Efficiency of Frozen Coal Discharge from Rail Cars

The freezing of coal in railroad cars hinders coal discharge and interferes with efficient power station operation. In particular, Urtuyskoye coal is characterized by high moisture content and hence is very susceptible to freezing. This problem may be addressed by modernizing the discharge system and preliminary treatment of the rail cars. Various methods of unloading frozen coal are considered, such as heating, mechanical action, and the use of antifreeze. The proposed method includes thawing of the cargo by means of infrared heaters to prevent obstructions in the bunkers of the boiler shop and treatment of the car’s interior surfaces with Niogrin oil-based dust-binding agent. Calculations show that introducing these measures reduce the working moisture content of the coal to 22% and the ash content to 14%, with 30% increase in the calorific value. That lowers the annual fuel consumption by 23%, with considerable economic benefit.

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Publication Details

Journal
Coke and Chemistry
Published
2025-03-01
DOI
https://doi.org/10.3103/s1068364x25600344
Primary Topic
Vehicle emissions and performance
Type
article
Field-Weighted Citation Impact
0.00
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article

Efficiency of Frozen Coal Discharge from Rail Cars

R. Yu. Israilov, Alexey Kashurkin, G. L. Kozenkova
Coke and Chemistry
Vehicle emissions and performance
article

Efficiency of Frozen Coal Discharge from Rail Cars

R. Yu. Israilov, Alexey Kashurkin, G. L. Kozenkova
article en

Abstract

The freezing of coal in railroad cars hinders coal discharge and interferes with efficient power station operation. In particular, Urtuyskoye coal is characterized by high moisture content and hence is very susceptible to freezing. This problem may be addressed by modernizing the discharge system and preliminary treatment of the rail cars. Various methods of unloading frozen coal are considered, such as heating, mechanical action, and the use of antifreeze. The proposed method includes thawing of the cargo by means of infrared heaters to prevent obstructions in the bunkers of the boiler shop and treatment of the car’s interior surfaces with Niogrin oil-based dust-binding agent. Calculations show that introducing these measures reduce the working moisture content of the coal to 22% and the ash content to 14%, with 30% increase in the calorific value. That lowers the annual fuel consumption by 23%, with considerable economic benefit.

Coke and ChemistryVol. 68(3)
Chechen State University (RU), Moscow State University of Civil Engineering (RU), Admiral Ushakov State Maritime University (RU)
Openalex Percentile: Top 84%
Vehicle emissions and performance
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