Engineering of zeolite BEA crystal size and morphology via seed-directed steam assisted conversion

January 1, 2020RSC AdvancesOpen Access

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Key Points

The aim is to improve the catalytic activity and stability of zeolite BEA through engineered crystal size and morphology.
Engineered zeolite BEA using seed-directed steam-assisted conversion methods.
Assessed particle size and morphology to enhance mesoporosity and intercrystalline accessibility.
Evaluated catalytic performance in cumene synthesis from benzene and propylene.
Decreased particle size and increased mesoporosity significantly improved catalytic activity.
Enhanced access to acidic sites led to reduced deactivation over time.
Resulted in higher stability in cumene synthesis compared to traditional methods.

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Demonstrates improved catalytic activity in zeolite engineering, suggesting enhanced stability over time.

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Bok et al. (2020) studied this question.

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