REACTOR AND METHOD FOR HYDROGEN SULFIDE OBTAINING Russian patent published in 2017 - IPC C01B17/16 B01J8/02 B01J10/00 B01J19/24 

Abstract RU 2621100 C2

FIELD: chemistry.

SUBSTANCE: reactor (1) for the continuous production of hydrogen sulfide by carrying out the exothermic reaction of sulfur and hydrogen comprising a bottom part (2) for placing the melt (3) sulfur, one or more non-pressure retaining first trap (4), at least one device ( 5, 5a), a supply pressurized hydrogen gas for every first trap, one or more non-pressure retaining second trap (8) arranged above the first trap (s) (4), gas gathering portion (6) for accommodation the gas mixture comprising product at elevated at temperature and pressure. At least one of the second traps (8, 10) has a smaller heat than each of the first trap (4). In the melt (3) sulfur fed pressurized hydrogen which together with sulfur, which passed from the melt in a gaseous state, capture at least one non-retaining pressure of the first trap (4). Temporarily retain hydrogen and sulfur in the first trap (s) (4) to form a gas mixture containing hydrogen sulphide as the product of sulfur and hydrogen. A gaseous mixture containing product is collected and is at least temporarily maintained in one or more second traps (8). Provide for the conversion of remaining in a gaseous mixture of sulfur and hydrogen sulfide in the supplementary. A gaseous mixture containing product is collected in a gas collecting part. Reactor (1) is used to produce hydrogen sulphide with a sulfon content not exceeding 600 million-1.

EFFECT: invention provides a high degree of conversion and hydrogen purity.

15 cl 3 dwg

Similar patents RU2621100C2

Title Year Author Number
REACTOR AND METHOD FOR HYDROGEN SULFIDE OBTAINING 2013
  • Finkeldaj Kaspargenrikh
  • Cheun Chu Ki
  • Massen Ralf
  • Venner Shtefan
  • Kerfer Martin
RU2623766C2
REACTOR AND METHOD FOR HYDROGEN SULFIDE OBTAINING 2013
  • Finkeldaj Kaspar Genrikh
  • Cheun Chu Ki
  • Massen Ralf
  • Venner Shtefan
  • Kerfer Martin
RU2621106C2
REACTOR AND METHOD FOR HYDROGEN SULFIDE OBTAINING 2013
  • Finkeldaj Kaspar-Genrikh
  • Cheun Chu Ki
  • Massen Ralf
  • Van-Ester Gert
  • Venner Shtefan
  • Kerfer Martin
RU2621755C2
REACTOR AND METHOD OF USE 2009
  • Khubert Redlingskhefer
  • Jan-Olaf Bart
  • Kaspar-Genrikh Finkel'Daj
  • Khans Joakhim Khassel'Bakh
  • Shtefan Kretts
  • Kharal'D Khajntsel'
  • Kristof Vekbekker
RU2517510C2
METHOD OF PRODUCING HYDROGEN SULPHIDE 2007
  • Redlingskhefer Khubert
  • Shjuttse Karl-Gjunter
  • Vekbekker Kristof
  • Khutmakher Klaus
RU2424976C2
METHOD OF CONDUCTING CONTINUOUS PROCESS OF PRODUCING ACROLEIN, ACRYLIC ACID OR MIXTURE THEREOF FROM PROPANE IN STABLE OPERATING MODE 2006
  • Diterle Martin
  • Shindler Getts-Peter
  • Klanner Katarina
RU2429219C9
METHOD TO CONTROL OPERATION OF EXHAUST GAS CONVERTER PROVIDED WITH SULFUR TRAP AND NITROGEN OXIDES CATALYST- ACCUMULATOR 1999
  • Shtrelau Vol'Fgang
  • Gebel' Ul'Rikh
  • Loks Ehgbert
  • Mjuller Vil'Frid
  • Domesle Rajner
RU2213870C2
NANOCATALIZER AND METHOD FOR REMOVING SULFUR CONNECTIONS FROM HYDROCARBONS 2012
  • Mokhamadalizade Ali
  • Rashidi Alimorad
  • Taufajkhi Dzhafar
  • Mokhadzheri Ali
  • Rezapur Morteza
  • Dzhafaridzhozani Khejrollakh
  • Vakhidi Mekhdi
RU2624004C2
METHOD OF PRODUCING ACROLEIN, ACRYLIC ACID OR MIXTURE THEREOF FROM PROPANE 2006
  • Klanner Katarina
  • Diterle Martin
  • Shindler Getts-Peter
  • Cheng Tsung-Chi
  • Mjuller-Ehngel' Klaus Joakhim
RU2429218C2
METHOD OF OBTAINING ACROLEIN OR ACRYLIC ACID OR MIXTURE THEREOF FROM PROPANE 2005
  • Makhkhammer Otto
  • Shindler Getts-Peter
  • Adami Kristof
  • Khekhler Klaus
  • Diterle Martin
RU2391330C9

RU 2 621 100 C2

Authors

Finkeldaj Kaspar-Genrikh

Cheun Chu Ki

Massen Ralf

Venner Shtefan

Kerfer Martin

Dates

2017-05-31Published

2013-05-31Filed