From the present study, it was concluded that the
treatment process had shown feasible activity in removing
the impurities present in the wastewater. In this process
without using any chemicals and the chemicals which are
present in the sample can be removed, it does not leave
any additional chemicals in the sample. In this process,
suspended solids formed after electrocoagulation process
removed by filtration and Chemical oxygen demand
decreased to 90% with increase of contact time for
different currents, maximum reduction of Chemical
oxygen demand is observed at 20 minutes for 0.25 amp,
0.36 amp. The maximum reduction of total dissolved
solids is 90% at 20 minutes for 0.25 amp, 0.36 amp. A
successful application of electrocoagulation (EC)
technique for the removal of suspended solids from
wastewater would address the environmental needs of
reduction in the operational costs and potential saving in
processing unit. A host of very promising techniques
based on electrochemical technology are being developed
but are not yet to the commercial stage. Among different
physical and chemical methods of water and waste water
treatments, electrocoagulation method offers a special
attraction due to its ecologically friendly, safety,
simplicity and lower operating costs.
From the present study, it was concluded that the
treatment process had shown feasible activity in removing
the impurities present in the wastewater. In this process
without using any chemicals and the chemicals which are
present in the sample can be removed, it does not leave
any additional chemicals in the sample. In this process,
suspended solids formed after electrocoagulation process
removed by filtration and Chemical oxygen demand
decreased to 90% with increase of contact time for
different currents, maximum reduction of Chemical
oxygen demand is observed at 20 minutes for 0.25 amp,
0.36 amp. The maximum reduction of total dissolved
solids is 90% at 20 minutes for 0.25 amp, 0.36 amp. A
successful application of electrocoagulation (EC)
technique for the removal of suspended solids from
wastewater would address the environmental needs of
reduction in the operational costs and potential saving in
processing unit. A host of very promising techniques
based on electrochemical technology are being developed
but are not yet to the commercial stage. Among different
physical and chemical methods of water and waste water
treatments, electrocoagulation method offers a special
attraction due to its ecologically friendly, safety,
simplicity and lower operating costs.
การแปล กรุณารอสักครู่..

From the present study, it was concluded that the
treatment process had shown feasible activity in removing
the impurities present in the wastewater. In this process
without using any chemicals and the chemicals which are
present in the sample can be removed, it does not leave
any additional chemicals in the sample. In this process,
suspended solids formed after electrocoagulation process
removed by filtration and Chemical oxygen demand
decreased to 90% with increase of contact time for
different currents, maximum reduction of Chemical
oxygen demand is observed at 20 minutes for 0.25 amp,
0.36 amp. The maximum reduction of total dissolved
solids is 90% at 20 minutes for 0.25 amp, 0.36 amp. A
successful application of electrocoagulation (EC)
technique for the removal of suspended solids from
wastewater would address the environmental needs of
reduction in the operational costs and potential saving in
processing unit. A host of very promising techniques
based on electrochemical technology are being developed
but are not yet to the commercial stage. Among different
physical and chemical methods of water and waste water
treatments, electrocoagulation method offers a special
attraction due to its ecologically friendly, safety,
simplicity and lower operating costs.
การแปล กรุณารอสักครู่..
