Batch reactors are troublesome to reload and hard to run long-term continuously. Flow-phase design lets reactants enter and products exit continuously, suited to long-term stability studies and continuous process validation.
The PLR-HTSR2.0 Flow-Phase Photothermal Synergy Reactor combines flow feeding with a photothermal field, adding or removing the thermal field under continuous flow to study the true contribution of photothermal synergy to activity.
The flow thinking connects with the Rapid-Heating Multi-Field Fixed-Bed Reaction Device and microchannel devices, serving as a transition platform from lab to process for continuous photothermal catalysis, easing scale-up and data extrapolation.
Free consultation: Want to run continuous, long-term photothermal catalysis? Perfectlight's PLR-HTSR2.0 Flow-Phase Photothermal Synergy Reactor integrates flow with photothermal in one unit, making stable experiments easier.
Tel: 400-1161-365 / 010-62128921 Perfectlight Official Website
Batch reactors are hard to reload and run continuously; flow design enables continuous feed and product exit for long-term stability and process validation.
It combines flow feeding with a photothermal field, adding/removing heat under flow to reveal photothermal synergy contribution.
Flow rate sets residence time; measure temperature at the sample position; monitor coking and deactivation over long runs.
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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