“Characterization and Reduction of dissolved and colloidal matter in the manu-facture of recycled paper and cardboard in the company Inpetfa sac”

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The use of recovery paper and cardboard as a raw material for the manufacture of recycled paper and cardboard, presents numerous environmental and economic advantages. However, it also has serious drawbacks due to the amount of contaminants that are introduced into the system. Contaminants that are...

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Detalles Bibliográficos
Autores: Elías Silupo, Jorge Wilmer, Flores Franco , Jorge Enrique, Barrera Gutiérrez, Ramon Enrique
Formato: artículo
Fecha de Publicación:2020
Institución:Universidad Nacional Autónoma de Huanta
Repositorio:Revista UNAH - Puriq
Lenguaje:español
OAI Identifier:oai:ojs2.www.revistas.unah.edu.pe:article/74
Enlace del recurso:https://www.revistas.unah.edu.pe/index.php/puriq/article/view/74
Nivel de acceso:acceso abierto
Materia:Papel y Cartón Reciclado, Materia Disuelta, Coloide, Polímero Catiónico.
Recycled Paper and Cardboard, Solid Waste, Dissolved Matter, Colloid
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oai_identifier_str oai:ojs2.www.revistas.unah.edu.pe:article/74
network_acronym_str 2707-3602
repository_id_str
network_name_str Revista UNAH - Puriq
dc.title.none.fl_str_mv “Characterization and Reduction of dissolved and colloidal matter in the manu-facture of recycled paper and cardboard in the company Inpetfa sac”
“Caracterización y Reducción de la materia disuelta y coloidal en la fabricación de papel y cartón reciclado en la empresa Inpetfa sac.”
title “Characterization and Reduction of dissolved and colloidal matter in the manu-facture of recycled paper and cardboard in the company Inpetfa sac”
spellingShingle “Characterization and Reduction of dissolved and colloidal matter in the manu-facture of recycled paper and cardboard in the company Inpetfa sac”
Elías Silupo, Jorge Wilmer
Papel y Cartón Reciclado, Materia Disuelta, Coloide, Polímero Catiónico.
Recycled Paper and Cardboard, Solid Waste, Dissolved Matter, Colloid
title_short “Characterization and Reduction of dissolved and colloidal matter in the manu-facture of recycled paper and cardboard in the company Inpetfa sac”
title_full “Characterization and Reduction of dissolved and colloidal matter in the manu-facture of recycled paper and cardboard in the company Inpetfa sac”
title_fullStr “Characterization and Reduction of dissolved and colloidal matter in the manu-facture of recycled paper and cardboard in the company Inpetfa sac”
title_full_unstemmed “Characterization and Reduction of dissolved and colloidal matter in the manu-facture of recycled paper and cardboard in the company Inpetfa sac”
title_sort “Characterization and Reduction of dissolved and colloidal matter in the manu-facture of recycled paper and cardboard in the company Inpetfa sac”
dc.creator.none.fl_str_mv Elías Silupo, Jorge Wilmer
Flores Franco , Jorge Enrique
Barrera Gutiérrez, Ramon Enrique
author Elías Silupo, Jorge Wilmer
author_facet Elías Silupo, Jorge Wilmer
Flores Franco , Jorge Enrique
Barrera Gutiérrez, Ramon Enrique
author_role author
author2 Flores Franco , Jorge Enrique
Barrera Gutiérrez, Ramon Enrique
author2_role author
author
dc.subject.none.fl_str_mv Papel y Cartón Reciclado, Materia Disuelta, Coloide, Polímero Catiónico.
Recycled Paper and Cardboard, Solid Waste, Dissolved Matter, Colloid
topic Papel y Cartón Reciclado, Materia Disuelta, Coloide, Polímero Catiónico.
