Nutshell Activated Carbon Has A Broad Application Range And Extended Prospects

Fruit shell activated carbon belongs to a variety of excellent performance among many activated carbons. Whether it is gas adsorption or liquid adsorption, as a safe, non-toxic and efficient adsorption material, the adsorption capacity of fruit shell activated carbon is better than most Activated carbon, so fruit shell activated carbon has a very wide range of application, and will continue to expand and extend.

Exhaust gas treatment: Fruit shell activated carbon has very good adsorption capacity when treating waste gas, and it is very simple to operate, only need to pass the waste gas through the shell activated carbon adsorption layer to achieve the expected adsorption effect, according to the different carbon layers can be divided into The fixed layer, mobile layer and flowing layer can be flexibly changed. In the local range of refrigerators, wardrobes, etc., gas convection and diffusion can be used to adsorb from the root source, and the effect is also very obvious.

Indoor purification: When the indoor air is polluted by external pollution sources, or when the indoor air is not circulating, it is usually accompanied by odor, smoke, organic sulfur and other ingredients, which more or less adversely affects human health, using fruit shell activated carbon Placed in such a space, it can effectively remove harmful gases and odors from the source, and remove impurities in the air, which plays a role in purifying indoor air.

Industrial desulfurization: In the industry, there are many production links that need to be desulfurized, such as synthetic ammonia, formaldehyde, coal gas and synthetic combustion processing and production process desulfurization, can also be fine desulfurization of city gas, water gas, natural gas, fruit shell activated carbon Can play a stable and effective removal effect.

Solvent recovery: Due to the relatively stable chemical properties of fruit shell activated carbon, it is not easy to find chemical reactions with other substances. It can be used for the recovery of organic solvents such as benzene, alcohols, and tetrachloromethane. The use of chemical substances or steam means to make useful substances Reaction precipitation accumulates, and then the shell shell activated carbon is used for adsorption and recovery to achieve the purpose of reuse. Nutshell activated carbon is less expensive and better than other chemical reaction materials.