Demonstration Project of Wetlands Restoration and Pollution Control - A Case Study in Xiangtan Manganese Mine, China

Yang Lin; Shi Zhi Wen; De Ming Wang

doi:10.4028/www.scientific.net/AMR.864-867.1270

Paper Titles

Kinetics Modeling of Anaerobic Fermentative Production of Methane from Kitchen Waste Solid Residual
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Effects of Trivalent Chromic Ions with Different Concentrations on Settling Volume (SV) of Activated Sludge in the Settling Period of SBR Process
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Study on the Optimum Condition for Immobilization and Properties of Laccase on Coordinated Chitosan-Cu²⁺
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Substrate Clogging in a Subsurface Wastewater Infiltration System
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Demonstration Project of Wetlands Restoration and Pollution Control - A Case Study in Xiangtan Manganese Mine, China
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New Concept Design of Modified DEWATS System for Wastewater Treatment with both Horizontal Subsurface Constructed Wetland and Aquatic Plants Pond System in Military Barracks
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Research on Sewage Treatment of Constructed Wetland on Expressway
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Treatment of Wastewater with Different Ratios of Carbon to Nitrogen Using an Enhanced Nitrogen Removal System of Constructed Wetland
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A Study of Environmental Issues and Air Pollution Control Strategies in Faisalabad, Pakistan Using Geographical Information System (GIS)
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HomeAdvanced Materials ResearchAdvanced Materials Research Vols. 864-867Demonstration Project of Wetlands Restoration and...

Demonstration Project of Wetlands Restoration and Pollution Control - A Case Study in Xiangtan Manganese Mine, China

Abstract:

Demonstration project attempted to restore the terrestrial habitats around wetlands and reduce the manganese (Mn) pollution of wetlands. Project had tested five kinds of trees for phytoremediation in terrestrial habitats, and designed Ecological interception system (EIS) to control the Mn pollution to wetlands. EIS was composed of the surface runoff collection system (SRCS) and the Treatment system (TS). SRCS composed of cobblestones, high-capacity adsorbent fillers, sands and plants. TS composed of three subsurface wetland units processing modules. The results show that: (1)New soil and base fertilizer applied in the plant pits can effectively improve plants survival rate; (2)Koelreuteria paniculata, Elaeocarpus sylvestris and Paulownia can be used for phytoremediation in terrestrial habitats; (3)Canna warszewiczii, Boehmeria, Thalia dealbata and other nine kinds plants in the EIS can absorb the Mn element effectively; (4)EIS can purify the water effectively. The complex project was based on the biological principles, ecological principles and biochemical effects which provides a reasonable ecological engineering model suitable for the restoration of polluted wetlands.