Submit an Article
Become a reviewer
Vol 215
Download volume:

Study of technological properties of the yakovlevskiy mine sintering ore

V. L. Trushko1
V. A. Utkov2
A. S. Klyamko3
About authors
  • 1 — National Mineral Resources University (Mining University)
  • 2 — National Mineral Resources University (Mining University)
  • 3 — LLC «Metall-grupp»
Date submitted:
Date accepted:
Date published:


The work reveals the ability of the Yakovlevskiy mine sinter ore to improve pelletizing of a sinter mix, to reduce its flow resistance in 4-5 times, to increase capacity of a sinter machine, to improve the sintering uniformity and sinter quality, to reduce consumption of agglomeration solid fuels and coke. Application of the Yakovlevskiy sinter ore moves sintering process to a modern technical level of charge in the sintering bed 500-600 mm in height without the use of expensive high-vacuum exhausters.

Go to volume 215


  1. Доменная печь № 6 ОАО НЛМК – лучший российский проект / И.Ф.Курунов, С.С.Ляпин, В.Л.Емельянов и др. // Металлург. 2008. № 10. С.46-51.
  2. Люнген Г.Б. Сравнительная оценка стоимости производства чугуна и губчатого железа // Черные металлы. 1998. № 5. С.18-24.
  3. Металлургия чугуна / Е.Ф.Вегман, Б.Н.Жеребин, А.Н.Похвиснев и др. М.: ИКЦ «Академкнига», 2004. 774 с.
  4. Модель М.С. Ферритообразование в железорудном сырье / М.С.Модель, В.Я.Лядова, Н.В.Чугунов. М.: Нау-ка, 1990. 152 с.
  5. Пути снижения себестоимости железа прямого восстановления / Н.Н.Копоть, В.С.Рыбкин, С.Н.Евстюгин и др. // Сталь. 2008. № 1. С.4-5.
  6. Способ производства стали с применением технологии прямого восстановления / А.Орт, К.Бартлетт, Ж.-П.Неппер, К.Ферстер // Цветные металлы. 2010. № 2. Специальный выпуск. С.69-76.
  7. Утков В.А. Высокоосновный агломерат. М.: Металлургия, 1977. 156 с.
  8. Omar C.L. Direct reduchtion process» present and future. 6 International Congress on the Scienge and Technology of Ironmaking (ISTI 2012) including 42 ABM Ironmaking Seminar and 13 ABM Iron Ore Sumposium . Rio de Janero, Oct, 14-18, 2012, San Paulo, 2012. P.2595-2612.
  9. Shinichi Y., Tosyihikо U., Osamu J. Simulation of sintering Process of air flow. ISIJ Int. 2012. 52. N 10. P.1785-1793.

Similar articles

Socio-economic potential of large-scale projects to develop offshore oil and gas: risks and stakeholder expectations
2015 A. E. Cherepovitsyn
Nanobar code as multi-purpose two-dimensional notation with new features
2015 E. I. Pryakhin
Stability of productive well operation in a steam hydrothermal field
2015 A. N. Shulyupin
A new stage in the development of the european natural gas market as a reflection of transition to national state capitalizm
2015 N. G. Privalov, T. B. Li
Theoretical and methodological bases of forming a program management system for integrated development of a region
2015 S. V. Fedoseev, Sya Chzhan
Complex processing of apatite-nepheline ores based on the creation of closed-loop process flow sheets
2015 A. I. Alekseev