from landfill containing complex
compositions which have great impact on the environment. The advanced treatment of
biochemically treated landfill leachate using electrochemically assisted UV/chlorine process
(UEC) in a flow reactor was investigated. The effects of pH and current density on COD and
NH3-N removal by UEC process were evaluated. At the pH value of 5.0, current density of
60 mA/cm2, the removal efficiencies for COD and NH3-N were observed as 77% and 87 …
compositions which have great impact on the environment. The advanced treatment of
biochemically treated landfill leachate using electrochemically assisted UV/chlorine process
(UEC) in a flow reactor was investigated. The effects of pH and current density on COD and
NH3-N removal by UEC process were evaluated. At the pH value of 5.0, current density of
60 mA/cm2, the removal efficiencies for COD and NH3-N were observed as 77% and 87 …
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