First, the C-H bond is hard to activate; second, the target product (e.g., methanol) is more easily further oxidized than methane, giving poor selectivity; third, low-concentration products are hard to detect, adding large data noise.
The micro-droplet interface enriches methane and strengthens charge separation, easing activation; interfacial confinement can suppress product over-oxidation and improve selectivity; and the device pairs with online detection to measure even low-concentration products clearly.
Do not only look at conversion; also look at target-product formation rate and selectivity, and verify with carbon balance to avoid being misled by detection artifacts.
Free consultation: Three mountains of methane photocatalysis crushing your data? Perfectlight's PLR-CTPR Micro-Droplet Methane Photoconversion Reactor eases your burden on activation, selectivity, and detection alike.
Tel: 400-1161-365 / 010-62128921 Perfectlight Official Website
Hard C-H activation, poor selectivity because the target product over-oxidizes faster than methane, and noisy detection of low-concentration products.
The interface enriches methane and boosts charge separation, interfacial confinement curbs over-oxidation, and online detection resolves low-concentration products.
Beyond conversion, track target-product rate and selectivity, and check carbon balance to avoid detection artifacts.
This article does not constitute a performance commitment; specific technical parameters are subject to the actual product documentation and mutual confirmation.
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