Apricot shell activated carbon for paper millsUsing high-quality apricot shells as raw materials, the appearance is black amorphous granular, refined by advanced technology, with developed void structure, large specific area, strong adsorption capacity, high mechanical strength, low bed resistance, good chemical stability, easy regeneration, durability and other advantages.

　　Apricot shell activated carbonThe product has strong adsorption capacity and does not contain soluble organic or inorganic substances that are harmful to the human body. This product is widely used in water treatment projects such as group and household water purifiers, water dispensers, power plants, petrochemicals, etc. It has a better water treatment effect on factories, hotels, and other cities with severe drinking water pollution.

Apricot shells specifically designed for paper millsactivated carbonApplication scope:
Apricot shell activated carbon is widely used for deep purification of drinking water, industrial water, and wastewater; Separation, purification, and purification of various gases; Organic solvent recovery; Decolorization, deodorization, and refining of sugar, monosodium glutamate, pharmaceuticals, alcoholic beverages, and beverages; Extraction of precious metals; Catalysts and catalyst carriers in the chemical industry At present, China's photocatalytic technology is not so advanced, and there is no emergence of photocatalytic activated carbon,Activated CarbonIt is definitely better than ordinary activated carbon, but photocatalysts cannot be integrated into activated carbon. The particle size of photocatalysts can only exert their effect on formaldehyde after 10 nanometers. If integrated into activated carbon, the particle size will definitely be affected. Therefore, if chosen, photocatalysts are the most suitable and there is no need to waste money on buying photocatalyst activated carbon that is currently impossible to exist in China.
Precautions for Apricot Shell Activated Carbon:
1. During transportation, activated carbon should be prevented from mixing with hard substances and should not be stepped on to prevent carbon particles from breaking and affecting quality.
2. Storage should be carried out on porous adsorbents, so during transportation, storage, and use, it is necessary to absolutely prevent water immersion, as a large amount of water will fill the active voids after immersion, rendering them ineffective.
3. To prevent tar substances from entering the activated carbon bed during use, tar substances should be prohibited from blocking the pores of the activated carbon and causing it to lose its adsorption function. It is best to have defocusing equipment to purify the gas.
4. When storing or transporting fire-resistant activated carbon, direct contact with a fire source should be avoided to prevent ignition. During the regeneration of activated carbon, oxygen should be avoided and the regeneration should be thorough. After regeneration, it must be cooled with steam to below 80 ℃, otherwise the temperature will be high and the activated carbon will spontaneously ignite when exposed to oxygen