The various electrodes such as iron, aluminium, stainless steel and graphite are used in this study. Main objectives of the present paper is to evaluate the removal of COD, pH, TDS and oil and grease from the automobile wastewater by Electro coagulation using iron as Monopolar configuration at different voltages and electrolysis time. To study the effect of inter electrode spacing and effect of different initial pH for the removal of selected parameter at constant voltage for the iron electrode. The removal efficiency decreases with increase in electrode spacing as 71.2% of COD, 96.5% of TDS and 88.76% of oil and grease removal was achieved with iron electrode
Chemical coagulation is commonly used in raw water and wastewater treatment plants for the destabili...
The electrocoagulation process is an electrochemical technique that has demonstrated wide potential ...
The applicability of Electrocoagulation (EC) process in the treatment of simulated tannery wastewate...
Main objectives of the present paper to evaluate the removal of COD, TSS, TDS and oil and grease fro...
In this study, COD, turbidity, total nitrogen, phosphate, sulphate, oil-grease and chromium removals...
This study evaluated the efficiency of Electrical coagulation process in removal of COD, turbidity, ...
In the present study different combinations of Al and Fe electrodes are used for improving the treat...
An electrocoagulation process was used for the treatment of oily wastewater generated from an automo...
In this work, we present the result of an electric coagulation process with iron and aluminum electr...
In this work, we present the result of an electric coagulation process with iron and aluminum electr...
[[abstract]]Surface finishing wastewater having low pH (∼2) and high conductivity (>11 mS/cm) was tr...
The reuse of treated industrial wastewater can be a valuable alternative to freshwater resources esp...
Vehicle washing service generally does not have a waste treatment system to handle liquid waste gene...
Electrocoagulation has been recognized positively to treat the wastewater from steam cleaners, texti...
Chemical coagulation is commonly used in raw water and wastewater treatment plants for the destabili...
Chemical coagulation is commonly used in raw water and wastewater treatment plants for the destabili...
The electrocoagulation process is an electrochemical technique that has demonstrated wide potential ...
The applicability of Electrocoagulation (EC) process in the treatment of simulated tannery wastewate...
Main objectives of the present paper to evaluate the removal of COD, TSS, TDS and oil and grease fro...
In this study, COD, turbidity, total nitrogen, phosphate, sulphate, oil-grease and chromium removals...
This study evaluated the efficiency of Electrical coagulation process in removal of COD, turbidity, ...
In the present study different combinations of Al and Fe electrodes are used for improving the treat...
An electrocoagulation process was used for the treatment of oily wastewater generated from an automo...
In this work, we present the result of an electric coagulation process with iron and aluminum electr...
In this work, we present the result of an electric coagulation process with iron and aluminum electr...
[[abstract]]Surface finishing wastewater having low pH (∼2) and high conductivity (>11 mS/cm) was tr...
The reuse of treated industrial wastewater can be a valuable alternative to freshwater resources esp...
Vehicle washing service generally does not have a waste treatment system to handle liquid waste gene...
Electrocoagulation has been recognized positively to treat the wastewater from steam cleaners, texti...
Chemical coagulation is commonly used in raw water and wastewater treatment plants for the destabili...
Chemical coagulation is commonly used in raw water and wastewater treatment plants for the destabili...
The electrocoagulation process is an electrochemical technique that has demonstrated wide potential ...
The applicability of Electrocoagulation (EC) process in the treatment of simulated tannery wastewate...