Feasibility of the use of recovered glass in ceramic production. A proposal oriented by eco-efficiency, circular economy and sustainability

Feasibility of the use of recovered glass in ceramic production. A proposal oriented by eco-efficiency, circular economy and sustainability

In this research, tests were carried out to corroborate the feasibility of integrating glass, considered a waste, in the ceramic manufacturing process, and thus reduce both the use of virgin raw materials and energy consumption. Glass from single-use bottles were recovered and processed to integrate...

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Autores principales: Hernández González, Jaime Miguel, Mendoza Cuenca, José Leandro, González Castillo, Octavio Francisco
Formato: Online
Lenguaje:spa
Publicado: Universidad Autónoma de Baja California 2022
Acceso en línea:https://recit.uabc.mx/index.php/revista/article/view/189
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id recit-article-189
record_format ojs
institution RECIT
collection OJS
language spa
format Online
author Hernández González, Jaime Miguel
Mendoza Cuenca, José Leandro
González Castillo, Octavio Francisco
spellingShingle Hernández González, Jaime Miguel
Mendoza Cuenca, José Leandro
González Castillo, Octavio Francisco
Feasibility of the use of recovered glass in ceramic production. A proposal oriented by eco-efficiency, circular economy and sustainability
author_facet Hernández González, Jaime Miguel
Mendoza Cuenca, José Leandro
González Castillo, Octavio Francisco
author_sort Hernández González, Jaime Miguel
title Feasibility of the use of recovered glass in ceramic production. A proposal oriented by eco-efficiency, circular economy and sustainability
title_short Feasibility of the use of recovered glass in ceramic production. A proposal oriented by eco-efficiency, circular economy and sustainability
title_full Feasibility of the use of recovered glass in ceramic production. A proposal oriented by eco-efficiency, circular economy and sustainability
title_fullStr Feasibility of the use of recovered glass in ceramic production. A proposal oriented by eco-efficiency, circular economy and sustainability
title_full_unstemmed Feasibility of the use of recovered glass in ceramic production. A proposal oriented by eco-efficiency, circular economy and sustainability
title_sort feasibility of the use of recovered glass in ceramic production. a proposal oriented by eco-efficiency, circular economy and sustainability
description In this research, tests were carried out to corroborate the feasibility of integrating glass, considered a waste, in the ceramic manufacturing process, and thus reduce both the use of virgin raw materials and energy consumption. Glass from single-use bottles were recovered and processed to integrate it into the formulation of ceramic compounds. The eco-efficiency approach was used to compare the results obtained, and thus configure procedures that were integrated into the proposed proposal. Due to the fact that each pottery community has a raw material with its own characteristics, which are given according to the particular environment in which they are developed, two clays were selected, whose samples were located at the extremes of the characteristics of an optimal material for making ceramic pieces: a) a lump of clay with a high degree of plasticity and b) a reddish soil with high iron content. Plasticity, shrinkage, porosity, and resistance to deformation tests were carried out with a ceramic compound containing soil, clay, and ground glass in different proportions, to compare their properties after a firing process. The results show the feasibility of reusing glass waste by incorporating them into the ceramic manufacturing process, achieving pieces with adequate characteristics, while: a) reducing, up to 20%, the consumption of clays and b) promoting the greater energy efficiency of the firing process: at the same temperature, samples to which the glass has been added registered a decrease in the sintering point, which represents a saving in energy consumption.
publisher Universidad Autónoma de Baja California
publishDate 2022
url https://recit.uabc.mx/index.php/revista/article/view/189
_version_ 1792095376323379200
