FCC Catalysts

Fluid Catalytic Cracking (FCC) Catalysts for oil refineries is our significant target for petrochemical projects. We are connecting and working closely with both customers and manufacturers to add more value and profit to the oil refineries. Based on operational and technical details investigated directly from the customers’ oil refineries, our manufacturers will develop innovative catalyst technologies to customize and optimize the FCC catalyst satisfying customers’ objectives. 

 

Fluid Catalytic Cracking (FCC) Catalysts for oil refineries is our significant target for petrochemical projects. We are connecting and working closely with both customers and manufacturers to add more value and profit to the oil refineries. Based on operational and technical details investigated directly from the customers’ oil refineries, our manufacturers will develop innovative catalyst technologies to customize and optimize the FCC catalyst satisfying customers’ objectives. 

In our manufacturer’s point of view, we make effort to help refineries stay competitive and efficient in various ways, such as maximizing the yield of the most valuable products, selecting the optimal catalyst for the refinery crude slate, and continually advancing product innovation. Our highly specialized engineers and experts support customers with application and operations expertise, start-up and optimization assistance, and industry benchmarking.

                       

  • Maximum activity
  • High versatility
  • LCO maximisation
  • Propylene maximization
  • Gasoline sulfur reduction
  • High activity catalyst for low metal feed applications
  • High bottoms upgrading catalyst for low metal feed applications
  • High bottoms upgrading catalyst for resid feed applications
  • Low delta coke in high metals applications
  • Superior coke selectivity and bottoms cracking from a novel single particle
  • Ultimate formulation flexibility
  • Maximum bottoms conversion
  • Industry leading metals tolerance
  • Rare-earth free catalysts
  • Catalyst and additive injection systems
  • Optimisation for unconventional feeds