Keynote Lecture Session: Oxide-Zeolite Bifunctional Catalysts for Selective Conversion of Syngas
Title: Zeolite Catalysts as Enabling Materials for Carbon Management
Dr. Ulrich Müller
Dr. S. Altwasser, Craig Cain-Borgman*, Dr. A. Gordillo, Dr. A. Parvulescu, Dr. L. Karwacki
BASF SE, Ludwigshafen, Germany and *BASF Corporation, Iselin, NJ, USA
Heterogeneous catalysts are used in more than 85% of commercial chemical processes. By 2021, the overall catalyst market is estimated to be 31 billion US$, where it is estimated that 1 $ invest in chemical catalyst value leverages more than 100 times the value in manufactured products. Within BASF heterogeneous catalysts are broadly used and catalyst performance is of utmost importance for the profitability and sustainability of the respective value-added chains. In addition, BASF is also selling chemical catalysts to the automotive, chemical and refining industries where CAGRs of the strategic relevant markets are predicted at 3-5.6% (2015-2020).

Innovation in the chemical industry is
predominantly driven by catalyst research and development since the discovery
and development of ammonia production in the Haber-Bosch process. Starting
around 1970 zeolites at BASF were investigated and introduced as industrial chemical
catalysts. The lecture will focus on manufacture, characterization and use of
zeolites for chemical conversions. Beyond chemicals manufacture, a broader
picture including carbon management and raw material change will be addressed. The
contribution of zeolites in variable bifunctional metal-oxide/zeolite kits will
be outlined. Recent contributions from BASF international academic network
INCOE and impact of analytical tools like TEM-tomography and low dose TEM are introduced.
Biography
Ulrich Müller, Senior Vice President - Executive Expert Zeolite Catalysis at BASF SE
PhD from Johannes Gutenberg-University, Mainz, Germany, with K.K. Unger
BASF Zeolite Research since 1989
Catalyst and Process Innovation on cfc replacement, amines, olefin purification, active ingredients, HPPO propylene oxide, DeNOx
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