2016
DOI: 10.1590/s1413-41522016141477
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Estimativa de geração de energia e emissão evitada de gás de efeito estufa na recuperação de biogás produzido em estação de tratamento de esgotos

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Cited by 16 publications
(10 citation statements)
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“…Comparing the results with the study by Bilotta & Ross (2015) at ETE STS Santa Quitéria, it was possible to observe that the STS analyzed in the present study was more efficient in the parameter of methane volumetric production (available flow), because the losses in the liquid and gaseous phase were lower at this station, resulting in an available flow (QReal -CH4) of 1,706.9 m³.day -1 , while STS Santa Quitéria presented an available flow of 1,427.2 m³. day -1 .…”
Section: Resultsmentioning
confidence: 67%
“…Comparing the results with the study by Bilotta & Ross (2015) at ETE STS Santa Quitéria, it was possible to observe that the STS analyzed in the present study was more efficient in the parameter of methane volumetric production (available flow), because the losses in the liquid and gaseous phase were lower at this station, resulting in an available flow (QReal -CH4) of 1,706.9 m³.day -1 , while STS Santa Quitéria presented an available flow of 1,427.2 m³. day -1 .…”
Section: Resultsmentioning
confidence: 67%
“…Aziz and Hanafiah (2020), in their study on the production of biogas from solid organic residue in Malaysia, emphasize that this conversion appears as a promising technology, being able to achieve sustainable development through clean energy and sustainable consumption, in line with the SDGs (UN, 2015). Bilotta and Ross (2016) point out that the agribusiness, in general, is a major source of residue, such as vegetables from the harvest, besides the processing residues, shells, straw, bark, and seeds, which have properties in their composition that allow them to be reused to generate energy. However, in Brazil, less than half of these materials are reused for this purpose, with more than 200 million tons of agro-industrial residue being discarded without reuse (Almeida, 2012).…”
Section: Introductionmentioning
confidence: 99%
“…Segundo IBGE (2017), a população do município de Limeira do Oeste-MG é de 7.4787, levando em consideração o valor estimado, demonstrado na Tabela 3, o município apresenta uma média de geração de GEEs de 0,046 t/ano de CO2e. O dióxido de carbono é o principal gás causador das mudanças climáticas, porém, segundoSouza & Corazza (2017), os GEEs não estão restritos às emissões de CO2.O potencial de aquecimento global (PEG) do gás metano é 21 vezes maior que o CO2e(IPCC, 2013;BILOTTA & ROSS, 2016), o que torna esse gás potencialmente mais danoso para as mudanças climáticas. Em relação as emissões de metano a estimativa de geração é de 13,940 CH4 t sendo que cada morador de Limeira do Oeste-MG gera 0,018 t/ano de CH4, tomando como base o ano de 2017.Em uma análise qualitativa, alguns fatores explicam o que pode alterar a composição dos gases em aterros municipais, são eles; a quantidade de matéria orgânica presente nos resíduos sólidos domésticos, umidade presente nos resíduos, além da forma de operação do local de disposição final e o clima da região(MACIEL, 2003;AUDIBERT & FERNANDES, 2012).…”
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