4.2 Article

Noncatalytic Technologies for Processing Oil Residues and Heavy Oils

Journal

CHEMISTRY AND TECHNOLOGY OF FUELS AND OILS
Volume 59, Issue 2, Pages 227-234

Publisher

SPRINGER
DOI: 10.1007/s10553-023-01520-w

Keywords

oil residues; heavy oils; vacuum distillation; bitumen; deasphalting; visbreaking; delayed coking; thermolysis; thermal cracking

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The depletion of recoverable crude oil reserves in the world has led to an increased share of oil residues, particularly from high-viscosity oils and natural bitumen with low yield of light fractions in the turnover. The Institute of Petrochemical Processing has been actively developing noncatalytic processing technologies for heavy crude oils for almost 20 years. This article summarizes the progress made by the institute in this field, with some technologies already implemented and others ready for implementation.
Depletion of recoverable crude oil reserves in the world requires a qualified approach to the problem of processing oil residues, the share of which is increasing with the involvement of high-viscosity oils and natural bitumen having high density and viscosity and low yield of light fractions in the turnover. The Institute of Petrochemical Processing has traditionally been engaged from the beginning of its existence in developing technologies for noncatalytic processing of heavy crude oils. This article summarizes the developments of the Institute of Petrochemical Processing completed in this field within almost 20 years, a part of which has already been industrially implemented, and the rest is ready for implementation.

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