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Journal of Material Sciences
ISSN: 2321-6212
I n t e r n a t i o n a l C o n f e r e n c e o n
Metal, Mining and
Magnetic Materials
N o v e m b e r 0 1 - 0 2 , 2 0 1 8
P a r i s , F r a n c e
Metal and Magnetism 2018
T
he results of laboratory, industrial and calculation researches of physical,
chemical and thermophysical processes at the oxidizing roasting (sintering
and pelletizing) of the titaniferous rawmaterials are considered. The estimation
of influence of metallurgical properties (reducibility, durability, softening and
melting temperatures of roasting ores) on processes heat and mass exchange
at the reduction in the blast furnace (two-dimensional fields of gas and charge
temperatures, degrees of iron reductions, cohesion zone) is executed. Titan-
bearing ores with the various TiO2 content are investigated. Tests of ores are
provided by ores of the current production in theGusevogorsky deposit (average
test), and also ores from separate production of ores - is low titanium and
is high titanium. Ores of the Kuranakhsky deposit, the Tebinbulaksky deposit
(Republic of Uzbekistan) and high titanium ores of the Medvedevsky deposit
and the Yaregsky deposit allowing receiving pigmentary titanium dioxide are
also considered. Processing of the specified ores assumes so-called schemes
«blast furnace - converter» and «metallization - electro melting», including
oxidizing roasting of ore concentrate with receiving agglomerate and pellets.
The micro X-ray diffraction phase analysis and magnetic characteristics of
samples is made. The results of industrial tests on change of metallurgical
properties of agglomerate and its influence on blast furnace indices are given.
Technical and economic indices of blast furnace smelting of agglomerate and
pellets (consumption of coke and productivity, chemical composition of cast
iron and slag), received from a concentrate of the Kachkanarsky deposit, are
calculated. The mathematical model of blast furnace process is considered.
As a whole possibility and reasonability of processing of titaniferous ores with
the different content of titanium dioxide and receiving vanadium containing
cast iron and the slag containing titanium dioxide is shown. Work is executed
with financial support of the State Task of Institute of Metallurgy of the Ural
Branch of the Russian Academy of Sciences, the Project No.0396-2015-0081
and the Russian Foundation for Basic Research, the Project No.16-08-00062
Biography
Professor, Doctor of Technical Sciences, Chief Research Officer
of Institute of Metallurgy of the Ural Branch of the Russian
Academy of Sciences, Professor of Ural Federal University,
Academician of Russian Academy of Natural Sciences,
Academician of Academy of Engineering Sciences of Russian
Federation. Area of research interest - development, perfection
of mathematical models and their use for the analysis
and optimization of processing of ores.Has graduate from
Metallurgical Faculty of Ural Polytechnical Institute (nowadays
Ural Federal University, Ekaterinburg, Russia). It is awarded with
the Honourable Diploma of a Student's Scientific Organization.
Achieved awards: Honourable Letter of Russian Academy of
Sciences, V.E.Grum-Grzhimajlo Premium-Medal, Honourable
Letter of Government of Sverdlovsk Region, SilverMedal «Metal-
Expo’2014», Award of Governor of Sverdlovsk region, Diploma
of 1 degree and Gold Medal of the Petersburg engineering
fair, Medal and Order of Academy of Engineering Sciences
named A.M. Prokhorov «For a contribution to development of
engineering sciences». The author of 6 monographs, more than
300 papers and 12 inventions.
andrey.dmitriev@mail.ruProcessing of titaniferous magnetite ores with various
content of titanium dioxide
Andrey N Dmitriev, Galina Yu Vitkina and Roman V Petukhov
Institute of Metallurgy-Ural Branch of Russian Academy of Sciences, Russia
Andrey N Dmitriev et al., J Mat. Sci. 2018, Volume:6
DOI: 10.4172/2321-6212-C7-032