With gas, liquid, and solid phases coexisting, mass-transfer paths are long and interfaces complex, easily causing bubble shielding of light and uneven liquid mixing. The core of device design is to make the three phases contact efficiently and stably in the reaction zone.
The PLR-CTPR pushes the gas-liquid contact interface to the extreme with micro-droplets: methane is bubbled into the liquid to form droplets instantly; the solid catalyst is suspended or fixed within; light acts directly on the three-phase interface, solving contact non-uniformity at the source.
For pure gas-phase systems, use the PLR-GSPR Atmospheric-Pressure Gas-Solid Photocatalytic Reaction System; for liquid-solid systems, a sapphire reactor; for three-phase micro-droplets, the PLR-CTPR-choosing the right configuration by system is what matters most.
Free consultation: Always uneven mixing or poor illumination in gas-liquid-solid three-phase reactions? Perfectlight's PLR-CTPR Micro-Droplet Methane Photoconversion Reactor turns three-phase contact into a standardized micro-droplet component for steadier operation.
Tel: 400-1161-365 / 010-62128921 Perfectlight Official Website
Long mass-transfer paths and complex interfaces easily cause bubble light-shielding and uneven mixing; the design must ensure efficient, stable three-phase contact.
It uses micro-droplets to maximize the gas-liquid interface, suspends/fixes the catalyst inside, and illuminates the three-phase interface directly.
Use the PLR-GSPR for gas-phase, a sapphire reactor for liquid-solid, and the PLR-CTPR for three-phase micro-droplets, matching the device to the system.
This article does not constitute a performance commitment; specific technical parameters are subject to the actual product documentation and mutual confirmation.
}}]}
