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(1984)
Fiziko-khimicheskie osnovy spekaniya uglei (Physicochemical Principles of Coal Sintering)
V. Kochkin, V. Strakhov, O. Unterberger (2007)
Production, quality, and use of KET cokeCoke and Chemistry, 50
(1976)
Uglerodistye vosstanoviteli dlya ferrospavov (Carbon Reducing Agents for Ferroalloys)
(1998)
Relationship between the coke reactivity and the main indicators of ferrosilicon smelting
(1971)
Production of carbonaceous reduc - tants for the production of ferroalloys , Extended Abstract of Cand
(1976)
Mechanical treatment of coke for various periods of coking
(1983)
Piroliz uglei v protsesse koksovaniya (Coal Pyrolysis during Coking)
(1984)
Fiziko-khimicheskie osnovy spekaniya uglei
(1972)
Experimental industrial coking of charge mixtures with higher part of gas coal
(1983)
Physicochemical properties of carbonaceous reducing agents in electrothermal processes
(1966)
Charge coking with a large amount of caking coals from the Polysaevskaya mine
(1973)
Coking of charge mixtures with a high content of gas coals, in Proizvodstvo koksa (Coke Production)
(1973)
Formation of physical and chemical properties of coke
(1966)
The use of gas coals in the production of foundry coke
D. Muchnik (2010)
Sorting of coke with simultaneous stabilization as a means of improving its physicomechanical propertiesCoke and Chemistry, 53
V. Strakhov (2008)
Production of special coke for use in electric furnacesCoke and Chemistry, 51
(2000)
Requirements to the quality of carbonaceous reductants for the processes of ore electrothermy
D. Muchnik (2010)
Stabilization of coke propertiesCoke and Chemistry, 53
(1996)
The influence of technological factors on the properties of coke during long periods of coking
(1964)
Coke pretreatment
(2003)
Coke and semicoke production Kuznetsk Basin from poorly sintering coal
(1979)
Increase of the amount of gas coals in the charge for the production of foundry coke
V. Sukhorukov (2011)
Coking theory: Internal stress in the coal batchCoke and Chemistry, 54
(1981)
Creation of nonclinkering coal grades and coke substitutes
(2000)
Efficiency of carbonaceous reducing agents in ferroalloy industries
(1970)
Efficiency of mechanical processing of coke from eastern plants
(1973)
Coking of charge mixtures with a high content of gas coals
(1976)
Uglerodistye vosstanoviteli dlya ferrospavov (Carbon Reducing Agents for Ferroalloys), Moscow: Metallurgiya
(1971)
Production of carbonaceous reductants for the production of ferroalloys
(1994)
Coking rates and coke quality at long coking periods
(1972)
The nature of gas coals and the physicochemical properties of special types of coke
(2000)
Formation of particular properties of carbonaceous reducing agents
(1983)
Physicochemical properties of carbonaceous reducing agents in electrothermal processes, Izv
In the present work, coke is produced from batch with a high content (60–80%) of gas coal, in semiindustrial and industrial conditions. The influence of the following factors on the coke yield and quality is investigated: the coke oven’s wall temperature; the coking duration and rate; the final temperature at the center of the charge; and the content of gas coal in the batch. The quality of individual size classes (>80 mm to ≤5 mm) in the coke is assessed on the basis of technical analysis, the mechanical strength, the reactivity, the electrical resistivity, and the pore structure. A coke sorting system that incorporates mechanical treatment is proposed. By that means, three coke classes are obtained: >40, 10–40, and ≤10 mm. The potential steel-industry demand for such classes is assessed.
Coke and Chemistry – Springer Journals
Published: Apr 30, 2021
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