Feasibility of hybrid energy systems for environmental remediation:Transforming closed landfills into sustainable energy hubsOA
Feasibility of hybrid energy systems for environmental remediation:Transforming closed landfills into sustainable energy hubs
Marcela C.Rodrigues;Luciano Cunha;Edgar A.Silveira;Antonio C.P.Brasil Junior
Laboratory of Energy and Environment,Mechanical Sciences Graduate Program,University of Brasília,Brasilia,DF,70910-900,BrazilGeoscience Institute,University of Brasília,Brasília,DF,70910-900,BrazilLaboratory of Energy and Environment,Mechanical Sciences Graduate Program,University of Brasília,Brasilia,DF,70910-900,BrazilLaboratory of Energy and Environment,Mechanical Sciences Graduate Program,University of Brasília,Brasilia,DF,70910-900,Brazil
Waste-to-energyHybrid energy systemsEnvironmental remediationLeachate managementCircular economyLandfill managementSustainable energy hubs
Waste-to-energyHybrid energy systemsEnvironmental remediationLeachate managementCircular economyLandfill managementSustainable energy hubs
《循环经济（英文）》 2025 (4)
30-44,15
This work is part of Aneel's R&D Program and was proposed by CEB Geração SA,a CEB Lajeado SA cooperative company.The research presented was supported by the Brazilian National Council for Scientific and Technological Development(305109/2023-5)and Coordenação de Aperfeiçoamento de Pessoal de Nível Superior-Brazil(CAPES).The authors also acknowledge DPI/UnB,DPG/UnB,and the Federal District Research Foundation(FAPDF-Project 81/2021,469/2023).
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