Industrial application of hydrogenation processes in processing of heavy residues of oil distillation by the example of TAIF-NK JSC

A. K. Shigabutdinov, V. Presnyakov, R. A. Shigabutdinov, V. A. Subramanian, M. R. Idrisov, R. N. Ahunov, M. A. Novikov
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Abstract

This article is devoted to the experience of TAIF-NK JSC Refinery in the application of hydrogenation processes in the processing of heavy residues of oil distillation – Vacuum Residue. The complex of TAIF-NK JSC, which operates on the basis of Veba Combi Cracking (VCC) technology, is the only one in the world that allows processing of heavy residues (Vacuum Residue) obtained by primary distillation from crude oil, with maximum production of high-quality light oil products. Implementation of hydrocracking technology on the basis of VCC technology at TAIF-NK JSC ensured the achievement of oil refining depth and light product yields for 2021 - 85.1% and 80.7% respectively. The article demonstrates the retrospective dynamics of indicators of oil refining depth and light oil products draw-off from implementation of the project, the change in the food basket, as well as highlights the problems that arose in the course of implementation of the project.
以TAIF-NK JSC为例,介绍了加氢工艺在石油蒸馏重质渣油处理中的工业应用
介绍了TAIF-NK JSC炼油厂应用加氢工艺处理石油蒸馏重质渣油-真空渣油的经验。TAIF-NK JSC的综合设施以Veba Combi裂化(VCC)技术为基础,是世界上唯一一个允许处理原油一次蒸馏获得的重渣油(真空渣油),最大限度地生产高质量轻质油产品的设施。TAIF-NK JSC在VCC技术基础上实施加氢裂化技术,确保了2021年炼油深度和轻产品收率分别达到85.1%和80.7%。文章回顾了项目实施以来炼油深度指标、轻质油产品提取量指标的动态变化、食品篮子的变化以及项目实施过程中出现的问题。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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