With more than 100 years of experience in recycling materials, BASF’s end-to-end recycling program is known and trusted around the globe.Find the latest news and media information for BASF’s Catalysts division, headquartered in Iselin, New Jersey, USA, the world’s leading supplier of environmental and process catalysts.
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Biorenewables
Browse our suite of world-class heterogeneous catalysts and adsorbents for chemicals based on biological feedstocks.
As the global leader in chemical catalysts, BASF develops cutting-edge catalyst chemistry with our customers’ needs in mind.
Exceptional catalyst technology begins with our customers. BASF has global catalyst R&D and technical service staff around the world to provide you with immediate, local attention. By working closely together to establish your needs and objectives, we provide the right catalysts to fit your process.
We use over a century of experience in the catalysts industry to deliver world-class expertise, precious metals supply, and full-loop management services, meaning we can also help you recover precious metals from spent catalysts. Our work ensures you always get the best possible efficiency, performance and value.
Sometimes you need an off-the-shelf solution, and sometimes the situation calls for a tailored proprietary catalyst – or a joint development program for something entirely unique. Our custom catalyst manufacturing services free you up to focus on running the business.
BASF is dedicated to working closely together to determine the right catalyst solution for your application. As leading catalyst manufacturers, we provide a series of solutions along the chemical value chain such as oxidation, intermediates production and specialty applications.
With our in-depth knowledge and expertise in chemical markets, catalysts and processes, you can expect optimal results and an invaluable partnership.
Areas of Chemical Catalysts
BASF develops catalysts in multiple sub-industries. Choose your industry to learn more about our offerings and expertise in that area.
Biorenewables
Browse our suite of world-class heterogeneous catalysts and adsorbents for chemicals based on biological feedstocks.
Syngas, produced from natural gas or coal, is a key intermediate in the emerging technologies for gas-to-liquids (GTL), methanol-to-olefins, coal-to-liquids and fuel cells.
Browse our products to view technical details and learn how they benefit your process.
NanoSelect™ Pt-200
BASF's Pt-200 is a carbon powder-based catalyst containing 0.8wt% of platinum and 0.3wt% of molybdenum as unimodal, highly dispersed, and reduced metal crystallites.
BASF’s Actimet catalysts are produced by dissolving the inactive components from mixed metal alloys, according to a process of the type developed by Raney.
BASF’s Actimet catalysts are produced by dissolving the inactive components from mixed metal alloys, according to a process of the type developed by Raney. The properties of the skeletal metal catalyst are determined by the choice of metals, the leaching and washing procedures as well as the presence of promoters.
BASF’s Actimet catalysts are produced by dissolving the inactive components from mixed metal alloys, according to a process of the type developed by Raney. The properties of the skeletal metal catalyst are determined by the choice of metals, the leaching and washing procedures as well as the presence of promoters.
BASF pre-reformer catalyst G1-80 is a high nickel oxide containing catalyst on a special carrier. The catalyst is suitable for adiabatic pre-reforming of hydrocarbons (C2, C3, C4, …, Cn) from e.g. natural gas up to naphtha (boiling point up to 200° C) at low steam/ carbon ratios.
BASF Catalyst G1-85 has been especially developed for the synthesis of methane, using coal gas derived from pressure gasification. BASF Catalyst G1-85 was tested in demoplants of semicommercial size, designed and erected by various engineering companies with excellent performance. It is commercially used for methanation in the only and exclusive operation Coal-to-SNG in the world.
Syngas generation based on the conventional steam reforming process requires considerable amounts of process steam. Producing this steam has a major impact on the plant’s energy bill. The industry is therefore looking for ways to reduce the steam-to-carbon (S/C) ratio of syngas generation. With conventional reforming catalysts, the reduction of steam can ultimately lead to or accelerate deactivation of the catalyst due to carbon accumulation and coke formation.
