2000 · 18 citations · 15 references
EngineeringEnvironmental EngineeringEnvironmental SciencesGroundwater ManagementSolid Waste ManagementWaste ManagementWaste DisposalWaste ReductionLeachate Recirculation
There is considerable interest today in the so-called “biocell ” approach toward municipal solid waste (MSW) landfilling in which leachate is introduced back into the landfill. This approach reduces the cost of leachate management and is said to reduce/eliminate the potential for long term landfill gas production and groundwater pollution. However, a critical review of the typical approach being used today in biocell landfilling in Subtitle D landfills shows that the biocell approach will fall far short of appropriate landfilling of MSW that will prevent long-term gas production problems and groundwater pollution. Today’s minimum Subtitle D landfills can cause groundwater pollution at the time of landfill construction due to the inherent rates of leakage of leachate associated constituents through the liner system. Further, over time the flexible membrane liners ’ (FMLs’) ability to collect leachate will decrease as the FML deteriorates. The groundwater monitoring systems allowed by regulatory agencies at minimum Subtitle D landfills have a low probability of detecting leachate polluted groundwaters before significant offsite groundwater pollution occurs. Leachate recirculation in a minimum Subtitle D landfill increases the hydraulic loading of the landfill which can lead to increased groundwater
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LANDFILLS AND GROUND‐WATER QUALITY
G. Fred Lee, Richard A. Jones · Ground Water · 1991 · 24 citations · Full text
Engineering, Environmental Engineering, Environmental Sciences +12
Sanitary landfill leachate recycle
G.F. Lee, Richard A. Jones, Chittaranjan Ray · 1986 · 18 citations
Engineering, Chemical Engineering, Environmental Engineering +12