Tower reactor photocatalytic chlorination reaction

Tower reactor photocatalytic chlorination reactionTower reactor photocatalytic chlorination reactionThe Shanghai Xinweng series photocatalytic reactor is mainly used to study photochemical reactions under conditions such as gas-phase or liquid-phase media, fixed or flowing systems, ultraviolet light or simulated visible light, and whether the reaction vessel is loaded with TiO2 photocatalyst. It has the functions of providing samples for analyzing reaction products and free radicals, determining reaction kinetic constants, and measuring quantum yields, and is widely used in research fields such as chemical synthesis, environmental protection, and life sciences.

A photocatalytic reactor combines a high-power ultraviolet light source with a reaction vessel. The reactor is immersed in the light source and connected to an external low-temperature constant temperature device to accurately control the sample temperature. A photocatalytic reactor with a stirrer is ideal for multiphase reactors of liquids, gases, and solids. Can be used for fermentation waste liquid treatment, industrial wastewater treatment, and synthesis of products such as chlorination, sulfonation, sulfonation oxidation, or nitrosylation.

In order to adapt to the development of the field of photochemistry, Shanghai Xinweng has developed multiple photochemical high-pressure reaction vessels, which can realize photochemical catalysis, synthesis, degradation and other reactions under high pressure, and can achieve real-time online temperature control. Suitable for high-pressure photochemical reactions, carbon dioxide CO2 reduction, carbon dioxide CO2 reduction to methanol CH3OH, carbon dioxide CO2 reduction to methane CH4, reduction degradation of nitrogen oxides NOx, high-pressure photocatalytic degradation of formaldehyde, and other fields. Suitable for small sample reactions, it is a reaction device for testing expensive or low yield raw material samples. Safer design, able to work 24 hours a day without interruption.

Reactor type: tubular continuous reactor

Pressure rating: Hydraulic 0.2Mpa

Heat dissipation method: liquid cooling (pure water+filter fluid)

Light source type: mercury lamp/20KW

Light source control system: digital power supply

Water flow rate: 30-50L/min

Sealing method: O-ring