Adsorbent for pressure swing adsorption

This type of activated carbon isn’t used very often; it’s not something you see very frequently! ! !

It is a black, powdery, granular, or pellet-shaped amorphous porous carbon; its main component is carbon, with small amounts of oxygen, hydrogen, sulfur, nitrogen, and chlorine also present. It also has a fine structure similar to that of graphite, only with smaller grains and irregular stacking between the layers. It has a large surface area (500–1000 m2/g) and strong adsorption properties, enabling it to adsorb gases, liquids, or colloidal solids on its surface ； For gases and liquids, the mass of the adsorbent can be close to the mass of the activated carbon itself. Its adsorption is selective; non-polar substances are more easily adsorbed than polar substances. Within the same series of substances, those with higher boiling points are more easily adsorbed; the greater the pressure, the lower the temperature, and the greater the concentration, the greater the amount of adsorption. Conversely, reduced pressure and increased temperature facilitate gas desorption. It is commonly used for the adsorption, separation, and purification of gases, the recovery of solvents, as a decolorizing agent for sugar solutions, oils, glycerin, and drugs, as a deodorizer for drinking water and refrigerators, as a filter element in gas masks, and it can also be used as a catalyst or as a carrier for metal salt catalysts. In the early days, the raw materials used for producing activated carbon were wood, nut shells, or animal bones; later on, coal became the main material. Activated carbon is obtained through carbonization and activation processes. The production methods include: ① Steam and gas activation method. Carbon is activated using water vapor or carbon dioxide at 850–900°C. ②Chemical activation method. Activated carbon can be obtained either by using the gas released by the activator or by impregnating the raw material with the activator, followed by high-temperature treatment. Applications of activated carbon: Based on its adsorption properties, activated carbon is primarily used to remove pollutants from water, for decolorization, and to filter and purify liquids and gases. It is also employed in air purification, in the recovery of waste gases (such as the recovery of benzene in the chemical industry), And in the recovery and refining of precious metals (for example, the absorption of gold). With the advancement of science, the applications of activated carbon are becoming increasingly widespread. As attention is paid more and more to the ecological environment, activated carbon is playing an ever more important role as well. The application of activated carbon is a highly complex field of study; it represents one of the weakest areas in China’s technical capabilities at present. For end-users, knowledge related to applications is of utmost importance. Over the years, Meibao Company has been committed to research in this area and has accumulated considerable expertise in applications. We believe that through our efforts, we can help customers select the most suitable activated carbon for their needs

Is this activated carbon of a standard grade? Maybe it’s some company’s own numbering system? If you tell me the specific use, it might help you.

Each manufacturer uses its own unique numbering system. You need to list the technical specifications of that molecular sieve; then, carbon molecular sieves with similar properties can be found from many manufacturers.

Activated carbon AX-21 has a specific surface area of 3000; it is produced in the United States. I want to use it for research – do you know which company sells it?

No one came,:L :L :L :L