Buy (625 RUB)
Generate QR code
Open Access
Subscription or Fee Access
Utilization of Ferroalloy Production Waste
https://doi.org/10.18412/1816-0395-2015-2-4-7
Abstract
The data on the formation volume of microsilica and the results of experimental studies of effective technical and manufacturing solutions for the utilization of dust
of dry gas purifications and waste of processing the slags of high-carbon ferrochromium through the agglomeration process are presented. Substantiated arguments
in favor of using the sintering process as the most acceptable utilization technology of ferroalloy production waste and particularly at the Aksu Ferroalloy
Plant are presented. The results of laboratory and industrial tests showed that the use of microsilica positively affects the preliminary granulation of the agglomeration
mixture and provides the mechanical strength of the agglomerate comparable with the strength of agglomerates prepared by the standard technology; in
addition, experimental agglomerates corresponded to requirements in regards to the chemical composition. The complete substitution of the flux by microsilica
led to an increase in agglomachine by 10% on average. It is shown in general that the microsilica additive into the agglomeration charge composition improves the
technical-and-economy characteristics of agglomachine operation and simultaneously makes it possible to lower environmental payments for the formation and
storage of anthropogenic waste.
of dry gas purifications and waste of processing the slags of high-carbon ferrochromium through the agglomeration process are presented. Substantiated arguments
in favor of using the sintering process as the most acceptable utilization technology of ferroalloy production waste and particularly at the Aksu Ferroalloy
Plant are presented. The results of laboratory and industrial tests showed that the use of microsilica positively affects the preliminary granulation of the agglomeration
mixture and provides the mechanical strength of the agglomerate comparable with the strength of agglomerates prepared by the standard technology; in
addition, experimental agglomerates corresponded to requirements in regards to the chemical composition. The complete substitution of the flux by microsilica
led to an increase in agglomachine by 10% on average. It is shown in general that the microsilica additive into the agglomeration charge composition improves the
technical-and-economy characteristics of agglomachine operation and simultaneously makes it possible to lower environmental payments for the formation and
storage of anthropogenic waste.
About the Authors
A.G. Kaliakparov
LLP "Engineering Research Center ENRC"
Kazakhstan
zav. laboratoriej
Kazakhstan
zav. laboratoriej
A.V. Suslov
Aksu Ferroalloy Plant-Affiliation of JSC "TNK Kazchrom"
Kazakhstan
tehn. direktor
Kazakhstan
tehn. direktor
K.S. Bilyalov
LLP "Engineering Research Center ENRC"
Kazakhstan
st. nauch. sotrudnik
Kazakhstan
st. nauch. sotrudnik
M.P. Kulandin
LLP "Engineering Research Center ENRC"
Kazakhstan
inzhener
Kazakhstan
inzhener
References
1. Гасик М.И., Лякишев Н.П. Теория и технология электрометаллургии ферросплавов: Учебник для вузов. М.: "СП Иньермет Инжиниринг", 1999. С. 440-450.
2. Куландин М.П., Билялов К.С., Суслов А.В., Калиакпаров А.Г. Утилизация отходов ферросплавного производства // Труды Конгресса с международным участием и элементами школы молодых ученых "Фундаментальные исследования и прикладные разработки процессов переработки и утилизации техногенных образований". Екатеринбург: УрО РАН, 2014. С. 238-241.
3. Справка по объемам образования пылей и шламов на Аксуском заводе ферросплавов и возможностям их использования в агломерационном производстве. Аксуский завод ферросплавов — филиал ОАО "ТНК "Казхром". НИЦ. 2012. С. 8.
4. Билялов К.С., Рындин А.Н., Калиакпаров А.Г., Кузнецов А.И. Подбор оптимальной шихты для агломерации хромового сырья в условиях агломерационного цеха Аксуского завода ферросплавов // Абишевские чтения — 2011 "Гетерогенные процессы в обогащении и металлургии". Караганда. 2010. С. 211-212.
5. Отчет по научно-исследовательской работе "Экспериментальные исследования совместной агломерации мелочи хромовой руды и облоевхроморудных брикетов Дон ГОКа". Аксуский завод ферросплавов — филиал ОАО "ТНК "Казхром". НИЦ. 2010. С. 20.
6. Суслов А.В., Калиакпаров А.Г., Ким А.С., Билялов К.С., Рындин А.Н. Утилизация пыли сухих газоочисток от производства кремнистых сплавов. Химико-металлургический институт им. Ж. Абишева. 2011. С. 2.
Review
For citations:
Kaliakparov A., Suslov A., Bilyalov K., Kulandin M. Utilization of Ferroalloy Production Waste. Ecology and Industry of Russia. 2015;19(2):4-7. (In Russ.) https://doi.org/10.18412/1816-0395-2015-2-4-7
Views:
1851
Email this article 