This study can professionally discuss the ability of Ocimum basilicum to the accumulation of one heavy metal like Cd but has a different solubility. Phytoremediation is required along with modifying chelates to enhance the elimination capacity of the metal. The study was conducted to determine the effect of amendment materials like EDTA on Cd uptake from the soil and translocation to roots and shoots of O. basilicum. Pot experiment in randomized design was applied 5 and 10 mg/kg soil in two forms, CdCl2 and CdCO3, and the effect of EDTA. The results revealed that the concentration of Cd in O. basilicum was higher in case of Cd with high solubility (CdCl2) and EDTA significantly increase the ability of the plant to accumulation of various Cd forms especially with low solubility (CdCO3). The calculating translocation factor and enrichment factor were more than 1 indicating O. basilicum is hyperaccumulator and good enough for phyto extraction of Cd.