Recycled Paper and Cardboard, Solid Waste, Dissolved Matter, Colloid
dc.description.none.fl_txt_mv The use of recovery paper and cardboard as a raw material for the manufacture of recycled paper and cardboard, presents numerous environmental and economic advantages. However, it also has serious drawbacks due to the amount of contaminants that are introduced into the system. Contaminants that are in the form of dissolved and colloidal matter cannot be eliminated by conventional mechanical processes and when destabilized, by a sudden change in the conditions of the system, are directly responsible for the formation of spots and holes in the final product. The objective of the present work is to develop a procedure to determine the presence of dissolved and colloidal matter in the water of the paper process, in a practical and precise way. The waters characterized, are destabilized with a cationic polymer, favoring the formation of deposit designed for such purpose, which allows to carry out the quantitative determination by means of a chemical physical analysis system. With the developed method, once validated and its reproductivity determined, a study is carried out with recycled water obtained from pulp suspensions that contain the contaminants of the paper recycling process, such as adhesives, waxes, de-inking soaps, etc. The effect of different variables, such as the nature of the contaminant, the presence of deinking additives, the nature of the destabilizing agent and the characteristics of the medium (Ph, Temperature, Total Solids, DQO, DBO5, Oils and Fats etc) are studied. .); Likewise, a study of the waters of the process is carried out, with dissolved and colloidal matter contained in samples of different types of raw material: mixed paper, newspaper and recycled cardboard, obtaining the results after the chemical Physical treatment on average.  (Ph = 8.4, Temperature = 26.5 ° C, Total Solids = 150.26 mg / L, DQO = 750.82 mg / L, DBO5 = 300.24 mg / L, Oils and Fats = 48.56 mg / L etc.); in the manufacture of plates of agglomerated fibers in the company Inpetfa sac.
La utilización de papel y cartón de recuperación como materia prima para la fabricación de papel y cartón reciclado, presenta numerosas ventajas al medio ambiental y económico. Sin embargo, también tiene graves inconvenientes debido a la cantidad de contaminantes que se introducen en el sistema. Los contaminantes que se encuentran en forma de materia disuelta y coloidal no pueden ser eliminados por los procesos mecánicos convencionales y cuando se desestabilizan, por un cambio brusco de las condiciones del sistema, son responsables directos de la formación de manchas y agujeros en el producto final. El objetivo del presente trabajo es desarrollar un procedimiento para determinar la presencia de materia disuelta y coloidal en el agua del proceso papelero, de manera práctica y precisa. Las aguas caracterizadas, se desestabilizan con un polímero catiónico, favoreciendo la formación de depósito diseñado para tal fin, que permite llevar a cabo la determinación cuantitativa mediante un sistema de análisis Físico Quimico. Con el método desarrollado, una vez validado y determinada su reproductividad, se lleva a cabo un estudio con aguas reciclada obtenida a partir de las suspensiones de pasta que contienen los contaminantes propios del proceso del reciclado de papel, tales como: adhesivos, ceras, jabones de destintado, etc. Se estudia el efecto que ejercen distintas variables, como la naturaleza del contaminante, la presencia de aditivos de destintado, la naturaleza de los agente de desestabilización y las características del medio (Ph, Temperatura, Solidos Totales, DQO, DBO5, Aceites y Grasas   etc.); así mismo, se lleva a cabo un estudio de las aguas del proceso, con  materia disuelta y coloidal contenida en muestras de diferentes tipos de materia primas: papel mixto, periódico y cartón reciclado, obteniendo los resultados después del tratamiento Físico Quimico en promedio. (Ph = 8.4; Temperatura = 26.5°C; Solidos Totales = 150.26 mg/L; DQO = 750.82 mg/L; DBO5 = 300.24 mg/L; Aceites y Grasas = 48.56 mg/L etc.); en la fabricación de planchas de Fibras aglomeradas en la empresa Inpetfa sac.
