STUDY OF PERSPECTIVE COMPOSITIONS FOR CASTING COPPER ANODES

Casting of copper into anodes is final stage of copper pyrorefining. Currently at Copper plant of Norilsk Nickel MMC PJSC in order to protect casting form from rapid wear and prevent welding of anodes to it during casting, the casting forms are filled with a solution of heat-resistant coating based...

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Main Authors: Озеров, С. С., Богатырев, Д. М., Бородин, А. Д., Султанов, Н. Н.
Format: Article in Journal/Newspaper
Language:Russian
Published: South Ural State University 2024
Subjects:
Online Access:https://vestnik.susu.ru/metallurgy/article/view/14103
https://doi.org/10.14529/met230302
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spelling ftsusunivojs:oai:ojs.vestnik.susu.ac.ru:article/14103 2024-05-19T07:44:24+00:00 STUDY OF PERSPECTIVE COMPOSITIONS FOR CASTING COPPER ANODES ИССЛЕДОВАНИЕ ПЕРСПЕКТИВНЫХ СОСТАВОВ ДЛЯ ОТЛИВКИ МЕДНЫХ АНОДОВ Озеров, С. С. Богатырев, Д. М. Бородин, А. Д. Султанов, Н. Н. 2024-04-22 application/pdf https://vestnik.susu.ru/metallurgy/article/view/14103 https://doi.org/10.14529/met230302 rus rus South Ural State University Южно-Уральский государственный университет https://vestnik.susu.ru/metallurgy/article/view/14103/10527 https://vestnik.susu.ru/metallurgy/article/view/14103 doi:10.14529/met230302 (c) 2024 Металлургия Metallurgy; Том 23, № 3 (2023); 16-29 Металлургия; Том 23, № 3 (2023); 16-29 2411-0906 1990-8482 anode non-stick paint graphite casting form casting copper refractory filler polyvinyl alcohol burning non-stick coating filling binder анод антипригарная краска графит изложница литье медь огнеупорный наполнитель поливини-ловый спирт пригар противопригарное покрытие розлив связующее info:eu-repo/semantics/article info:eu-repo/semantics/publishedVersion 2024 ftsusunivojs https://doi.org/10.14529/met230302 2024-04-29T02:20:02Z Casting of copper into anodes is final stage of copper pyrorefining. Currently at Copper plant of Norilsk Nickel MMC PJSC in order to protect casting form from rapid wear and prevent welding of anodes to it during casting, the casting forms are filled with a solution of heat-resistant coating based on sil-icon dioxide. The coating layer remaining on the anode results in slime yield increase at the stage of elec-trolysis, as well as complication of further slime processing. In this regard, the purpose of this study was to select a coating that prevents the possibility of anodes contamination with silicon dioxide. Thus, the mate-rial described in the study and used as a refractory filler of the coating that does not contain slag-forming components in its composition is graphite. Since graphite is poorly wetted, there is a problem of creating a slurry with graphite distributed evenly over the entire volume. Aqueous solutions of polyvinyl alcohol, lig-nosulfonate and hide glue are used as a binder in the study. According to research, formation of gas porosi-ty and irregularities of the obtained anodes is noted when aqueous solution of lignosulfonate and hide glue are used as a binder. In addition, according to research, accumulation of mineral component in the refrac-tory filler composition is noted when using an aqueous solution of lignosulfonate. When using hide glue as a binder, a stinking odor is noted, as well as increased consumption of this type of binder. As it follows from this study, polyvinyl alcohol-graphite combination has the optimal properties as a refractory paint. In order to optimize the process parameters for application of a binder and a refractory filler, studies of sedi¬mentation stability, as well as the hiding power of the recommended non-stick paint, were carried out. Розлив меди в аноды является завершающей стадией огневого рафинирования меди. В настоящее время на медном заводе ПАО «ГМК «Норильский Никель» для предохранения изложниц от быстрого изнашивания и предотвращения приваривания к ... Article in Journal/Newspaper norilsk Bulletin of the South Ural State University
institution Open Polar
collection Bulletin of the South Ural State University
op_collection_id ftsusunivojs
language Russian
topic anode
non-stick paint
graphite
casting form
casting
copper
refractory filler
polyvinyl alcohol
burning
non-stick coating
filling
binder
анод
антипригарная краска
графит
изложница
литье
медь
огнеупорный наполнитель
поливини-ловый спирт
пригар
противопригарное покрытие
розлив
связующее
spellingShingle anode
non-stick paint
graphite
casting form
casting
copper
refractory filler
polyvinyl alcohol
burning
non-stick coating
filling
binder
анод
антипригарная краска
графит
изложница
литье
медь
огнеупорный наполнитель
поливини-ловый спирт
пригар
противопригарное покрытие
розлив
связующее
Озеров, С. С.
