Technological value of coal used for coking

Stankevich, A. S.; Stankevich, V. S.

doi:10.3103/s1068364x13090081

Coke Chem.

2013

DOI: 10.3103/s1068364x13090081

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Technological value of coal used for coking

A. S. Stankevich¹,

V. S. Stankevich

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Cited by 2 publications

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“…This applies equally to other terms denoted by B b , such as the basicity index of the batch[17,18,25]; the basicity index[21]; or the ash basicity of the coke[23,24]. Those terms are equally inconsistent with the physical significance of Eq.…”

mentioning

confidence: 99%

Ash basicity and the coke characteristics CRI and CSR: A review

Ulanovskiy¹

2014

Coke Chem.

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Literature analysis shows that the physical significance of the equation from which the index B b is calculated does not support its description as the ash basicity index. For quantitative assessment of the coal's mineral component, which has an important influence on the coke quality-specifically, on CSR and CRIthe potential reactivity of coke (CRP) is recommended as a better characterization of the index B b . Three and two parameter versions of the formula for CRP are presented. Models of the relation CRP = f(I b ) are developed for different parameter ranges. It is found that CRP and I b are not analogs. Therefore, in the devel opment of resources for the production of high quality coke (in terms of CRP and CRI), these parameters should both be used.

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mentioning

confidence: 99%

Ash basicity and the coke characteristics CRI and CSR: A review

Ulanovskiy¹

2014

Coke Chem.

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Determining the technological value of coal on the basis of coke-quality predictions

Stankevich

Zolotukhin²

2015

Coke Chem.

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Technological value of coal used for coking

Cited by 2 publications

References 5 publications

Ash basicity and the coke characteristics CRI and CSR: A review

Ash basicity and the coke characteristics CRI and CSR: A review

Determining the technological value of coal on the basis of coke-quality predictions

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