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This section is available in the following languages: English
BASF leads the way in helping businesses and institutions across industries meet and exceed stringent moisture control standards with a variety of superior and unique alumina, desiccant and adsorbent technologies that underscore BASF’s reputation for delivering ingenious answers to tough business challenges.
BASF has supplied the natural gas processing industry for decades with the unique Sorbead® aluminosilicate gel adsorbent for the simultaneous removal of water and hydrocarbons.
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Activated alumina and tabular alumina spherical bed supports for refining and petrochemical applications
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BASF offers broad portfolio of intermediates for catalysts and functional materials manufacturing.
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Catalysts for the removal of oxygen from different streams (nitrogen, noble gases, off-gases) or the removal of hydrogen from streams used in the production of Urea.
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High performance activated alumina for regeneration of working solution in Hydrogen Peroxide plants.
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Organic and inorganic industrial gases can be found in various areas including refining, food processing, semiconductors, water treatment, medical, and others. BASF provides superior adsorbents for the purification of industrial gases.
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BASF offers since more than 30 years a broad portfolio for treating streams used in polyethylene, polypropylene or cumene units. The portfolio also covers units recovering olefins like ethylene or propylene recovery units or generating olefins like dehydrogenation units or steamcrackers.
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BASF has a full portfolio of products to supply the complete SRU package. BASF titania and alumina catalysts are installed in some of the largest Claus units in the world.
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Fluid Catalytic Cracking (FCC) catalyst and additive offerings together with our expert technical services build the right solution to create value within any unit’s constraints.
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Dedux 12792 is used for the removal of hydrogen by reaction with oxygen (De-oxo reaction). Dedux 12792 is a catalyst in the form of spheres with a nominal diameter of 4 – 8 mm and with Palladium as active component. The high surface area carrier allows for high activity. At the same time, the material shows low pressure drop due to its large size.
BASF maintains a wide range of materials handling and processing equipment to meet both our own manufacturing requirements and the needs of a diverse group of toll processing customers.
BASF Durasorb is a family of products developed in combination with proprietary system design software to complement each other for the purification of Natural Gas streams. Based on the long and successful history of BASF Sorbead® for hydrocarbon and water dew point control, BASF Durasorb products are designed to work together to provide optimum solutions for the most difficult gas processing conditions, including retrofit of existing units.
BASF Durasorb™ HG is a high performance, non-regenerable mercury removal adsorbent, produced as a mixed metal oxide containing a dispersed and promoted copper sulfide phase on a highly porous alumina carrier.
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Language: english
Categories: Adsorbents
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BASF KC-Trockenperlen® Orange CHAMELEON® is an indicating silica gel for moisture control, used where processes and products need to be protected from the negative effects of humidity and moisture.
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Contacts: Dr. Margaret Greene
Categories: Adsorbents
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BASF DurasorbTM is a family of products developed in combination with proprietary system design software to complement each other for the purification of Natural Gas streams. Based on the long and successful history of BASF Sorbead® for hydrocarbon and water dew point control, BASF DurasorbTM products are designed to work together to provide optimum solutions for the most difficult gas processing conditions, including retrofit of existing units.
PuriStar® R3-15 and R3-16 are used for the conversion of CO and H2, which can be present in trace amounts in ethylene. For application details, please refer to the respective datasheets.
The handling of spent PuriStar R3-12 and Selexsorb AS requires special care. The following indications describe typical methods for unloading these materials.