This case study on cadmium contamination has been studied for a long time. Which have many choices to reduce the amount of cadmium. Phytoremediation is treatment of interest in the current therapies that are environmentally friendly. The rehabilitation of the environment with plants Is the process of moving the plant to keep pollutants in the environment or cause harm to other creatures less. The mechanism of restored several important ways. This research is the introduction of plants that are tolerance of toxic and accumulation heavy metals higher. Hyperaccumulator plants can accumulate concentrations of metallic or metalloid elements in their aerial tissues far in excess of normal physiological requirements, and above the levels found in most plant species (Baker, 1989). Several studies have work to bring plants to absorb heavy metals such as cadmium (Cadmium), zinc (Zn), BTEX Etc. research studies characteristics of cadmium in Chlorophytum comosum. It a popular ornamental plant and potential Cadmium hyperaccumulator. Researchers reach a conclusion that C. comosum is a superexcellent accumulator to Cadmium for its high tolerance to metal toxicity and strong accumulation of heavy metal which are crucial characteristics for hyperaccumulators. As a popular ornamental, C. comosum had dual merits of beautification and phytoremediation. Therefore, C. comosum will provide an important material for exploring the tolerance strategies of Cadmium accumulation in plant cells and have high application value in repairing Cadmium-contaminated soils (YoubaoWang, 2012). Found in both cases accumulation of heavy metal compounds, heavy metals and radioactivity. Using plants accumulate heavy metals have disadvantages the plants tend to accumulate metal well single species. With slow growth and a smaller plant of the same type that does not accumulate metal (Chuichai, 2008).