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EMERGING SUSTAINABLE TECHNOLOGIES FOR REMEDIATION OF SOILS AND GROUNDWATER IN A MUNICIPAL SOLID WASTE LANDFILL SITE: A REVIEW
Ye, J., X. Chen, C. Chen, and B. Bate. | Chemosphere 227: 681-702(2019)
Existing technologies, including permeable reactive barriers (PRBs), electrokinetic remediation, microbial remediation, and injection of either solubilizing agents or micro or nanobubbles, are reviewed in this article. Emphasis is placed on removal efficiency based on existing projects at lab, pilot or field scales. The article features a design chart tailored for the remediation of a landfill contaminated site, verified by several case studies that supplement the chart. Future trends of technical innovation, such as multi-layer PRBs, are identified. https://person.zju.edu.cn/person/attachments/2019-07/01-1562907503-828660.pdf
Existing technologies, including permeable reactive barriers (PRBs), electrokinetic remediation, microbial remediation, and injection of either solubilizing agents or micro or nanobubbles, are reviewed in this article. Emphasis is placed on removal efficiency based on existing projects at lab, pilot or field scales. The article features a design chart tailored for the remediation of a landfill contaminated site, verified by several case studies that supplement the chart. Future trends of technical innovation, such as multi-layer PRBs, are identified. https://person.zju.edu.cn/person/attachments/2019-07/01-1562907503-82866
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