Improving the design and operation of dry-slaking systems

Danilin, E. A.

doi:10.3103/s1068364x11100036

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2013

2024

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Cited by 5 publications

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“…Kotloenergoprom specialists have extensive experi ence in the development, debugging, and study of CDQ systems [3]. As shown by isotherms of coke in the quenching chamber from tests of CDQ systems with coke throughput of 54 t/h, the cyclic variation in the basic quenching parameters within the chamber is mainly determined by the cyclic operation of the sep arators in the coke discharge unit.…”

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Improving the discharge system in CDQ units

Danilin¹,

Khristenko²,

Kaplunovskiy³

et al. 2014

Coke Chem.

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Means of optimizing the coke discharge unit and improving the efficiency of dry quenching are considered. The development of a continuous coke discharge unit with an aerodynamic gate is discussed. Portion by portion discharge in a gate system is compared with continuous coke discharge. Various options for continuous coke discharge are analyzed. Tests of a CDQ unit with continuous coke discharge at Alchevsk coke plant show that the improvement of continuous coke discharge is an effective means of boosting the per formance of the CDQ unit. The mean dust content of the gases in the main CDQ loop is 30% less with con tinuous coke discharge.

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confidence: 99%