A PRELIMINARY STUDY OF A CHABAZITE IN THE REMOVAL OF METHYLENE BLUE-CHROMIUM: CHABAZITE IN METHYLENE-CHROME BLUE REMOVAL

A PRELIMINARY STUDY OF A CHABAZITE IN THE REMOVAL OF METHYLENE BLUE-CHROMIUM: CHABAZITE IN METHYLENE-CHROME BLUE REMOVAL

A zeolite type chabazite was used in its natural form and exchanged form with KOH to remove methylene blue-chromium from wastewater. SEM, EDX, FIR and UV-Vis techniques were used for material analysis. The removal process was carried out in batch tests, over a period from one to five hours, using a...

Descripción completa

Guardado en:
Detalles Bibliográficos
Autores principales: Alvarado Ibarra, Juana, Olmos Alba, Elizabeth, Burruel Ibarra, Silvia Elena, Moreno Corral, Ramón A.
Formato: Online
Lenguaje:spa
Publicado: Universida de Sonora 2021
Acceso en línea:https://epistemus.unison.mx/index.php/epistemus/article/view/120
Etiquetas: Agregar Etiqueta
Sin Etiquetas, Sea el primero en etiquetar este registro!
id oai:http:--epistemus.unison.mx:article-120
record_format ojs
spelling oai:http:--epistemus.unison.mx:article-1202021-08-12T17:47:08Z A PRELIMINARY STUDY OF A CHABAZITE IN THE REMOVAL OF METHYLENE BLUE-CHROMIUM: CHABAZITE IN METHYLENE-CHROME BLUE REMOVAL Un ESTUDIO PRELIMINAR DE UNA CHABAZITA EN LA REMOCIÓN DE AZUL DE METILENO-CROMO: CHABAZITA EN LA REMOCIÓN DE AZUL DE METILENO-CROMO Alvarado Ibarra, Juana Olmos Alba, Elizabeth Burruel Ibarra, Silvia Elena Moreno Corral, Ramón A. zeolite wastewater methylene-chromium blue zeolita agua residual azul de metileno-cromo A zeolite type chabazite was used in its natural form and exchanged form with KOH to remove methylene blue-chromium from wastewater. SEM, EDX, FIR and UV-Vis techniques were used for material analysis. The removal process was carried out in batch tests, over a period from one to five hours, using a prepared solution with a concentration of 15 ppm of dye and 250 ppm of chromium. Finding that the modified zeolite had a removal efficiency of 95% methylene blue, while the natural form has an efficiency of 90%; about chromium, ZN had a maximum adsorption of 20.47% by mass and ZT 19.72% by mass. We concluded that the chabazite from Divisaderos, Sonora can be used to treat mixtures of methylene-blue-chromium in water. Se uso una zeolita tipo chabazita en su forma natural e intercambiada con KOH para remover azul de metileno-cromo en agua. Para el análisis de los materiales se usaron las técnicas de MEB-EDX, IRF, UV-Vis. El proceso de remoción se realizó en pruebas batch, en un periodo de 1 a 5 h, utilizando una solución preparada a una concentración de 15 ppm de azul de metileno y 250 ppm de cromo. Encontrándose que la zeolita modificada tuvo una eficiencia de remoción del 95% del AM, mientras que la forma natural presentó una eficiencia de 90%; en cuanto al Cr, la ZN presentó un máximo de adsorción de 20.47% en masa y la ZT de 19.72% en masa. Se concluye que la chabazita del yacimiento de Divisaderos, Sonora, tiene potencial para usarse en el tratamiento de mezclas acuosas contaminadas con azul de metileno-cromo. Universida de Sonora 2021-05-25 info:eu-repo/semantics/article info:eu-repo/semantics/publishedVersion CienTecYSoc CienTecYSoc application/pdf application/pdf https://epistemus.unison.mx/index.php/epistemus/article/view/120 10.36790/epistemus.v14i28.120 EPISTEMUS; Vol. 14 No. 28 (2020): Engineering, Administration, Philosophy and Social Responsibility; 70-76 EPISTEMUS; Vol. 14 Núm. 28 (2020): Ingeniería, Administración, Filosofía y Responsabilidad Social; 70-76 2007-8196 2007-4530 spa https://epistemus.unison.mx/index.php/epistemus/article/view/120/92 https://epistemus.unison.mx/index.php/epistemus/article/view/120/106 2020-2022 2020-2022 Derechos de autor 2021 EPISTEMUS https://creativecommons.org/licenses/by-nc-nd/4.0