Богатырев, Д. М.
Бородин, А. Д.
Султанов, Н. Н.
STUDY OF PERSPECTIVE COMPOSITIONS FOR CASTING COPPER ANODES
topic_facet anode
non-stick paint
graphite
casting form
casting
copper
refractory filler
polyvinyl alcohol
burning
non-stick coating
filling
binder
анод
антипригарная краска
графит
изложница
литье
медь
огнеупорный наполнитель
поливини-ловый спирт
пригар
противопригарное покрытие
розлив
связующее
description Casting of copper into anodes is final stage of copper pyrorefining. Currently at Copper plant of Norilsk Nickel MMC PJSC in order to protect casting form from rapid wear and prevent welding of anodes to it during casting, the casting forms are filled with a solution of heat-resistant coating based on sil-icon dioxide. The coating layer remaining on the anode results in slime yield increase at the stage of elec-trolysis, as well as complication of further slime processing. In this regard, the purpose of this study was to select a coating that prevents the possibility of anodes contamination with silicon dioxide. Thus, the mate-rial described in the study and used as a refractory filler of the coating that does not contain slag-forming components in its composition is graphite. Since graphite is poorly wetted, there is a problem of creating a slurry with graphite distributed evenly over the entire volume. Aqueous solutions of polyvinyl alcohol, lig-nosulfonate and hide glue are used as a binder in the study. According to research, formation of gas porosi-ty and irregularities of the obtained anodes is noted when aqueous solution of lignosulfonate and hide glue are used as a binder. In addition, according to research, accumulation of mineral component in the refrac-tory filler composition is noted when using an aqueous solution of lignosulfonate. When using hide glue as a binder, a stinking odor is noted, as well as increased consumption of this type of binder. As it follows from this study, polyvinyl alcohol-graphite combination has the optimal properties as a refractory paint. In order to optimize the process parameters for application of a binder and a refractory filler, studies of sedi¬mentation stability, as well as the hiding power of the recommended non-stick paint, were carried out. Розлив меди в аноды является завершающей стадией огневого рафинирования меди. В настоящее время на медном заводе ПАО «ГМК «Норильский Никель» для предохранения изложниц от быстрого изнашивания и предотвращения приваривания к ...
format Article in Journal/Newspaper
author Озеров, С. С.
Богатырев, Д. М.
Бородин, А. Д.
Султанов, Н. Н.
author_facet Озеров, С. С.
Богатырев, Д. М.
Бородин, А. Д.
Султанов, Н. Н.
author_sort Озеров, С. С.
title STUDY OF PERSPECTIVE COMPOSITIONS FOR CASTING COPPER ANODES
title_short STUDY OF PERSPECTIVE COMPOSITIONS FOR CASTING COPPER ANODES
title_full STUDY OF PERSPECTIVE COMPOSITIONS FOR CASTING COPPER ANODES
title_fullStr STUDY OF PERSPECTIVE COMPOSITIONS FOR CASTING COPPER ANODES
title_full_unstemmed STUDY OF PERSPECTIVE COMPOSITIONS FOR CASTING COPPER ANODES
title_sort study of perspective compositions for casting copper anodes
publisher South Ural State University
publishDate 2024
url https://vestnik.susu.ru/metallurgy/article/view/14103
https://doi.org/10.14529/met230302
genre norilsk
genre_facet norilsk
op_source Metallurgy; Том 23, № 3 (2023); 16-29
Металлургия; Том 23, № 3 (2023); 16-29
2411-0906
1990-8482
op_relation https://vestnik.susu.ru/metallurgy/article/view/14103/10527
https://vestnik.susu.ru/metallurgy/article/view/14103
doi:10.14529/met230302
op_rights (c) 2024 Металлургия
op_doi https://doi.org/10.14529/met230302
_version_ 1799484184764350464