|Title||Heavy Metal Stabilization in Soils using Waste Resources - A Critical Review|
|Publication Type||Journal Article|
|Year of Publication||2015|
|Authors||Lim, Jung Eun, Moon Deok Hyun, Kim Kwon-Rae, Yang Jae E., Lee Sang Soo, and Ok Yong Sik|
|Journal||Journal of Applied Biological Chemistry|
|Pagination||157 - 174|
Stabilization of metals in contaminated soils using various waste materials has been reported. Alkaline materials (limes, shells, industrial byproducts, etc.), phosphorous (P) containing materials (animal bones, phosphate rock, etc.), organic materials (composts, manures, biochars, etc.) and others (zerovalent iron, zeolite, etc.) were widely evaluated to ensure its effectiveness/applicability of stabilization of metals in soils. Stabilization mechanisms of those materials above were partially revealed, but the related literatures are still lacked and not sufficient for approaching to long-term stability/applicability in the field. The aims of this review are to summarize current knowledge of metal stabilization in contaminated soils using various waste materials and to suggest a direction for future field research.