MOLYBDENUM-CONTAINING CATALYST, METHOD OF ITS PRODUCTION AND METHOD TO PRODUCE METHYL MERCAPTAN Russian patent published in 2011 - IPC B01J23/28 B01J23/887 B01J27/57 C07C321/04 

Abstract RU 2436626 C2

FIELD: chemistry.

SUBSTANCE: invention relates to a catalyst and to a method to produce methyl mercaptan in its presence. A catalyst is described on a carrier, which contains a) compound of molybdenum and potassium as active components, besides, molybdenum and potassium may represent components of a single compound; b) a promotor including TeO2, and c) oxide carrier. The method to produce methyl mercaptan is described in catalytic process by reaction of carbon oxides, for instance, CO, CO2, or their mixtures, sulfur and/or hydrogen sulfide, and hydrogen, in which the reaction takes place in presence of the above described catalyst.

EFFECT: increased activity of catalyst.

12 cl, 1 tbl, 1 dwg, 9 ex

Similar patents RU2436626C2

Title Year Author Number
METHOD OF PRODUCING METHYLMERCAPTAN 2004
  • Jan Itsuan'
  • Van Tsi
  • Lin' Ren'Chun'
  • Chzhan Khonbin'
  • Juan' Jutszu
  • Fan Vehjpin
  • Chzhehn Tsuan'Sin
  • Daj Shen'Jun'
  • Jan' Singo
  • Chehn' Ajpin
  • Bart Jan-Olaf
  • Vekkbekker Kristof
  • Khutmakher Klaus
  • Redlingskhefer Khubert
  • Akkermann Zabine
RU2394023C2
CATALYST FOR OBTAINING METHYL MERCAPTAN 2008
  • Bart Jan-Olaf
  • Redlingskhefer Khubert
  • Vekkbekker Kristof
  • Khutmakher Klaus
  • Tsantkhoff Khorst-Verner
  • Majer Ral'F
RU2497588C2
METHOD OF PRODUCING COMPLEX LANTHANUM, MOLYBDENUM AND TELLURIUM OXIDE 2018
  • Sibirkin Aleksej Alekseevich
  • Fedotova Irina Gennadevna
  • Gavrin Stanislav Andreevich
  • Goryaev Vladislav Mikhajlovich
RU2683833C1
METHOD OF PRODUCING MULTICOMPONENT TELLURITE GLASS 2015
  • Churbanov Mikhail Fedorovich
  • Sibirkin Aleksej Alekseevich
  • Zamjatin Oleg Andreevich
  • Goreva Irina Gennadevna
  • Gavrin Stanislav Andreevich
RU2584474C1
METHOD OF PRODUCING COMPLEX PRASEODYMIUM OXIDE, MOLYBDENUM AND TELLURIUM PrMoTeO 2018
  • Sibirkin Aleksej Alekseevich
  • Goryaev Vladislav Mikhajlovich
  • Fedotova Irina Gennadevna
  • Gavrin Stanislav Andreevich
RU2687420C1
USE OF COMPLEX OXIDE OF PRASEODYMIUM, MOLYBDENUM AND TELLURIUM PrMoTeO 2018
  • Sibirkin Aleksej Alekseevich
  • Goryaev Vladislav Mikhajlovich
  • Fedotova Irina Gennadevna
  • Gavrin Stanislav Andreevich
RU2713841C1
USE OF COMPLEX LANTHANUM, MOLYBDENUM AND TELLURION OXIDE 2018
  • Sibirkin Aleksej Alekseevich
  • Fedotova Irina Gennadevna
  • Gavrin Stanislav Andreevich
  • Goryaev Vladislav Mikhajlovich
RU2684087C1
COMPLEX LANTHANUM, MOLYBDENUM AND TELLURIUM OXIDE 2018
  • Sibirkin Aleksej Alekseevich
  • Fedotova Irina Gennadevna
  • Gavrin Stanislav Andreevich
  • Goryaev Vladislav Mikhajlovich
RU2683834C1
COMPLEX OXIDE OF PRASEODYMIUM, MOLYBDENUM AND TELLURIUM PrMoTeO 2018
  • Sibirkin Aleksej Alekseevich
  • Fedotova Irina Gennadevna
  • Gavrin Stanislav Andreevich
  • Goryaev Vladislav Mikhajlovich
RU2690812C1
USE OF A COMPLEX OXIDE OF PRASEODYMIUM, MOLYBDENUM AND TELLURIUM PrMoTeO 2018
  • Sibirkin Aleksej Alekseevich
  • Fedotova Irina Gennadevna
  • Gavrin Stanislav Andreevich
  • Goryaev Vladislav Mikhajlovich
RU2686941C1

RU 2 436 626 C2

Authors

Jan Itsan'

Chehn' Ajpin

Van Tsi

Bart Jan-Olaf

Vekbekker Kristof

Khutmakher Klaus

Dates

2011-12-20Published

2007-05-25Filed