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Biotic landfill cover treatments for mitigating methane emissions
Authors:Hilgeri Helene  Humer Marion
Institution:(1) Department of Civil Engineering, University of North Carolina-Charlotte, Charlotte, North Carolina, U.S.A.;(2) Department of Waste Management, University of Agricultural Sciences Vienna, Vienna, Austria
Abstract:Landfill methane (CH4) emissions have been cited as one ofthe anthropogenic gas releases that can and should be controlledto reduce global climate change. This article reviews recent research that identifies ways to enhance microbial consumptionof the gas in the aerobic portion of a landfill cover. Use of these methods can augment CH4 emission reductions achievedby gas collection or provide a sole means to consume CH4 atsmall landfills that do not have active gas collection systems.Field studies indicate that high levels of CH4 removal can be achieved by optimizing natural soil microbial processes. Further, during biotic conversion, not all of the CH4 carbonis converted to carbon dioxide (CO2) gas and released to theatmosphere; some of it will be sequestered in microbial biomass.Because biotic covers can employ residuals from other municipalprocesses, financial benefits can also accrue from avoided costsfor residuals disposal.
Keywords:compost  landfills  landfill biocover  methane oxidation  methanotrophs
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