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In this study, remediation of heavy metal contaminated soil was attempted by the electrokinetic process equipped withfixed or swappable electrode. Copper was more effectively removed with EDTA than citric acid. Zinc was much moreremoved than copper with both detergents. When electrokinetic with fixed electrode and detergents were applied to thecontaminated soil, copper was removed about 28.52% ~ 35.25% and zinc was removed about 63.44% ~ 71.48%. Whenelectrokinetics with swappable electrode and detergents were applied to the contaminated soil, the pseudo-first orderreaction constants was higher about 16 ~ 50% than with fixed electrode in the case of zinc. It is conclusive thatelectrokinetics with swappable electrode could be an effective method for the remediation of heavy metal contaminated soil.Key words :electrokinetic, swappable electrode, heavy metals, detergent 1.                  .                             .       21    ,   , ,, , , , 6 , ,   9             . 2006 ‘     ’     936,     23    19   .                        (Han et al., 2004).       (soil washing),  (soil flushing),  (phytormediation),  (electrokinetic remediation)   .         (soil washing)   ,       2

A Study for Remediation of Heavy Metal Contaminated Soil Using Electrokinetics with Swappable Electrode