Show metadata Hide metadata

(19)

(11)

2 552 984

(13)

(51)

IPC

B01J23/28(2006-01-01)

B01J23/18(2006-01-01)

B01J23/70(2006-01-01)

B01J23/26(2006-01-01)

B01J23/02(2006-01-01)

B01J23/10(2006-01-01)

B01J21/02(2006-01-01)

B01J27/14(2006-01-01)

B01J21/08(2006-01-01)

C07C11/08(2006-01-01)

C07C11/167(2006-01-01)

C07C5/333(2006-01-01)

(21) (22)

Application

2014101447/04, 2014-01-17

(24)

Start date

2014-01-17

(22)

Actual filing date

2014-01-17

(45)

Published

2015-06-10

(72)

Inventor

Sobolev Vladimir IvanovichZenkovets Galina AlekseevnaShutilov Aleksej AleksandrovichKoltunov Konstantin Jur'EvichNoskov Aleksandr StepanovichParakhin Oleg Afanas'EvichChernov Mikhail Pavlovich

(73)

Holder

Obshchestvo S Ogranichennoj Otvetstvennost'Ju KompanijaFederal'Noe Gosudarstvennoe Bjudzhetnoe Uchrezhdenie Nauki Institut Kataliza Im. G.K. Boreskova Sibirskogo Otdelenija Rossijskoj Akademii Nauk

CATALYST FOR PRODUCING BUTADIENE-1,3 AND METHOD OF PRODUCING BUTADIENE-1,3 USING SAID CATALYST Russian patent published in 2015 - IPC B01J23/28 B01J23/18 B01J23/70 B01J23/26 B01J23/02 B01J23/10 B01J21/02 B01J27/14 B01J21/08 C07C11/08 C07C11/167 C07C5/333

Abstract RU 2552984 C1

FIELD: chemistry.

SUBSTANCE: catalyst is characterised by the following content of components: 30-70 wt % (Mo_5-12Sb_>6.0-15Bi_0.2-3M¹ _0.1-10M² _0.05-0.5M³ _0.01-2O_n) and 70-30 wt % SiO₂, where M¹ is one or more elements selected from Co, Ni, Fe, Cr, Cu; M² is one or more elements selected from Na, K, Cs, Mg, Ce, La, M³ is an element selected from P, B, n is a number defined by the valence and number of elements other than oxygen. The invention also relates to a method of producing butadiene-1,3 using said catalyst.

EFFECT: catalyst enables to achieve high butadiene selectivity in oxidative dehydrogenation of n-butenes and provides high output of butadiene.

3 cl, 1 tbl, 7 ex

Similar patents RU2552984C1

Title	Year	Author	Number
METHOD OF PRODUCING 1,3-BUTADIENE	2012	Del Seppia Alessandro Assandri Fabio Ghirardo Elena Vella Carmelo	RU2610270C2
METHOD OF PRODUCING CATALYST AND METHOD OF PRODUCING ACRYLONITRILE	2017	Aiki, Shota Fukuzawa, Akiyoshi	RU2709012C1
CATALYST FOR OXIDATIVE OF DEHYDROGENATION OF BUTENE TO OBTAIN BUTADIENE AND METHOD FOR PRODUCTION THEREOF	2013	Miao Chanksi U Venkhaj Fan Chzhigyu Zen Titsyan Ma Chuntszin U Shen	RU2656104C2
CATALYST FOR AMMOXIDATION IN FLUIDISED CATALYST BED AND METHOD OF PRODUCING ACRYLONITRILE	2017	Fukuzawa, Akiyoshi Kaneta, Masatoshi	RU2702634C1
PROCESS FOR PREPARING 1,3-BUTADIENE AND CATALYST FOR PREPARATION THEREOF	1990	Bidzhan Kazaj[Ir] G.Ehdvin Vrajland[Us] Krajg B.Marchison[Us]	RU2032648C1
METHOD OF PRODUCING 1,3-BUTADIENE	2014		RU2612975C1
CATALYST FOR AMMOXIDATION REACTION IN FLUIDISED CATALYST BED AND METHOD OF PRODUCING ACRYLONITRILE	2017	Fukuzawa, Akiyoshi Kaneta, Masatoshi	RU2702111C1
METHOD OF PRODUCING AMMOXIDATION CATALYST AND A METHOD OF PRODUCING ACRYLONITRILE	2017	Aiki, Shota Fukuzawa, Akiyoshi	RU2729070C2
METHOD OF PRODUCING AMMOXIDATION CATALYST AND METHOD OF PRODUCING ACRYLONITRILE	2017	Aiki, Shota Fukuzawa, Akiyoshi	RU2708691C1
CATALYST, METHOD OF PREPARATION THEREOF, AND A METHOD FOR DEHYDROGENATION OF ALKYLAROMATIC COMPOUNDS	2006	Molchanov Viktor Viktorovich Pakhomov Nikolaj Aleksandrovich Bujanov Roman Alekseevich	RU2302293C1

RU 2 552 984 C1

Authors

Sobolev Vladimir Ivanovich

Zenkovets Galina Alekseevna

Shutilov Aleksej Aleksandrovich

Koltunov Konstantin Jur'Evich

Noskov Aleksandr Stepanovich

Parakhin Oleg Afanas'Evich

Chernov Mikhail Pavlovich

Dates

2015-06-10—Published

2014-01-17—Filed