M-GC-300 hydrocarbon remover (zero order air generator)

The M-GC-300 hydrocarbon remover (zero order air generator) has been awarded a utility model * *, with the number ZL.X

In traditional technology, the hydrocarbon removal instrument consists of a heating unit, a drying adsorption unit, a pipeline system, and a chassis. Heating units are often equipped with temperature controllers for simple control, while other subsystems of the hydrocarbon removal instrument are not effectively monitored in real-time. With the increasing application of hydrocarbon removal instruments in online continuous monitoring equipment. The performance of the hydrocarbon remover seriously affects the reliability of the entire system.

The M-GC-300 new intelligent hydrocarbon removal instrument can solve the technical problems of inaccurate temperature control of the heating module, lack of real-time monitoring of subsystems outside the heating module, and single interaction with external devices in the existing technology; Implementing the technical solution of this utility model, installing a stabilizing device, pressure sensor, and pressure gauge to facilitate users in determining the status of the absorption unit; Using multiple communication methods to facilitate remote control by users; Set up a touch screen to display various parameters of the hydrocarbon removal instrument, making it easy for users to monitor the working status of the instrument in real time.

M-GC-300 hydrocarbon remover is a device for purifying air sources. The principle is to catalyze the cracking of total hydrocarbons in compressed air to produce zero order air with less than 0.05 ppm hydrocarbons (calculated as methane). The hydrocarbons are converted into carbon dioxide and water vapor in a heating catalyst containing platinum palladium support, and then pass through a device for removing carbon dioxide and water to obtain zero order air.

The M-GC-300 hydrocarbon remover adopts imported catalyst, which has better catalytic effect and lower hydrocarbon content in the treated air, meeting the requirements of gas chromatography for air use. The reactor structure is easy to disassemble and has a long lifespan. Built in imported dehydration membrane and particulate matter filtration device to ensure gas purification and reduce gas dew point. Equipped with a stainless steel recoil tank, it can push the pneumatic valve group inside the chromatography.