description The use of recovery paper and cardboard as a raw material for the manufacture of recycled paper and cardboard, presents numerous environmental and economic advantages. However, it also has serious drawbacks due to the amount of contaminants that are introduced into the system. Contaminants that are in the form of dissolved and colloidal matter cannot be eliminated by conventional mechanical processes and when destabilized, by a sudden change in the conditions of the system, are directly responsible for the formation of spots and holes in the final product. The objective of the present work is to develop a procedure to determine the presence of dissolved and colloidal matter in the water of the paper process, in a practical and precise way. The waters characterized, are destabilized with a cationic polymer, favoring the formation of deposit designed for such purpose, which allows to carry out the quantitative determination by means of a chemical physical analysis system. With the developed method, once validated and its reproductivity determined, a study is carried out with recycled water obtained from pulp suspensions that contain the contaminants of the paper recycling process, such as adhesives, waxes, de-inking soaps, etc. The effect of different variables, such as the nature of the contaminant, the presence of deinking additives, the nature of the destabilizing agent and the characteristics of the medium (Ph, Temperature, Total Solids, DQO, DBO5, Oils and Fats etc) are studied. .); Likewise, a study of the waters of the process is carried out, with dissolved and colloidal matter contained in samples of different types of raw material: mixed paper, newspaper and recycled cardboard, obtaining the results after the chemical Physical treatment on average.  (Ph = 8.4, Temperature = 26.5 ° C, Total Solids = 150.26 mg / L, DQO = 750.82 mg / L, DBO5 = 300.24 mg / L, Oils and Fats = 48.56 mg / L etc.); in the manufacture of plates of agglomerated fibers in the company Inpetfa sac.
publishDate 2020
dc.date.none.fl_str_mv 2020-04-09
dc.type.none.fl_str_mv info:eu-repo/semantics/article
info:eu-repo/semantics/publishedVersion
format article
status_str publishedVersion
dc.identifier.none.fl_str_mv https://www.revistas.unah.edu.pe/index.php/puriq/article/view/74
10.37073/puriq.2.2.74
url https://www.revistas.unah.edu.pe/index.php/puriq/article/view/74
identifier_str_mv 10.37073/puriq.2.2.74
dc.language.none.fl_str_mv spa
language spa
dc.relation.none.fl_str_mv https://www.revistas.unah.edu.pe/index.php/puriq/article/view/74/184
https://www.revistas.unah.edu.pe/index.php/puriq/article/view/74/196
dc.rights.none.fl_str_mv Derechos de autor 2020 PURIQ
info:eu-repo/semantics/openAccess
rights_invalid_str_mv Derechos de autor 2020 PURIQ
eu_rights_str_mv openAccess
dc.format.none.fl_str_mv application/pdf
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dc.publisher.none.fl_str_mv UNIVERSIDAD NACIONAL AUTÓNOMA DE HUANTA
publisher.none.fl_str_mv UNIVERSIDAD NACIONAL AUTÓNOMA DE HUANTA
dc.source.none.fl_str_mv PURIQ; Vol. 2 No. 2 (2020): Mayo-Agosto; 143-165
PURIQ; Vol. 2 Núm. 2 (2020): PURIQ (Mayo-Agosto); 143-165
2707-3602
2664-4029
10.37073/puriq.2.2.2020
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reponame_str Revista UNAH - Puriq
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instname_str Universidad Nacional Autónoma de Huanta
instacron_str UNAH
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repository.name.fl_str_mv -
repository.mail.fl_str_mv mail@mail.com
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spelling “Characterization and Reduction of dissolved and colloidal matter in the manu-facture of recycled paper and cardboard in the company Inpetfa sac”“Caracterización y Reducción de la materia disuelta y coloidal en la fabricación de papel y cartón reciclado en la empresa Inpetfa sac.”Elías Silupo, Jorge WilmerFlores Franco , Jorge Enrique Barrera Gutiérrez, Ramon EnriquePapel y Cartón Reciclado, Materia Disuelta, Coloide, Polímero Catiónico.Recycled Paper and Cardboard, Solid Waste, Dissolved Matter, ColloidThe use of recovery paper and cardboard as a raw material for the manufacture of recycled paper and cardboard, presents numerous environmental and economic advantages. However, it also has serious drawbacks due to the amount of contaminants that are introduced into the system. Contaminants that are in the form of dissolved and colloidal matter cannot be eliminated by conventional