METHOD OF PRODUCTION OF ALUMINUM ISOPROPOXIDE Russian patent published in 2007 - IPC C07C31/32 C07C29/70 

Abstract RU 2313515 C1

FIELD: chemical industry; petrochemical industry; other industries; methods and the devices for removal of the sulfur from the streams of the fluid medium containing the hydrocarbons.

SUBSTANCE: the invention is pertaining to the upgraded method of production of aluminum isopropoxide by interaction of the metallic aluminum with isopropyl alcohol at heating in the presence of the catalyst with the subsequent separation of the target product, where in the capacity of the catalyst use the reaction mass of the synthesis of the aluminum isopropoxide of the following composition (in mass %): aluminum isopropoxide - 91.4-97.2; isopropyl alcohol - 2.6-8.0; metals isopropoxide -0.2-5.2 including: iron isopropoxide - 0.1-3.5; silicon isopropoxide - 0.08-08; titanium isopropoxide - 0.02-0.9, taken in amount of 1-20 mass % with respect to the initial aluminum. The synthesis of the aluminum isopropoxide is exercised at the temperature of 75-140°С and the atmospheric pressure. The invention may be used in chemical industry, petrochemical industry and other industries. The technical result of the invention consists in the increased production output of the aluminum isopropoxide, reduction of the price of its production and simplification of the method of its production, usage of the available and low-cost catalyst.

EFFECT: the invention ensures the increased production output of the aluminum isopropoxide, reduction of the price of its production and simplification of the method of its production, usage of the available and low-cost catalyst.

1 tbl, 11 ex

Similar patents RU2313515C1

Title Year Author Number
CATALYST FOR PROCESS SYNTHESIS OF ALUMINUM ALKOXIDE 2004
RU2294238C2
METHOD OF PREPARING ALUMINUM ALCOHOLATES 1997
  • Perelevskij E.V.
  • Finevich V.P.
  • Dupljakin V.K.
RU2124518C1
METHOD FOR ELECTROCHEMICAL SYNTHESIS OF ZIRCONIUM ALKOXIDES 2009
  • Kovsman Evgenij Pavlovich
  • Kudashov Aleksandr Anatol'Evich
  • Soldatov Boris Georgievich
  • Solov'Eva Ljudmila Il'Inichna
  • Batel'Man Vjacheslav Davydovich
RU2399608C1
METHOD FOR PRODUCING ALUMINIUM ISOPROPYLATE 2016
  • Zavorotchenko Rodion Aleksandrovich
RU2625447C1
ZEOLITE-CONTAINING CATALYST, METHOD OF PREPARING SAID CATALYST AND METHOD OF PREPARING ENGINE FUEL USING SAID CATALYST 2007
  • Vosmerikov Aleksandr Vladimirovich
  • Velichkina Ljudmila Mikhajlovna
  • Vagin Aleksej Ivanovich
  • Vosmerikova Ljudmila Nikolaevna
  • Jurkin Nikolaj Alekseevich
  • Li Igor' Afanas'Evich
  • Bulavko Svetlana Nikolaevna
  • Budjuk Natal'Ja Andreevna
RU2382814C2
METHOD OF PRODUCING HIGHLY PURE ALUMINIUM ALKOXIDES 2008
  • Drobotenko Viktor Vasil'Evich
  • Balabanov Stanislav Sergeevich
  • Storozheva Tat'Jana Igorevna
RU2395514C1
METHOD OF PHENOL SYNTHESIS 0
  • Sintaro Araki
  • Fudzikhisa Matsunaga
  • Khirosi Fukukhara
SU1839668A3
CATALYST AND METHOD OF ALKYLATING ETHANOL WITH ISOPROPANOL 2015
  • Chistyakov Andrej Valerevich
  • Zharova Polina Aleksandrovna
  • Nikolaev Sergej Aleksandrovich
  • Tsodikov Mark Veniaminovich
RU2594162C1
METHOD OF PRODUCING OLEFINS 2006
  • Bejli Krejg
  • Bolton Lesli Uill'Jam
  • Grejsi Bendzhamin Patrik
  • Li Majkl Kejt
  • Partington Stiven Roj
RU2419596C2
METHOD FOR PRODUCTION OF 2-ALKOXY ALKOXIDES OF ALKALINE-EARTH OR RARE-EARTH METALLS 1992
  • Grinberg E.E.
  • Ipatova I.E.
  • Gostevskij B.A.
  • Rakhlin V.I.
  • Rjabenko E.A.
  • Shmelev L.V.
RU2049769C1

RU 2 313 515 C1

Authors

Sablukova Irina Vladimirovna

Sycheva Ol'Ga Aleksandrovna

Rumjantseva Margarita Rejngol'Dovna

Zakhar'Ina Taisija Pavlovna

Nesterov Al'Bert Fedorovich

Androsov Igor' Alekseevich

Dates

2007-12-27Published

2006-03-06Filed