Archivio Istituzionale della RicercaNano-ZnO enter landfills mostly through disposal of cosmetics, UV protection and catalysts. In this study, the impact of ZnO on municipal solid waste landfills was investigated. Two conventional and two bioreactors were operated using real MSW samples at mesophilic temperature (35 ºC). Results showed that there were no significant differences on biogas and methane production between the reactors with or without nano-ZnO addition. Related with the operation types, there were slight differences observed due to the nano-ZnO concentrations during the first 140 days of this ongoing project.
Impacts of Nano-ZnO in Municipal Solid Waste Landfills / Temizel, Ilknur; DI ADDARIO, Martina; Onay, Turgutv T.; Demirel, Burak; Copty, Nadim K.. - ELETTRONICO. - (2016). (Intervento presentato al convegno EurAsia 2016 Waste Management Symposium tenutosi a Istanbul (Turkey) nel 2-4 May 2016).
Impacts of Nano-ZnO in Municipal Solid Waste Landfills.
DI ADDARIO, MARTINA;
2016
Abstract
Nano-ZnO enter landfills mostly through disposal of cosmetics, UV protection and catalysts. In this study, the impact of ZnO on municipal solid waste landfills was investigated. Two conventional and two bioreactors were operated using real MSW samples at mesophilic temperature (35 ºC). Results showed that there were no significant differences on biogas and methane production between the reactors with or without nano-ZnO addition. Related with the operation types, there were slight differences observed due to the nano-ZnO concentrations during the first 140 days of this ongoing project.
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https://hdl.handle.net/11583/2644848
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