THE USING OF COAL BLENDS WITH AN INCREASED CONTENT OF COALS OF THE MIDDLE STAGE OF METAMORPHISM FOR THE PRODUCTION OF THE …
EO Shmeltser, VP Lyalyuk, VP Sokolova… - Petroleum & …, 2018 - search.ebscohost.com
Laboratory and industrial research confirm that decrease in the coking properties of
bituminous coal with a high level of fluidity (HFC) when it is present to excess in the coking …
bituminous coal with a high level of fluidity (HFC) when it is present to excess in the coking …
INVESTIGATION OF POSSIBLE LOSSES OF COAL RAW MATERIALS DURING ITS TECHNOLOGICAL PREPARATION FOR COKING MESSAGE 2. THE ACTUAL …
ID Drozdnik, DV Miroshnichenko… - Petroleum & …, 2019 - search.ebscohost.com
The authors of the article conducted a comprehensive study aimed at determining the actual
mass loss of coal concentrates during their preparation and the coal charge during its …
mass loss of coal concentrates during their preparation and the coal charge during its …
Predicting the coke yield and basic coking byproducts: an analytic review
MB Golovko, DV Miroshnichenko, YS Kaftan - Coke and Chemistry, 2011 - Springer
An analytical review reveals that, for current batch with an elevated content of
petrographically diverse coal and with organic additives, it is very difficult to predict the coke …
petrographically diverse coal and with organic additives, it is very difficult to predict the coke …
Coking of coal batch with different content of oxidized coal
DV Miroshnichenko, ID Drozdnik, YS Kaftan… - Coke and …, 2012 - Springer
The use of oxidized coal in coking batch increases the analytical moisture content and
packing density; impairs the plasticity and ductility; reduces the carbon and hydrogen …
packing density; impairs the plasticity and ductility; reduces the carbon and hydrogen …
Influence of oxidation on the packing density of coal
DV Miroshnichenko - Coke and chemistry, 2014 - Springer
The influence of oxidation on the packing density of coal is considered. The packing density
of coal concentrates is found to considerably exceed the standardized values.(It may be …
of coal concentrates is found to considerably exceed the standardized values.(It may be …
Influence of the crushing of bituminous batch on coke quality
EO Shmeltser, VP Lyalyuk, VP Sokolova… - Coke and …, 2017 - Springer
Laboratory and industrial research confirms that decrease in the clinkering properties of
bituminous coal when it is present to excess in the coking batch improves the strength of …
bituminous coal when it is present to excess in the coking batch improves the strength of …
Effects of natural weathering on intrinsic properties of coal and coke quality
The degree of weathering of coking coal and its influence on coking potential of coal and
coke strength after reaction depends on the various factors viz., climatic conditions, origin …
coke strength after reaction depends on the various factors viz., climatic conditions, origin …
NMOISTURE-HOLDING CAPACITY OF COAL.
Y Balaeva, D Miroshnichenko, Y Kaftan - Petroleum & Coal, 2017 - search.ebscohost.com
The moisture-holding capacity of metamorphically distinct coals does not depend on their
ash content (in the range 3.7-35.3%) nor on the chemical composition of the ash, expressed …
ash content (in the range 3.7-35.3%) nor on the chemical composition of the ash, expressed …
Coking of Stamped Coal Batch. 3. Yield of Chemical Products
NV Mukina, DV Miroshnichenko - Coke and Chemistry, 2021 - Springer
Given that coal may be oxidized and the yield of ammonia and hydrogen sulfide cannot be
predicted from the volatile matters, mathematical formulas describing the yield of the basic …
predicted from the volatile matters, mathematical formulas describing the yield of the basic …
Calculating the higher heat of coal combustion in the wet ash-free state
DV Miroshnichenko, YS Balaeva - Coke and chemistry, 2013 - Springer
Calculating the Higher Heat of Coal Combustion in the Wet Ash Free State Page 1 ISSN 1068
364X, Coke and Chemistry, 2013, Vol. 56, No. 3, pp. 85–89. © Allerton Press, Inc., 2013 …
364X, Coke and Chemistry, 2013, Vol. 56, No. 3, pp. 85–89. © Allerton Press, Inc., 2013 …