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Impacts of concentrated leachate recirculation on methane production suppression, odorous gas emissions, and salinity accumulation in municipal solid waste
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DOI：10.1016/j.wasman.2026.115684.png)
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Abstract
En 中文
• Salinity stress in concentrated leachate (CL) likely inhibits methanogenesis. • High-organic waste showed greater tolerance to CL-induced methanogenesis inhibition. • Gaseous NH3 and H2S emissions were amplified, especially in post-methanogenic phase. • Most pollutants (COD/BOD5, NH4+-N, TN) were reduced vs. raw leachate, except salts. • NH3/H2S rise, CH4 drop, and salt build-up make CL recirculation unsustainable.
Keywords:
Concentrated leachate
Methane inhibition
Ammonia emission
Hydrogen sulfide
Leachate salinity
Waste degradation
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7.1
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10.0K
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5.3W
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