SOLID CATALYST FOR DECOMPOSITION OF HIGHLY CONCENTRATED HYDROGEN PEROXIDE AND METHOD FOR PRODUCTION THEREOF Russian patent published in 2016 - IPC B01J23/04 B01J23/02 B01J37/08 B01J37/03 B01J37/12 

Abstract RU 2600331 C1

FIELD: chemistry.

SUBSTANCE: invention relates to production of solid catalysts for decomposition of highly concentrated hydrogen peroxide, which can be used in aerospace engineering, spacecraft orientation systems, mid-flight liquid jet engines to take a heavier payload to orbit and for development of life support systems for interplanetary manned craft. Disclosed is a solid catalyst for decomposition of highly concentrated hydrogen peroxide, which is a mixture consisting of grains of porous support produced by sintering a charge, consisting of carbonyl iron powder, sodium nitrate and soda ash, grinding obtained sinter and its subsequent oxidation with air oxygen at 490-525 °C for 5.5-6 hours, and grains of same porous support with active substances deposited thereon, wherein active substances used are potassium permanganate and soda ash in form of an aqueous solution, wherein deposition is carried out at temperature of 270-300 °C for 7-10 hours, and before use, obtained catalyst is stabilised with hydrogen peroxide with concentration of 75 % for 450 s at pressure 10 atm.

EFFECT: technical result is development of cheap highly efficient solid catalyst for decomposition of highly concentrated reusable hydrogen peroxide without use of precious metals with long-term stable characteristics and long service life.

1 cl, 5 dwg, 3 ex

Similar patents RU2600331C1

Title Year Author Number
SOLID CATALYST FOR DECOMPOSITION OF HIGHLY CONCENTRATED HYDROGEN PEROXIDE AND METHOD FOR PRODUCTION THEREOF 2021
  • Kosykh Vitalij Andreevich
  • Gusejnov Shirin Latif Ogly
  • Svetozarova Olga Nikolaevna
RU2773399C1
METHOD OF STABILIZING OXIDANTS ON THE BASE OF HIGHLY CONCENTRATED HYDROGEN PEROXIDE 1984
  • Gus'Kov V.A.
  • Murina A.F.
  • Jakusheva I.P.
  • Amel'Kovich S.P.
  • Indyk V.V.
RU2049722C1
METHOD FOR PRODUCING N- (PHOSPHONOMETHYL) - GLYCINE 2016
  • Yushchenko Dmitrij Yurevich
  • Paj Zinaida Petrovna
  • Khlebnikova Tatyana Borisovna
  • Bukhtiyarov Valerij Ivanovich
  • Moroz Boris Lvovich
  • Pyryaev Pavel Andreevich
RU2641897C2
METHOD OF PREPARING CATALYST AND METHOD OF OBTAINING HYDROGEN PEROXIDE 2013
  • Potemkin Dmitrij Igorevich
  • Snytnikov Pavel Valer'Evich
  • Shubin Jurij Viktorovich
  • Pljusnin Pavel Evgen'Evich
  • Lapkin Aleksej Aleksandrovich
RU2526460C1
METHOD OF STABILIZING OXIDANTS ON THE BASE OF HIGHLY CONCENTRATED HYDROGEN PEROXIDE 1987
  • Gus'Kov V.A.
  • Jakusheva I.P.
  • Murina A.F.
  • Zharikova Eh.P.
  • Dmitriev S.S.
  • Amel'Kovich S.P.
  • Rachkovskaja E.V.
  • Andreeva N.I.
  • Ionova L.N.
RU2049721C1
METHOD OF STABILIZING OXIDANTS ON THE BASE OF HIGHLY CONCENTRATED HYDROGEN PEROXIDE 1986
  • Gus'Kov V.A.
  • Jakusheva I.P.
  • Murina A.F.
  • Zharikova Eh.P.
  • Amel'Kovich S.P.
  • Khrabrykh E.I.
  • Andreeva N.I.
  • Rachkovskaja E.V.
RU2049720C1
METHOD OF OXIDIZING ORGANIC COMPOUNDS IN PRESENCE OF HYDROGEN PEROXIDE (VARIATIONS) 2005
  • Kuznetsova Ekaterina Vasil'Evna
  • Vostrikova Lidija Alekseevna
  • Makhotkina Ol'Ga Andreevna
  • Kozlov Denis Vladimirovich
RU2301790C1
HYPERGOLIC PROPELLANT 2016
  • Kosykh Vitalij Andreevich
  • Gusejnov Shirin Latif Ogly
RU2638989C1
METHOD OF PRODUCING 4-TERT-BUTYL-PYROCATECHOL AND CATALYST FOR ITS PRODUCTION 2015
  • Talipova Regina Rimovna
  • Kharrasov Ruslan Uralovich
  • Agliullin Marat Radikovich
  • Kutepov Boris Ivanovich
RU2634728C2
OLEFIN EPOXIDATION PROCESS 1996
  • Dzhon S. Dzhubin Ml.
  • Gaj L. Krokko
  • Dzhon G. Zajachek
RU2162466C2

RU 2 600 331 C1

Authors

Kosykh Vitalij Andreevich

Gusejnov Shirin Latif Ogly

Svetozarova Olga Nikolaevna

Dates

2016-10-20Published

2015-05-22Filed