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Carbonization of heavy residues of different origin

Kharitonova, E. Yu. / Karaev, A. R. / Mordkovich, V. Z. / Maslov, I. A. / Kamenev, A. A. / Mitberg, E. B. / Kuzora, I. E. / Elshin, A. I.

Abstract Investigation of the optimization of the feedstock composition on delayed coking units (UZK 21-10/3M) at the Angarsk Petrochemical Company using the introduction of different heavy oil residues and by-products of petroleum chemistry was carried out. The optimal feedstock composition was determined on the model bench-scale delayed coking units. The samples of petroleum cokes obtained from the feedstock of different compositions were analyzed for the sulfur content, and their microstructure was thoroughly studied in detail. The obtained array of experimental data showed that the optimized coking feedstock composition holds promise from the viewpoint of both the improvement of the quality of the petroleum coke and an increase in its production rate.

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Carbonization of heavy residues of different origin

Kharitonova, E. Yu. / Karaev, A. R. / Mordkovich, V. Z. / Maslov, I. A. / Kamenev, A. A. / Mitberg, E. B. / Kuzora, I. E. / Elshin, A. I.

Abstract Investigation of the optimization of the feedstock composition on delayed coking units (UZK 21-10/3M) at the Angarsk Petrochemical Company using the introduction of different heavy oil residues and by-products of petroleum chemistry was carried out. The optimal feedstock composition was determined on the model bench-scale delayed coking units. The samples of petroleum cokes obtained from the feedstock of different compositions were analyzed for the sulfur content, and their microstructure was thoroughly studied in detail. The obtained array of experimental data showed that the optimized coking feedstock composition holds promise from the viewpoint of both the improvement of the quality of the petroleum coke and an increase in its production rate.

Carbonization of heavy residues of different origin

Kharitonova, E. Yu. / Karaev, A. R. / Mordkovich, V. Z. / Maslov, I. A. / Kamenev, A. A. / Mitberg, E. B. / Kuzora, I. E. / Elshin, A. I.

Abstract Investigation of the optimization of the feedstock composition on delayed coking units (UZK 21-10/3M) at the Angarsk Petrochemical Company using the introduction of different heavy oil residues and by-products of petroleum chemistry was carried out. The optimal feedstock composition was determined on the model bench-scale delayed coking units. The samples of petroleum cokes obtained from the feedstock of different compositions were analyzed for the sulfur content, and their microstructure was thoroughly studied in detail. The obtained array of experimental data showed that the optimized coking feedstock composition holds promise from the viewpoint of both the improvement of the quality of the petroleum coke and an increase in its production rate.

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Title:

Carbonization of heavy residues of different origin

Contributors:

Kharitonova, E. Yu. (author) / Karaev, A. R. (author) / Mordkovich, V. Z. (author) / Maslov, I. A. (author) / Kamenev, A. A. (author) / Mitberg, E. B. (author) / Kuzora, I. E. (author) / Elshin, A. I. (author)

Published in:

Petroleum Chemistry ; 47 ; 288-298

Publication date:

2007-07-01

Size:

11 pages

ISSN:

1555-6239 , 0965-5441

DOI:

https://doi.org/10.1134/S0965544107040093

Type of media:

Article (Journal)

Type of material:

Electronic Resource

Language:

English

Keywords:

Petroleum Chemistry , Petroleum Coke , Vacuum Residue , Colloid Structure , Coke Yield Chemistry , Industrial Chemistry/Chemical Engineering

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