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V. Ivanov (2008)
Evaluating the value of coking coals on the basis of their genetic and technological characteristicsCoke and Chemistry, 51
A. Stankevich, R. Gilyazetdinov, N. Popova, D. Koshkarov (2008)
Predicting CSR and CRI of coke on the basis of the chemical and petrographic parameters of the coal batch and the coking conditionsCoke and Chemistry, 51
V. Ivanov, V. Sushkov, A. Torgunakov, S. Pantykin (2008)
Kuznetsk Basin coking coal: Reserves and technological valueCoke and Chemistry, 51
M.I. Stukov, B.P. Kiselev, Ya.B. Kukolev (2009)
Metodika dlya opredeleniya koeffitsientov tekhnologicheskoi tsennosti ugol’nogo syr’ya, ispol’zuemogo v RF dlya proizvodstva koksa
E.M. Taits, I.A. Andreeva (1983)
Methody analiza i ispytaniya uglei
N.S. Gryaznov (1976)
Osnovy teorii koksovaniya
On the basis of new research by the Sapozhnikov method (State Standard GOST 1186), as well as data on the yield of volatiles (State Standard GOST 6382) and the petrological characteristics, new definitions are proposed in assessing the clinkering and coking of coal for bed coking. Under that proposal, clinkering properties and coking properties would refer exclusively to samples of individual coals; clinkering ability and coking ability would apply to coal blends and coal batch. As is shown, data for the petrographic composition and vitrinite reflection coefficient permit assessment of the genetic compatibility of coal, which may be used as a behavioral characteristic of coal in batch for blast-furnace coke production.
Coke and Chemistry – Springer Journals
Published: Feb 26, 2012
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