ФШ

Ф. Ш. Вильданов

Ufa State Petroleum Technological University

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Co-Authors

ФН

Ф. Н. Латыпова

Ufa State Petroleum Technological University

РР

Р. Р. Чанышев

Ufa State Petroleum Technological University

МН

М. Н. Рахимов

Ufa State Petroleum Technological University

D. L. RAKHMANKULOV

Ufa State Petroleum Technological University

АР

А. Р. Давлетшин

Ufa State Petroleum Technological University

Yu. A. Khamzin

All-Russian Research Institute for Oil Refining

R. R. Shiriyazdanov

Ufa State Petroleum Technological University

ÉG

É. G. Telyashev

Ufa State Petroleum Technological University

ЕА

Е. А. Ипатова

Institute of Chemistry, Komi Science Center

R. R. Abdyushev

Ufa State Petroleum Technological University

Cooperative Institutions

Ufa State Petroleum Technological University

Bashkir Scientific Research Institute of Petroleum Refining

Academy of Sciences of the Republic of Bashkortostan

American Petroleum Institute

Russian Academy of Sciences

Ufa State Aviation Technical University

Bashkir State University

Ufa Institute of Chemistry

Institute of Geology Ufa Scientific Center

University of Petroleum

Author Statistics

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Из истории высшего нефтяного образования в Урало-Поволжье. Сообщение 9. К истории возникновения и становления нефтяного образования в г. Стерлитамаке

Башкирский химический журнал (2006)

D. L. RAKHMANKULOV Б. У. Имашев Р. Ф. Ишбулатов Ф. Ш. Вильданов Р. М. Мазитов

The information is led about organization of educational establishments of oil type in the Bashkortostan Republic in 1932-1948, the special attention is spared to the history aspects of becoming and development of centers of oil education in Sterlitamak.

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Erratum to: Processing Refinery Gas Streams into Environmentally Friendly Motor Fuels on Next-Generation Catalysts

Chemistry and Technology of Fuels and Oils (2016)

R. R. Shiriyazdanov А. Р. Давлетшин Ф. Ш. Вильданов É. G. Telyashev М. Н. Рахимов

Environmentally Friendly

Refinery

Superacid

Butane

Nickel oxide

10.1007/s10553-016-0698-x

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Особенности каталитической олигомеризации компонентов нефтезаводских и природных газов с применением СВЧ-излучения

Нефтехимия (2015)

Р. Р. Даминев Р. Р. Чанышев Ф. Н. Латыпова Ф. Ш. Вильданов О. Х. Каримов

10.7868/s0028242115060039

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Диметиловый эфир альтернативный вид нефтегазохимического сырья и топлива

Башкирский химический журнал (2014)

Р. Р. Чанышев Ф. Ш. Вильданов Ф. Н. Латыпова А. В. Мамлиева Р. Р. Шириязданов

The basic perspective directions of using dimethylether (DME) are considered. Possibility of successful introduction the DME as independent and mix motor fuel for diesel engines is shown. Prospects of application the DME for synthesis easy olefins and separate kinds of gaz and petrochemical production are adduced. Advantages of transportation of dimethyl ether in condensed condition are described. Data on the basic methods of the DME synthesis from various kinds of traditional and alternative raw materials are resulted.

Dimethyl ether

Petrochemical

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Биоразлагаемые полимеры современное состояние и перспективы использования

Башкирский химический журнал (2012)

Ф. Ш. Вильданов Ф. Н. Латыпова П А Красуцкий Р. Р. Чанышев

The basic modern decisions in the sphere of time decrease of destruction the polymeric materials received with use of renewed raw materials are presented. Preconditions for the further development of production technologies of biodecomposed polymeric materials are stated. The data about the basic world manufacturers of biodecomposed polymers is done, the most widespread kinds of polymers on the basis of renewed raw materials and also biodecomposed additives for traditional polymeric materials are described. Tendencies and prospects of development of manufacture of biodecomposed polymeric materials abroad and in Russia are presented.

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Проблемы развития и возможности расширения сырьевой базы российской нефтехимической промышленности

Башкирский химический журнал (2012)

Ф. Ш. Вильданов Ф. Н. Латыпова Р. Р. Чанышев П А Красуцкий

Data on the basic problems of development of the Russian petrochemical enterprises are presented.Aspects of interaction of the domestic enterprisesof the Fuel Energetic Complexes in the conditions of market economy and the difficulties connected with it uninterrupted deliveries of raw materials for petrochemical and chemical industry, timely repairs and modernisation of the basic equipment, increase of ecological safety and power efficiency of existing manufactures, increase of competitiveness and expansion of assortment of domestic petrochemical production are resulted. Perspective directions of expansion of raw sources of the petrochemical industry with involving of oil-gas chemistry, coal and biomass processing are described.

Petrochemical

Chemical industry

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Oligomerization of Propane-Propylene Fraction of Oil Refinery Gases on Pillared Clay Based Superacidic Catalysts

Chemistry and Technology of Fuels and Oils (2015)

Yu. A. Khamzin R. R. Shiriyazdanov А. Р. Давлетшин Ф. Ш. Вильданов Е. А. Ипатова

Propane

Trimer

Refinery

Fraction (chemistry)

Refining (metallurgy)

Superacid

10.1007/s10553-015-0625-6

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Химия циклических ацеталей и их аналогов в работах научной школы Д. Л. Рахманкулова

Известия высших учебных заведений. Химия и химическая технология (2015)

Ф. Н. Латыпова Ф. Ш. Вильданов Р. Р. Чанышев S. S. ZLOTSKII

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Regeneration of Refinery Gas Treatment Superacid Catalysts by SCF Solvent Extraction

Chemistry and Technology of Fuels and Oils (2016)

Yu. A. Khamzin R. R. Shiriyazdanov А. Р. Давлетшин Ф. Ш. Вильданов Е. А. Ипатова

Refinery

Superacid

Supercritical Carbon Dioxide

10.1007/s10553-016-0661-x

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Современные методы получения биоэтанола

Башкирский химический журнал (2011)

Ф. Ш. Вильданов Ф. Н. Латыпова Р. Р. Чанышев S. V. NIKOLAEVA

Data on the basic tendencies in the field of industrial production of ethanol from renewed raw materials are presented. Some statistical data about bioethanol world production, fuel grade is adduced. The basic industrial methods of production of ethanol from food raw materials both cellulose containing waste of agriculture and wood processing and also prospects of development of application of bioethanol as chemical materials are described.

Industrial Production

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