A high-throughput reactor array applied to the parameter exploration of copper-exchanged zeolites for dilute methane oxidation
Key Points
The research aims to explore and optimize copper-exchanged zeolites for enhancing methane oxidation processes.
Developed a high-throughput reactor design
Validated the reactor for catalytic applications
Applied the reactor for materials screening in dilute methane oxidation
Identified effective copper-exchanged zeolites for methane oxidation
Demonstrated the reactor's potential for high-throughput screening of catalytic materials
Abstract
A high-throughput reactor was designed, validated, and applied to the problem of materials screening and characterization in dilute methane oxidation catalysis.