Search Results - "Shkoller, M. B."

Thermal solution of coal to obtain binder for refractories. 1. Binder production by Bazegskii, A. E., Shkoller, M. B.

“…Experimental coal-based pitch obtained by the controlled action of solvent (a hydrogen donor) on the thermally activated organic mass of coking coal is…”
Get full text

Processing of converter slurry by coking with coal by Shkoller, M. B., Kasimirov, S. A., Khodosov, I. E., Ivanov, V. P.

“…Processing of the industrial waste formed at steel plants is of great importance. In the converter production of steel, 12–25 kg of fine dust is formed in the…”
Get full text

Sorptional dehydration and thermochemical sintering of converter sludge by Kuznetsov, S. N., Shkoller, M. B., Protopopov, E. V., Temlyantsev, M. V., Feiler, S. V.

“…Global steel output in 2016 exceeded 1.6 billion t, of which more than 1.2 billion t was produced in converters. The smelting of 1 t of steel produces up to 25…”
Get full text

Promising raw materials for the production of pulverized-coal fuel by Shkoller, M. B.

“…Results are presented from laboratory studies and commercial trials of the use of fine-grained semi-coke from brown coals in Eastern Siberia (BSC) as a…”
Get full text

Comprehensive evaluation of coals in Western and Eastern Siberia as a raw material for making pulverized-coal fuel for blast furnaces by Shkoller, M. B.

“…Laboratory studies are made of the technical and service properties of noncoking hard and brown coals and the kinetic laws that govern the thermal oxidation of…”
Get full text

Prospects for synthetic-fuel production in the coke-hot metal-steel cycle. Part 2 by Yur’ev, A. B., Shkoller, M. B., Protopopov, E. V., Ganzer, L. A.

Get full text

Prospects for synthetic-fuel production in the coke-hot metal-steel cycle. Part 1 by Yur’ev, A. B., Shkoller, M. B., Protopopov, E. V., Ganzer, L. A.

Get full text

Interaction of GZh + Zh coal concentrate with anthracene additive by Bazegskiy, A. E., Shkoller, M. B., Kazimirov, S. A.

“…The interaction of GZh + Zh coal concentrate with the anthracene fraction of coking tar is investigated. On that basis, a production technology for materials…”
Get full text

Conditioning of coal-enrichment waste with high moisture and ash content by Shkoller, M. B., Kazimirov, S. A., Temlyantsev, M. V., Basegskiy, A. E.

“…The processing of coal-enrichment waste with high moisture and ash content is considered. Existing methods—filtration and thermal drying—are very complex and…”
Get full text

ULUG-Khema coal: A valuable resource by Bazegskiy, A. E., Shkoller, M. B., Saraev, V. G.

“…Coal from the Mezhegei field in Ulug-Khem Basin is assessed. It is a valuable resource for the production of polyaromatic compounds—primarily coal pitch…”
Get full text

Blast-furnace use of coke dust formed in dry quenching by Shkoller, M. B., Kazimirov, S. A., Temlyantsev, M. V., Basegski, A. E.

“…The physicochemical and thermal properties of coke dust formed in the dry-quenching process are studied, with a view to its use in pulverized-coal fuel for…”
Get full text

Modification of coke and coal-batch properties by means of lignite semicoke by Shkoller, M. B.

Get full text

Improving the sintering properties of coal by catalysis by Shkoller, M. B.

Get full text

Thermochemical aggregation method for disperse materials by Shkoller, M. B., Prokopovich, E. A., Kudashkina, S. A.

“…Laboratory data on the aggregation of small semicoke pieces from Kansko-Achinsk lignite are presented. In the proposed method, the semicoke is mixed with…”
Get full text

Production of special coal binders by Shkoller, M. B., Proshunin, Yu. E.

Get full text