On the Change in the Component Composition of Straight-Run Fuel Oil Distillate by Catalytic Cracking in the Presence of Zinc, Nickel, and Iron 2-Ethylhexanoates

Mustafin I. A.; Sudakova O. M.; Kozhanova A. A.; Fokina E. O.; Valinurova E. R.; Mustafin A. G.; Galiakhmetov R. N.

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On the Change in the Component Composition of Straight-Run Fuel Oil Distillate by Catalytic Cracking in the Presence of Zinc, Nickel, and Iron 2-Ethylhexanoates

机译：锌，镍和铁2-乙基己酸盐催化裂化通过催化裂裂解馏分馏分的组成馏分变化

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摘要

The component composition of the distillate of straight-run fuel oil after thermocatalytic cracking in the presence of zinc, iron(II), and nickel(II) 2-ethylhexanoates has been studied using GLC. It has been noted that metal nanocatalysts behave in different manners in the chemical transformations of hydrocarbons of straight-run fuel oil.

机译：使用GLC研究了在锌，铁（II）和镍（II）2-乙基己酸盐存在下热催化裂解后直流燃料油馏出物的组分组成。已经注意到，金属纳米催化剂在直流燃料油的碳氢化合物的化学转化中表现不同的方式。

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来源
《Petroleum Chemistry 》 |2018年第12期| 共5页
作者
Mustafin I. A.; Sudakova O. M.; Kozhanova A. A.; Fokina E. O.; Valinurova E. R.; Mustafin A. G.; Galiakhmetov R. N.;
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作者单位

Ufa State Petr Technol Univ Ufa 450000 Bashkortostan Russia;

Bashkir State Univ Ufa 450076 Bashkortostan Russia;

Bashkir State Univ Ufa 450076 Bashkortostan Russia;

Bashkir State Univ Ufa 450076 Bashkortostan Russia;

Ufa State Petr Technol Univ Ufa 450000 Bashkortostan Russia;

Bashkir State Univ Ufa 450076 Bashkortostan Russia;

Bashkir State Univ Ufa 450076 Bashkortostan Russia;

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原文格式 PDF
正文语种 eng
中图分类石油化学工业 ;
关键词
fuel oil; catalytic cracking; nanocatalyst; chromatography;

机译：燃料油;催化裂化;纳米催化剂;色谱;

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专利

1. On the Change in the Component Composition of Straight-Run Fuel Oil Distillate by Catalytic Cracking in the Presence of Zinc, Nickel, and Iron 2-Ethylhexanoates [J] . Mustafin I. A., Sudakova O. M., Kozhanova A. A., Petroleum Chemistry . 2018 ,第12期

机译：锌，镍和铁2-乙基己酸盐催化裂化通过催化裂裂解馏分馏分的组成馏分变化
2. Marine Fuel Oil Based on Straight-Run Distillates of Astrakhan Gas Condensate [J] . N.A.Strakhova, V.I.Geraskin, Yu.P.Vasko, Chemistry and Technology of Fuels and Oils . 2001 ,第2期

机译：基于阿斯特拉罕凝析油直馏馏分的船用燃料油
3. Study of catalytic cracking process of fuel oil to obtain components of motor fuels using aerosol nanocatalysis technology [J] . Leonenko S. V., Kudryavtsev S. A., Glikina I. M. Adsorption Science & Technology . 2017 ,第9a10期

机译：燃料油催化裂化过程研究气溶胶纳米分析技术研究电机燃料组分
4. Effect of group composition of the vacuum distillate from heavy Kazakhstan and West Siberian oil on the yield of light fractions during the catalytic cracking [C] . Nazarova G.Y., Ivashkina E.N., Ivanchina E.D. International Conferences on Oil and Gas Engineering . 2016

机译：将重型哈萨克斯坦和西西伯利亚油对真空馏分对催化裂化期间光级分产量的影响
5. COSTS OF REFINING SURFACE-RETORTED PARAHO SHALE OIL TO TRANSPORTATION FUELS VIA THREE REFINING SCHEMES AND SIMULATIONS OF HYDROTREATING, HYDROCRACKING, AND FLUID CATALYTIC CRACKING PROCESSES IN SHALE OIL REFINING. [D] . SUTIKNO. 1982

机译：通过页岩油精制中的三种精炼方案和加氢，加氢裂化和流体催化裂化过程，将表面蒸馏的页岩油精制为运输燃料的成本。
6. Laboratory Production of Biofuels and Biochemicals from a Rapeseed Oil through Catalytic Cracking Conversion [O] . Siauw H. Ng, Yu Shi, Nicole E. Heshka, 2016

机译：通过催化裂化转化从菜籽油中实验室生产生物燃料和化学药品
7. Effect of Group Composition of the Vacuum Distillate from Heavy Kazakhstan and West Siberian Oil on the Yield of Light Fractions During the Catalytic Cracking [O] . Nazarova G.Y., Ivashkina E.N., Ivanchina E.D., 2016

机译：重质哈萨克斯坦和西西伯利亚石油的减压馏分的组组成对催化裂化过程中轻馏分收率的影响

On the Change in the Component Composition of Straight-Run Fuel Oil Distillate by Catalytic Cracking in the Presence of Zinc, Nickel, and Iron 2-Ethylhexanoates

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