2018
DOI: 10.1051/e3sconf/20186702044
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Designing Smart Energy System for Smart City through Municipal Solid Waste to Electricity: Techno-Economic Analysis

Abstract: Smart energy system is one of the important infrastructures for building smart city. Waste to energy (WtE) is an innovative solution using municipal solid waste (MSW) as a source for electricity.

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Cited by 5 publications
(2 citation statements)
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“…With the waste organized, the WTE implementation for smart environment, the converted wastes to energy sources and then electrical energy. According to [33], CO2 emission from WTE plant, by using the anaerobic digestion method, reaches 357 Gco2-eq/kWh which is far lower than natural gas which is 500Gco2-eq/kwh and Coal which reaches +/-960 Gco2-eq/kWh. This result shows that electricity production using MSW and WTE can decrease CO2 emission as much as 31.6711 tons CO2-EQ/kWh.…”
Section: Third Analysis: Electric Energy Potency Of the Combination Gasification And Anaerobic Digestionmentioning
confidence: 99%
“…With the waste organized, the WTE implementation for smart environment, the converted wastes to energy sources and then electrical energy. According to [33], CO2 emission from WTE plant, by using the anaerobic digestion method, reaches 357 Gco2-eq/kWh which is far lower than natural gas which is 500Gco2-eq/kwh and Coal which reaches +/-960 Gco2-eq/kWh. This result shows that electricity production using MSW and WTE can decrease CO2 emission as much as 31.6711 tons CO2-EQ/kWh.…”
Section: Third Analysis: Electric Energy Potency Of the Combination Gasification And Anaerobic Digestionmentioning
confidence: 99%
“…Nesse sentido, no âmbito do aprimoramento das matrizes energéticas locais, associadas à gestão de resíduos, utilização de biodigestores e produção de biogás, é considerada uma ferramenta de valorização do lixo e ao mesmo tempo é uma oportunidade de aumento da oferta de energia (MATHERI et al, 2018;OCTAVIANTHY;PURWANTO, 2018).…”
Section: Introductionunclassified