MIXED SILICON AND TITANIUM OXIDE-CONTAINING DISPERSION FOR PRODUCING TITANIUM-CONTAINING ZEOLITES Russian patent published in 2011 - IPC C01B33/14 C01B39/08 B01J29/04 C07D301/12 

Abstract RU 2424978 C2

FIELD: chemistry.

SUBSTANCE: invention relates to chemistry. Disclosed is a dispersion which contains pyrogenic powder of mixed silicon and titanium oxide containing 75-99.99 wt % silicon dioxide and 0.01-25 wt % titanium dioxide, water and a basic quaternary ammonium compound, wherein the average combined particle diameter of the powdered mixed silicon and titanium oxide in the dispersion is not greater than 100 nm. A method of preparing the dispersion is also disclosed.

EFFECT: invention shortens the time for synthesis of titanium-containing zeolite.

8 cl, 5 ex

Similar patents RU2424978C2

Title Year Author Number
POWDER OF MIXED TITANIUM AND SILICON OXIDE, DISPERSION THEREOF AND TITANIUM-CONTAINING ZEOLITE BASED THEREON 2007
  • Shumakher Kaj
  • Merters Martin
  • Mangol'D Khel'Mut
  • Khazentsal' Shteffen
RU2415081C2
PRODUCTION OF POWDER-LIKE POROUS CRYSTALLINE SILICATES OF METALS USING FLAME SPRAY PYROLYSIS 2018
  • Schmidt Franz
  • Anton Johan
  • Pascaly Matthias
  • Heinroth Andrea
  • Wieland Stefan
  • Morell Heiko
  • Kress Peter
  • Hagemann Michael
RU2804511C2
METHOD FOR PRODUCING HIERARCHICAL IRON-COMPRISING SILICALITE WITH THE POSSIBILITY OF CONTROLLING THE RATIO OF MICROMESOPORES FOR THE PROCESS OF COMPLETE OXIDATION OF PHENOL WITH HYDROGEN PEROXIDE 2022
  • Chuzhaikin Ilia Dmitrievich
  • Fedosova Marina Evgenevna
  • Fedosov Aleksei Evgenevich
  • Orekhov Sergei Valerevich
  • Orekhov Dmitrii Valerevich
RU2803369C1
METHOD FOR PRODUCING POWDER-LIKE POROUS CRYSTALLINE METAL SILICATES USING FLAME SPRAY PYROLYSIS 2019
  • Schmidt Franz
  • Anton Johan
  • Pascaly Matthias
  • Heinroth Andrea
  • Wieland Stefan
  • Morell Haiko
  • Kress Peter
  • Hagemann Michael Gerhard
  • Li Zhen
  • Haberkorn Julian Dominic
  • Reinsdorf Arne
RU2800856C2
TITANIUM-CONTAINING ZEOLITE PRODUCTION METHOD 2001
  • Shteffen Khazentsal'
  • Klaus Khehjne
  • Diter Knajtel'
RU2256613C2
SURFACTANT-MODIFIED ZEOLITES AND METHODS OF THEIR OBTAINING 2011
  • Nemet Laslo
  • Ksu Feng
RU2506226C1
TITANIUM-CONTAINING ZEOLITE, METHOD OF ITS PRODUCTION (Versions), METHOD OF EPOXIDATION OF OLEFINS AND DIQUATERNARY AMMONIUM COMPOUND FOR PRODUCTION OF TITANIUM-CONTAINING ZEOLITE 1994
  • Robert Dzh.Sehkston
  • Dzhon G.Zadzhasek
  • Gaj L.Krokko
  • Kanti S.Vidzhesekera
RU2140819C1
ZEOLITE MATERIALS, AND MANUFACTURING METHODS USING ALCENYILTRIAMMONIUM COMPOUNDS 2013
  • Fajen Matias
  • Myuller Ulrikh
  • Parvulesku Andrej-Nikolae
  • Shaak Bernd Bastian
  • Arens Zebastian
  • Gerkhard Dirk
  • Zon Zungkhee
  • Iffland Gabriele
  • Zeelig Bianka
RU2622300C2
METHOD FOR PRODUCING TITANIUM-CONTAINING ZEOLITE 2017
  • Parvulesku, Andrej-Nikolae
  • Myuller, Ulrikh
  • Fogelzang, Regina
  • Bruns, Nikole Zabine
  • Vajdert, Jan-Oliver
RU2757001C2
COMPOSITION FOR PRODUCING REFRACTORY MATERIALS 2007
  • Fon-Rimon-Lipinski Tadeush
  • Tontrup Kristof
  • Lortts Vol'Fgang
  • Batts-Zon Kristof
RU2436751C2

RU 2 424 978 C2

Authors

Lortts Vol'Fgang

Shumakher Kaj

Dates

2011-07-27Published

2007-03-12Filed