CEL-OPTH high temperature photothermal catalytic reaction system (photothermal coordination), under the effect of photothermal coordination, to achieve the synthesis of catalytic new materials and characterization of photothermal catalytic activity. System consists of high temperature reactor, quartz tube, flange joint, xenon lamp light source, light guide, sliding parts, such as platform, the advantages of the system is in the process of high temperature heating, xenon lamp light source the light can be through the guide light above the outside-in import samples of quartz tube and exposure to reaction, catalytic synergy of field is realized.

Material synthesis, high temperature heating (up to 1000℃) at the same time adding light source, improve the yield of catalyst material, change the morphology of the material characteristics, improve various catalytic properties of the material.

Characterization of materials and evaluation of the activity of catalyst materials under the condition of photothermal synergy.

CEL-OPTH high temperature photothermal catalytic reaction system (photothermal coordination) is mainly used in the synthesis and sintering of semiconductor materials, preparation of catalyst materials, activity evaluation of materials, photohydrolysis of water for hydrogen production, photohydrolysis of water for oxygen production, reduction of carbon dioxide, gas phase photocatalysis, photocatalytic degradation of formaldehyde gas, VOCs, NOx, SOx, nitrogen fixation and other fields.