“…These findings are in line with the earlier work of Ly et al. [ 37 ], which obtained the HHV of bio-oil in the range of 27.60–31.34 MJ/kg for raw catalytic food waste. Figure 5 (a) Categories of chemical compounds produced at various compositions of 100FW at a temperature of 250–350 °C.…”
Section: Resultssupporting
confidence: 93%
“…The high HHV bio-oils may have potential applications as a liquid fuel. These findings are in line with the earlier work of Ly et al [37], which obtained the HHV of bio-oil in the range of 27.60-31.34 MJ/kg for raw catalytic food waste.…”
Section: Bio-oil Characteristicssupporting
confidence: 93%
“…It was confirmed that an increasing ratio of plastic waste (PET) enhances hydrocarbon formation. It was also confirmed that PET improves hydrogenation processes as a hydrogen donor, resulting in higher H/C ratios and lower O/C ratios [ 37 ]. This result proves that PET increases the hydrogenation process, which reduces oxygen [ 38 ].…”
“…These findings are in line with the earlier work of Ly et al. [ 37 ], which obtained the HHV of bio-oil in the range of 27.60–31.34 MJ/kg for raw catalytic food waste. Figure 5 (a) Categories of chemical compounds produced at various compositions of 100FW at a temperature of 250–350 °C.…”
Section: Resultssupporting
confidence: 93%
“…The high HHV bio-oils may have potential applications as a liquid fuel. These findings are in line with the earlier work of Ly et al [37], which obtained the HHV of bio-oil in the range of 27.60-31.34 MJ/kg for raw catalytic food waste.…”
Section: Bio-oil Characteristicssupporting
confidence: 93%
“…It was confirmed that an increasing ratio of plastic waste (PET) enhances hydrocarbon formation. It was also confirmed that PET improves hydrogenation processes as a hydrogen donor, resulting in higher H/C ratios and lower O/C ratios [ 37 ]. This result proves that PET increases the hydrogenation process, which reduces oxygen [ 38 ].…”
“…It will also be shown later by GC/MS analysis that the acidic compounds decreased substantially. selected literature survey showed that the HHV of the bio-oil obtained when zeolite catalyst was used as a bed material in the fluidized bed reactor was 28.5 and 27.2 MJ/kg respectively [71,78]. This value is very comparable to the one obtained in this investigation.…”
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“…En algunos casos, el gas de pirólisis (compuesto por los gases no condensables antes mencionados), pueden ser utilizados como parte de la corriente de fluidización aumentando la relación H 2 /C dentro del reactor, promoviendo el rendimiento de hidrocarburos en el bioaceite (Ren et al, 2020).…”
El consumo desmedido y la demanda energética a nivel mundial han generado la necesidad de incorporar los desechos plásticos y de origen agroindustrial a procesos de valorización, para obtener productos energéticos alternativos a partir de tratamientos termoquímicos como la pirólisis rápida, en la cual se generan productos sólidos, líquidos y gaseosos. Desarrollar metodologías que permitan realizar un reciclaje y/o aprovechamiento de residuos generados de diversas industrias, en específico, la polimérica y la agroindustrial, es de suma importancia, dada la contaminación crónica y el impacto ambiental en ecosistemas naturales, cuerpos hídricos y fauna. El objetivo de este artículo es analizar los impactos ambientales de la alta generación de residuos plásticos y agroindustriales, así como determinar la relación entre las condiciones de operación y el rendimiento y selectividad de los productos generados con las características fisicoquímicas de los catalizadores empleados en la pirólisis rápida en pro de la valorización de dichos residuos. Lo anterior se realizó mediante una revisión de la literatura en bases de datos reconocidas para obtener artículos de investigación actualizados y con validez científica. Se encontró que la pirólisis catalizada presenta una mejora respecto al rendimiento y distribución de los productos según la fase activa seleccionada en la que la naturaleza de los metales usados conduce a diversas rutas químicas y por ende, a productos ricos en hidrocarburos.
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