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TiCat and Co.: Innovations for catalysis
Of the inorganic specialities produced at Sachtleben, titanium dioxide is particularly useful in catalysis. It is possible on the basis of the sulfate process to systematically produce high-purity rutile and anatase bases.The chemical properties of these bases can be individually adjusted within broad ranges. Among such properties are, in particular, defined water- and foreign-ion contents, including low concentrations of potentially disruptive anions.
In addition, the broad range of physical properties such as specific surface area, crystallite size, particle diameter, pore diameter and pore volume can also be modified via appropriate manipulation of the production process.
Applications
Titanium dioxide is used as a catalyst, as a photocatalyst, and as an inert ceramic base material for active components. These applications include waste-gas clean-up in power generating plants and motor-vehicles (DeNOx), for instance, and the production of organic products by means of selective oxidation processes.
Depending on the intended application, Sachtleben's titanium dioxide products are used in the form of powders for fluidized-bed reactors, or applied to prefabricated substrates in the form of a wash-coat. In addition, a range of mechanically and thermally stable binder-free titanium dioxide shapes are also available for fixed-bed catalysis.
Heterogeneous catalysis and TiCat shapes
Photocatalysis
Catalysis products
Contact
Dr. Markus Schulte
Tel.: +49-(0)20 66/22-26 35
Fax: +49-(0)20 66/22-36 35
E-Mail: ed.nebelthcas@etluhcs.m
Dr. Markus Schulte
Tel.: +49-(0)20 66/22-26 35
Fax: +49-(0)20 66/22-36 35
E-Mail: ed.nebelthcas@etluhcs.m