Show metadata Hide metadata

(19)

(11)

2 532 924

(13)

(51)

IPC

B01J23/40(2006-01-01)

B01J23/42(2006-01-01)

B01J23/44(2006-01-01)

B01J23/46(2006-01-01)

B01J21/02(2006-01-01)

B01J21/06(2006-01-01)

B01J21/10(2006-01-01)

B01J23/10(2006-01-01)

C01B3/34(2006-01-01)

C01B3/38(2006-01-01)

(21) (22)

Application

2013131817/04, 2013-07-10

(24)

Start date

2013-07-10

(22)

Actual filing date

2013-07-10

(45)

Published

2014-11-20

(72)

Inventor

Dolinskij Sergej EhrikovichUsachev Nikolaj JakovlevichPleshakov Andrej Mikhajlovich

(73)

Holder

Obshchestvo S Ogranichennoj Otvetstvennost'Ju Tekhno"

CATALYST OF OXIDATION CONVERSION OF HYDROCARBON GASES WITH OBTAINING OF CARBON OXIDE AND HYDROGEN Russian patent published in 2014 - IPC B01J23/40 B01J23/42 B01J23/44 B01J23/46 B01J21/02 B01J21/06 B01J21/10 B01J23/10 C01B3/34 C01B3/38

Abstract RU 2532924 C1

FIELD: chemistry.

SUBSTANCE: invention relates to catalysts, applied for obtaining hydrogen or synthesis-gas for the chemical production in processes of partial oxidation, steam reforming and autothermal reforming of a hydrocarbon raw material. Namely, the invention relates to a catalyst of oxidation reforming of hydrocarbon gases with obtaining carbon and hydrogen oxide, which contains metals of a platinum group and oxide composition, and the said metals of the platinum group include Pt, Pd and Rh, and the oxide composition is obtained from a mixture of hydroxides Al, Si and Zr with particles of oxides Ni, Mg and/or Ce with the size of 5-30 nm, obtained by a method of spray-pyrolysis of a Ni, Mg and/or Ce salts solution.

EFFECT: obtaining the catalytic system with high dispersity of active components, stabilised on the surface of the carrier and having a low speed of coalescence of active particles.

3 cl, 3 tbl, 3 ex

Similar patents RU2532924C1

Title	Year	Author	Number
METHOD OF PREPARING OXIDE-POLYMETALLIC CATALYSTS BASED ON HEAT-RESISTANT ALLOYS FOR PARTIAL OXIDATION OF HYDROCARBONS INTO SYNTHESIS-GAS	2013	Dolinskij Sergej Ehrikovich Usachev Nikolaj Jakovlevich Pleshakov Andrej Mikhajlovich	RU2552639C1
CATALYST FOR PRODUCING HYDROGEN	2011	Piterse Jokhannis Alauisius Zakharias	RU2585610C2
CATALYST FOR CLEANING EXHAUST GASES AND METHOD FOR PRODUCTION THEREOF	2010	Nakagava Takamasa Nakamura Masanori Fudzimoto Misaki Kati Naoki	RU2478427C1
EXOTHERMIC PROCESS CATALYST SUPPORT AND CATALYST BASED ON SAID SUPPORT	2009	Mordkovich Vladimir Zal'Manovich Sineva Lilija Vadimovna Solomonik Igor' Grigor'Evich Ermolaev Vadim Sergeevich Mitberg Ehduard Borisovich	RU2414300C1
METHOD FOR MANUFACTURE OF CATALYST	2011	Kupland Dunkan Roj	RU2774626C2
METHOD FOR PRODUCING CATALYST AND AMMONIA OXIDATION CATALYST ITSELF	2020	Yastrebov Valerij Aleksandrovich Morozova Lyudmila Eduardovna Drachev Vadim Igorevich Eliseev-Fedorov Ilya Valerevich Kharlamov Andrej Mikhajlovich	RU2745741C1
CATALYST FOR VAPOR HYDROCARBON CONVERSION	2017	Ovsienko Olga Leonidovna Tselyutina Marina Ivanovna Tomin Viktor Petrovich	RU2650495C1
CATALYST (OPTIONS), METHOD FOR PREPARATION THEREOF (OPTIONS) AND SYNTHESIS GAS GENERATION METHOD (OPTION)	2003	Pavlova S.N. Tikhov S.F. Sadykov V.A. Snegurenko O.I. Ul'Janitskij V.Ju. Kuznetsova T.G. Zolotarskij I.A. Kuz'Min V.A. Vostrikov Z.Ju. Bobrova L.N. Kirillov V.A. Parmon V.N. Sobjanin V.A.	RU2248932C1
METHOD FOR SELECTIVE PREPARING ACETIC ACID BY CATALYTIC OXIDATION OF ETHANE AND/OR ETHYLENE AND CATALYST FOR REALIZATION OF METHOD	2001	Tsajss Zabine Dingerdissen Uve	RU2245322C2
CATALYST OF CONVERTING NATURAL OR ASSOCIATED GAS INTO SYNTHESIS GAS IN AUTOTHERMAL RIFORMING PROCESS AND METHOD OF ITS PRODUCTION	2016	Mikhajlov Sergej Aleksandrovich Dzhungurova Gilyana Evgenevna Mamonov Nikolaj Aleksandrovich Grigorev Dmitrij Aleksandrovich Mikhajlov Mikhail Nikolaevich	RU2638534C1

RU 2 532 924 C1

Authors

Dolinskij Sergej Ehrikovich

Usachev Nikolaj Jakovlevich

Pleshakov Andrej Mikhajlovich

Dates

2014-11-20—Published

2013-07-10—Filed