institution Epistemus
collection OJS
language spa
format Online
author Alvarado Ibarra, Juana
Olmos Alba, Elizabeth
Burruel Ibarra, Silvia Elena
Moreno Corral, Ramón A.
spellingShingle Alvarado Ibarra, Juana
Olmos Alba, Elizabeth
Burruel Ibarra, Silvia Elena
Moreno Corral, Ramón A.
A PRELIMINARY STUDY OF A CHABAZITE IN THE REMOVAL OF METHYLENE BLUE-CHROMIUM: CHABAZITE IN METHYLENE-CHROME BLUE REMOVAL
author_facet Alvarado Ibarra, Juana
Olmos Alba, Elizabeth
Burruel Ibarra, Silvia Elena
Moreno Corral, Ramón A.
author_sort Alvarado Ibarra, Juana
title A PRELIMINARY STUDY OF A CHABAZITE IN THE REMOVAL OF METHYLENE BLUE-CHROMIUM: CHABAZITE IN METHYLENE-CHROME BLUE REMOVAL
title_short A PRELIMINARY STUDY OF A CHABAZITE IN THE REMOVAL OF METHYLENE BLUE-CHROMIUM: CHABAZITE IN METHYLENE-CHROME BLUE REMOVAL
title_full A PRELIMINARY STUDY OF A CHABAZITE IN THE REMOVAL OF METHYLENE BLUE-CHROMIUM: CHABAZITE IN METHYLENE-CHROME BLUE REMOVAL
title_fullStr A PRELIMINARY STUDY OF A CHABAZITE IN THE REMOVAL OF METHYLENE BLUE-CHROMIUM: CHABAZITE IN METHYLENE-CHROME BLUE REMOVAL
title_full_unstemmed A PRELIMINARY STUDY OF A CHABAZITE IN THE REMOVAL OF METHYLENE BLUE-CHROMIUM: CHABAZITE IN METHYLENE-CHROME BLUE REMOVAL
title_sort preliminary study of a chabazite in the removal of methylene blue-chromium: chabazite in methylene-chrome blue removal
description A zeolite type chabazite was used in its natural form and exchanged form with KOH to remove methylene blue-chromium from wastewater. SEM, EDX, FIR and UV-Vis techniques were used for material analysis. The removal process was carried out in batch tests, over a period from one to five hours, using a prepared solution with a concentration of 15 ppm of dye and 250 ppm of chromium. Finding that the modified zeolite had a removal efficiency of 95% methylene blue, while the natural form has an efficiency of 90%; about chromium, ZN had a maximum adsorption of 20.47% by mass and ZT 19.72% by mass. We concluded that the chabazite from Divisaderos, Sonora can be used to treat mixtures of methylene-blue-chromium in water.
publisher Universida de Sonora
publishDate 2021
url https://epistemus.unison.mx/index.php/epistemus/article/view/120
work_keys_str_mv AT alvaradoibarrajuana apreliminarystudyofachabaziteintheremovalofmethylenebluechromiumchabaziteinmethylenechromeblueremoval
AT olmosalbaelizabeth apreliminarystudyofachabaziteintheremovalofmethylenebluechromiumchabaziteinmethylenechromeblueremoval
AT burruelibarrasilviaelena apreliminarystudyofachabaziteintheremovalofmethylenebluechromiumchabaziteinmethylenechromeblueremoval
AT morenocorralramona apreliminarystudyofachabaziteintheremovalofmethylenebluechromiumchabaziteinmethylenechromeblueremoval
AT alvaradoibarrajuana unestudiopreliminardeunachabazitaenlaremociondeazuldemetilenocromochabazitaenlaremociondeazuldemetilenocromo
AT olmosalbaelizabeth unestudiopreliminardeunachabazitaenlaremociondeazuldemetilenocromochabazitaenlaremociondeazuldemetilenocromo
AT burruelibarrasilviaelena unestudiopreliminardeunachabazitaenlaremociondeazuldemetilenocromochabazitaenlaremociondeazuldemetilenocromo
AT morenocorralramona unestudiopreliminardeunachabazitaenlaremociondeazuldemetilenocromochabazitaenlaremociondeazuldemetilenocromo
AT alvaradoibarrajuana preliminarystudyofachabaziteintheremovalofmethylenebluechromiumchabaziteinmethylenechromeblueremoval
AT olmosalbaelizabeth preliminarystudyofachabaziteintheremovalofmethylenebluechromiumchabaziteinmethylenechromeblueremoval
AT burruelibarrasilviaelena preliminarystudyofachabaziteintheremovalofmethylenebluechromiumchabaziteinmethylenechromeblueremoval
AT morenocorralramona preliminarystudyofachabaziteintheremovalofmethylenebluechromiumchabaziteinmethylenechromeblueremoval
_version_ 1714622204709175296

Publicaciones similares