mechanical processes and when destabilized, by a sudden change in the conditions of the system, are directly responsible for the formation of spots and holes in the final product. The objective of the present work is to develop a procedure to determine the presence of dissolved and colloidal matter in the water of the paper process, in a practical and precise way. The waters characterized, are destabilized with a cationic polymer, favoring the formation of deposit designed for such purpose, which allows to carry out the quantitative determination by means of a chemical physical analysis system. With the developed method, once validated and its reproductivity determined, a study is carried out with recycled water obtained from pulp suspensions that contain the contaminants of the paper recycling process, such as adhesives, waxes, de-inking soaps, etc. The effect of different variables, such as the nature of the contaminant, the presence of deinking additives, the nature of the destabilizing agent and the characteristics of the medium (Ph, Temperature, Total Solids, DQO, DBO5, Oils and Fats etc) are studied. .); Likewise, a study of the waters of the process is carried out, with dissolved and colloidal matter contained in samples of different types of raw material: mixed paper, newspaper and recycled cardboard, obtaining the results after the chemical Physical treatment on average.  (Ph = 8.4, Temperature = 26.5 ° C, Total Solids = 150.26 mg / L, DQO = 750.82 mg / L, DBO5 = 300.24 mg / L, Oils and Fats = 48.56 mg / L etc.); in the manufacture of plates of agglomerated fibers in the company Inpetfa sac.La utilización de papel y cartón de recuperación como materia prima para la fabricación de papel y cartón reciclado, presenta numerosas ventajas al medio ambiental y económico. Sin embargo, también tiene graves inconvenientes debido a la cantidad de contaminantes que se introducen en el sistema. Los contaminantes que se encuentran en forma de materia disuelta y coloidal no pueden ser eliminados por los procesos mecánicos convencionales y cuando se desestabilizan, por un cambio brusco de las condiciones del sistema, son responsables directos de la formación de manchas y agujeros en el producto final. El objetivo del presente trabajo es desarrollar un procedimiento para determinar la presencia de materia disuelta y coloidal en el agua del proceso papelero, de manera práctica y precisa. Las aguas caracterizadas, se desestabilizan con un polímero catiónico, favoreciendo la formación de depósito diseñado para tal fin, que permite llevar a cabo la determinación cuantitativa mediante un sistema de análisis Físico Quimico. Con el método desarrollado, una vez validado y determinada su reproductividad, se lleva a cabo un estudio con aguas reciclada obtenida a partir de las suspensiones de pasta que contienen los contaminantes propios del proceso del reciclado de papel, tales como: adhesivos, ceras, jabones de destintado, etc. Se estudia el efecto que ejercen distintas variables, como la naturaleza del contaminante, la presencia de aditivos de destintado, la naturaleza de los agente de desestabilización y las características del medio (Ph, Temperatura, Solidos Totales, DQO, DBO5, Aceites y Grasas   etc.); así mismo, se lleva a cabo un estudio de las aguas del proceso, con  materia disuelta y coloidal contenida en muestras de diferentes tipos de materia primas: papel mixto, periódico y cartón reciclado, obteniendo los resultados después del tratamiento Físico Quimico en promedio. (Ph = 8.4; Temperatura = 26.5°C; Solidos Totales = 150.26 mg/L; DQO = 750.82 mg/L; DBO5 = 300.24 mg/L; Aceites y Grasas = 48.56 mg/L etc.); en la fabricación de planchas de Fibras aglomeradas en la empresa Inpetfa sac.UNIVERSIDAD NACIONAL AUTÓNOMA DE HUANTA2020-04-09info:eu-repo/semantics/articleinfo:eu-repo/semantics/publishedVersionapplication/pdfapplication/pdfhttps://www.revistas.unah.edu.pe/index.php/puriq/article/view/7410.37073/puriq.2.2.74PURIQ; Vol. 2 No. 2 (2020): Mayo-Agosto; 143-165PURIQ; Vol. 2 Núm. 2 (2020): PURIQ (Mayo-Agosto); 143-1652707-36022664-402910.37073/puriq.2.2.2020reponame:Revista UNAH - Puriqinstname:Universidad Nacional Autónoma de Huantainstacron:UNAHspahttps://www.revistas.unah.edu.pe/index.php/puriq/article/view/74/184https://www.revistas.unah.edu.pe/index.php/puriq/article/view/74/196Derechos de autor 2020 PURIQinfo:eu-repo/semantics/openAccess2021-06-04T16:30:19Zmail@mail.com -
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