Bioreactor landfill are an improvement to normal sanitary landfills, because the waste is stabilised faster and the landfill gas is produced in a shorter period of time in a controlled way. The factors determining nitrogen removal processes in aerated landfill were investigated in this study, with six column reactors filled with stabilized waste coming from an old landfill. Results demonstrate that in situ nitrification and denitrification are feasible in an aerated solid waste environment
Evaluation of nitrogen turnover in aerated landfills by laboratory scale reactors
Lollo, Federico
2013/2014
Abstract
Bioreactor landfill are an improvement to normal sanitary landfills, because the waste is stabilised faster and the landfill gas is produced in a shorter period of time in a controlled way. The factors determining nitrogen removal processes in aerated landfill were investigated in this study, with six column reactors filled with stabilized waste coming from an old landfill. Results demonstrate that in situ nitrification and denitrification are feasible in an aerated solid waste environmentFile in questo prodotto:
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MASTER_THESIS_-_Evaluation_of_Nitrogen_Turnover_in_Aerated_Landfills_by_Laboratory_Scale_Reactors.pdf
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Utilizza questo identificativo per citare o creare un link a questo documento:
https://hdl.handle.net/20.500.12608/17606