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Maximum olefins additive

Fluid Catalytic Cracking (FCC) additive for maximum LPG olefins and gasoline octane enhancement BASF Catalysts proudly introduces the next generation of ZSM-5 based additives which flexibly and cost-effectively maximize LPG olefins and gasoline octane from the FCCU. ZSM-5 based additives convert linear or near-linear gasoline range olefins into LPG olefins in combination with increasing gasoline octane. MOA maximizes both of these objectives at low dry gas make and the lowest fines make. MOA is designed and manufactured to create a matrix structure that maximizes conversion at high performance retention and stability. Excellent attrition resistance is another benefit resulting from BASF Catalysts’ production expertise. Additional benefit can be achieved by matching MOA with BASF Catalysts’ Distributed Matrix Structure (DMS)-based FCC catalysts. The greater selectivity of our DMS-based FCC catalysts increases the gasoline range olefins make. This enhances the ability of MOA to produce even more LPG olefins and increase gasoline octane.

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Trust BASF’s commitment to technical services

BASF’s commitment to innovation is in tune with the everchanging market and needs of our customer base. Our product and service model allows our technical representatives to build close relationships at their customers’ sites to deliver timely, proactive solutions and services. This intimate ...


Co-catalysts: maximizing profitability through product flexibility

As Fluid Catalytic Cracking (FCC) product values change, the drive to maximize either gasoline or diesel from the FCC unit has resulted in dynamic market fluctuations. How does a refiner respond to these market variations to maximize the value of the products from the FCC unit? Co-Catalysts, a new product ...


FCC additive technologies

BASF offers a complete range of FCC additives to meet refiners’ environmental and performance requirements. In response to increasing concerns about the environment and the global drive for ever-tightening emissions regulations, BASF has developed, and continuously refines, an innovative portfolio ...


FCC catalysts

BASF Catalysts is a global industry leader in Fluid Catalytic Cracking (FCC) catalysts with an unparalleled commitment to the delivery of cuttingedge technology and service to the refining industry. As part of BASF - The Chemical Company, BASF catalysts is leveraging its leading development platforms, ...


Multi-stage reaction catalysts (MSRC)

BASF has introduced its latest FCC catalyst manufacturing innovation, the MSRC platform. This breakthrough manufacturing development takes advantage of staged reactions with different catalytic attributes much the same way that staged hydrotreating catalyst loading permits different reaction zones in ...


An innovative new technology platform for FCC distillate maximization

BASF has developed an innovative catalytic technology platform for maximizing distillate yields from a fluid catalytic cracking (FCC) unit. This unique platform, designated Prox-SMZ for Proximal Stable Matrix and Zeolite, combines attributes from both high zeolite and high matrix activity catalysts. ...


NaphthaMax III: flexibility and value in challenging economic times

Refiners the world over are focused on optimizing their operations and employing Fluid Catalytic Cracking (FCC) solutions that help maximize margins. Lower refinery utilization numbers due to current global pressures are challenging refiners’ earnings. Given these conditions and the pressures put ...


New resid FCC catalyst technology for maximum distillates yield

Recent years have brought a major shift in the world’s fuel demand for gasoline and distillate range (diesel) products. While gasoline consumption has shown only minor increases, the demand for distillates has been very strong; mainly driven by the transportation sector. The outlook for the years ...


CLEANOx FCC additive

CLEANOx® Environmental Fluid Catalytic Cracking (FCC) additive for reduced NOx emissions BASF proudly introduces the premier FCC additive for Nox emission reduction, CLEANOx, designed to meet the evertightening air quality limits on FCC regenerator off-gas emissions.

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Low sulfur additive

Low Sulfur Additive (LSA) targets gasoline volume expansion while reducing sulfur compounds in gasoline without octane loss. The reduction of sulfur in FCC gasoline is a requirement in low sulfur gasoline markets because 90 percent of gasoline sulfur is derived from FCC gasoline. The combination of feed ...