CEL-OPTH-VI light-induced synthesis catalytic system (photo-thermal synergy), under the effect of light induction, to achieve the synthesis of new materials for catalysis and characterization of photo-thermal catalytic activity. The system consists of a high-temperature reaction furnace, quartz reaction tube, flange joint, light guide column, and control console, etc. The advantage of this system is that during the high-temperature heating process, the light generated by the optional xenon lamp light source above can be introduced into the quartz reaction tube and irradiated onto the reaction sample from outside to inside through the light guide column, realizing the photothermal catalytic synergy.

Material synthesis, high temperature heating with the addition of a light source to improve the yield of catalyst materials, change the morphological characteristics, crystal state, and improve various catalytic properties of the materials.

Material characterization to evaluate the activity of catalyst materials under synergistic photothermal conditions.

CEL-OPTH-VI photo-induced synthesis catalytic system (photo-thermal synergy), mainly applied to the synthesis and sintering of semiconductor materials, preparation of catalyst materials, evaluation of material activity, hydrogen production from photolytic water, oxygen production from photolytic water, carbon dioxide reduction, gas phase photocatalysis, photocatalytic degradation of formaldehyde gas, VOCs, NOx, SOx, nitrogen fixation, etc.

Features of CEL-OPTH photo-induced synthesis catalytic system.

High-temperature photothermal catalytic reaction system to realize photocatalytic reaction system in high-temperature process with temperature difference of less than ±1℃ in working area.

The possibility of allowing UV, visible and IR light sources to irradiate the surface of the catalyst material to achieve photothermal synergy.

The photothermal catalytic reactor is made of highly translucent quartz glass tubes with a special quartz sample stage inside.

It can realize functions such as atmosphere protection, vacuum extraction and multiple gas flow control.

The system adopts integrated structure design, which can adjust the sample position at any time to achieve rapid heating or rapid cooling.

Adopt modular design, light source, high temperature reaction furnace, high temperature quartz reactor, high vacuum, etc., can be adjusted according to the experiment.

Technical parameters of CEL-OPTH-VI photo-induced synthesis catalytic system