Compost technology has also been successfully applied to mopup soils contaminated with organic pollutants [18–20]. Ma et al.[18] applied composting technology to anthracene–contaminatedsoil where at least 50% anthracene was removed. Applying compostto soil polluted with diesel by Wu et al. [19], 90% of poly-cyclic aromatic hydrocarbons (PAHs) was completely removedfrom the contaminated soil samples. The review work of Chenet al. [20] demonstrated the effectiveness of compost technol-ogy in remediating organic pollutants such as PAHs, petroleumproducts, pesticides and chlorophenols in contaminated soils. Theorganochlorine compounds (known for their persistence in theenvironment) on composting were reduced by 15% of their originalconcentration in contaminated soils [21]. The importance of com-post for remediation of organic and inorganic pollutants has beendiscussed in Taiwo [13]. The objectives of this present study are: (1)remediation of metals in polluted soil using compost and plants,(2) determination of bioaccumulation factor of Kenaf plant usedfor phytoremediation of metals and (3) determination of effects ofcompost on the physiological parameters of plants.