What question did this study set out to answer?

The aim is to develop innovative ZSM-5-based catalysts using 3D printing for the methanol dehydration process.

February 14, 2026Reaction Chemistry & Engineering0 citationsOpen Access

Innovative ZSM-5-based catalyst design via 3D printing for methanol dehydration to DME

VKVasiliki KoidiInternational Hellenic University SKSavvas KoltsakidisInternational Hellenic University SKS. KarakouliaCentre for Research and Technology Hellas

Key Points

The aim is to develop innovative ZSM-5-based catalysts using 3D printing for the methanol dehydration process.
Utilized 3D printing technology to fabricate ZSM-5 catalysts
Assessed catalytic activity in methanol-to-DME reaction
Evaluated resistance to coke formation and mechanical strength
Achieved high catalytic activity in the methanol-to-DME reaction
Demonstrated good resistance to coke formation
Showed high mechanical strength of fabricated catalysts

Abstract

3D printing was successfully employed to fabricate structured ZSM-5-based catalysts with high catalytic activity in the methanol-to-DME reaction, good resistance to coke formation and high mechanical strength.

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