November 2019

Catalyst

Unlocking FCC potential with an innovative catalyst solution

In 2010, a JV embarked on the deployment of a MHY zeolite technologyb developed at the Massachusetts Institute of Technology. This novel zeolite technology improves traditional zeolite catalysts through the introduction of highly interconnected channels of medium pore size, which enhance diffusion of feed molecules inside zeolite crystals, leading to higher-value product yields, improved process efficiency and increased refinery profitability.

Tavares, T., W. R. Grace

In 2010, a JVa embarked on the deployment of a MHY zeolite technologyb developed at the Massachusetts Institute of Technology. This novel zeolite technology improves traditional zeolite catalysts through the introduction of highly interconnected channels of medium pore size, which enhance diffusion of feed molecules inside zeolite crystals, leading to higher-value product yields, improved process efficiency and increased refinery profitability. The JV co-developed and commercialized this groundbreaking new fluid catalytic cracking (FCC) catalystc in 2012. Introducing ordered mesoporosity The MHY-zeolite catalyst technology is a surfactant-templated, post-synthesis zeolite, meso-structuring

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