BASF introduces Altrium™ FCC catalyst to increase transportation fuel yields
BASF announced today the commercial launch of Altrium™, a new Fluid Catalytic Cracking (FCC) catalyst for mild to heavy resid feedstock. Altrium incorporates BASF’s newest Advanced Innovative Matrix (AIM) and the proven technology IZY (Improved Zeolite-Y). It has been optimized to increase transportation fuels yield (gasoline and distillate) while having a deeper coke selective bottoms conversion of resid feeds.
Altrium’s commercial trials have confirmed its ability to deliver better economic performance through coke selectivity, deeper resid bottoms conversion, and by improving the gasoline and distillate yields that help increase a refiners’ profitability.
BASF’s AIM technology consolidates several novel matrix technologies that are selectively incorporated into the catalyst design for a broad selection of performance targets and applications. AIM technology enhances the performance of the FCC catalysts through the creation of a unique meso pore architecture to improve access for heavy resid molecules and improves the metals tolerance of the catalyst. Linking the AIM technology together with IZY technology creates this unique catalyst which can help refiners improve margins and provide the operating flexibility needed to quickly react to market changes.
“BASF continues to drive innovation to help our customers be more successful and Altrium is a creative combination of technologies creating value for our customers,” says Detlef Ruff, Senior Vice President, Process Catalyst at BASF. “We are excited to see performance improvement with Altrium and the potential to make the refineries more profitable.”
“BASF continues to rapidly respond to our customers’ needs,” says Jim Chirumbole, Vice President, Refining Catalysts at BASF. “Customers told us they needed a coke selective bottoms upgrading catalyst improvement and this product is a step up to meet the needs of the resid market looking to maximize transportation fuels. We are delighted to deliver this new product to the market.”
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