spelling recit-article-1892023-07-06T01:38:08Z Feasibility of the use of recovered glass in ceramic production. A proposal oriented by eco-efficiency, circular economy and sustainability Viabilidad del uso de vidrio recuperado en la producción de cerámica. Una propuesta orientada por la ecoeficiencia, la economía circular y la sustentabilidad Hernández González, Jaime Miguel Mendoza Cuenca, José Leandro González Castillo, Octavio Francisco Vidrio Cerámica Ecoeficiencia Economía circular Sustentabilidad Glass Ceramic Eco-efficiency Circular economy Sustainability In this research, tests were carried out to corroborate the feasibility of integrating glass, considered a waste, in the ceramic manufacturing process, and thus reduce both the use of virgin raw materials and energy consumption. Glass from single-use bottles were recovered and processed to integrate it into the formulation of ceramic compounds. The eco-efficiency approach was used to compare the results obtained, and thus configure procedures that were integrated into the proposed proposal. Due to the fact that each pottery community has a raw material with its own characteristics, which are given according to the particular environment in which they are developed, two clays were selected, whose samples were located at the extremes of the characteristics of an optimal material for making ceramic pieces: a) a lump of clay with a high degree of plasticity and b) a reddish soil with high iron content. Plasticity, shrinkage, porosity, and resistance to deformation tests were carried out with a ceramic compound containing soil, clay, and ground glass in different proportions, to compare their properties after a firing process. The results show the feasibility of reusing glass waste by incorporating them into the ceramic manufacturing process, achieving pieces with adequate characteristics, while: a) reducing, up to 20%, the consumption of clays and b) promoting the greater energy efficiency of the firing process: at the same temperature, samples to which the glass has been added registered a decrease in the sintering point, which represents a saving in energy consumption. En esta investigación se realizaron pruebas para corroborar la viabilidad de integrar vidrio considerado un residuo, en el proceso de fabricación de cerámica, y así disminuir tanto el uso de materias primas vírgenes, como el consumo de energéticos. Se recuperó y procesó vidrio de botellas de un solo uso para integrarlo en la formulación de compuestos cerámicos. Se utilizó el enfoque de la ecoeficiencia para comparar los resultados obtenidos, y así configurar procedimientos que se integraron a la propuesta planteada. Debido a que cada comunidad alfarera dispone de una materia prima con características propias, que le son dadas de acuerdo al entorno particular en el que se desarrollan, fueron seleccionadas dos arcillas, cuyas muestras se ubicaron en los extremos de las características de un material óptimo para confeccionar piezas cerámicas: a) una arcilla con alto grado de plasticidad y b) una tierra rojiza con alto contenido de hierro. Las pruebas de plasticidad, encogimiento, porosidad y resistencia a la deformación se realizaron con un compuesto cerámico que contenía tierra, arcilla y vidrio molido en diferentes proporciones, para comparar sus propiedades después de un proceso de cocción. Los resultados muestran la factibilidad de reutilizar residuos de vidrio al incorporar éstos en el proceso de fabricación de cerámica, logrando obtener piezas de características adecuadas, al tiempo que: a) se disminuye, hasta en 20%, el consumo de arcillas y b) se promueve una mayor eficiencia energética del proceso de cocción: a la misma temperatura, las muestras a las que se ha agregado el vidrio registraron una disminución en el punto de sinterización, lo que representa un ahorro en el consumo de energía. Universidad Autónoma de Baja California 2022-04-01 info:eu-repo/semantics/article info:eu-repo/semantics/publishedVersion application/pdf text/html text/xml https://recit.uabc.mx/index.php/revista/article/view/189 10.37636/recit.v5n2e189 REVISTA DE CIENCIAS TECNOLÓGICAS; Vol. 5 No. 2 (2022): April-June; e189 REVISTA DE CIENCIAS TECNOLÓGICAS; Vol. 5 Núm. 2 (2022): Abril-Junio; e189 2594-1925 spa https://recit.uabc.mx/index.php/revista/article/view/189/359 https://recit.uabc.mx/index.php/revista/article/view/189/360 https://recit.uabc.mx/index.php/revista/article/view/189/361 Copyright (c) 2022 Jaime Miguel Hernández González, José Leandro Mendoza Cuenca, Octavio Francisco González Castillo https://creativecommons.org/licenses/by/4.0

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