High iodine value coconut shell activated carbon products are mainly used for the purification, decolorization, dechlorination, and deodorization of drinking water, purified water, liquor production, beverages, and industrial wastewater; It can also be used for mercaptan removal in the refining industry.
① Activated carbon for mercaptan removal: used as a carrier for gasoline mercaptan (deodorization) catalysts in catalytic units of refineries.
② Vinylon catalyst activated carbon: used in the chemical industry as a catalyst carrier, such as as as a catalyst carrier for vinyl acetate.
③ Monosodium glutamate refined activated carbon: used for decolorization and refinement of mother liquor in the production process of monosodium glutamate, and can also be used for the removal of fine chemical products refined color.
④ Activated carbon specifically designed for cigarette filters: used in cigarette filters in the cigarette industry to remove toxic substances such as tar and nicotine from cigarettes harmful substances.
⑤ Citric acid specific activated carbon: used for decolorization, refining, and deodorization of various acids such as citric acid, amino acids, cysteine, etc.
⑥ Activated carbon for direct drinking water treatment: Activated carbon is used for household direct drinking water, water treatment in waterworks, and bottled aquatic products
Deep water purification for production.
Some points should be noted as follows:
1. Coconut shell activated carbon should not be mixed with hard substances during transportation, and should not be stepped on to prevent the carbon particles from breaking and affecting the quality.
Coconut shell activated carbon
2. Storage should be carried out on porous adsorbents, so during transportation, storage, and use, water immersion should be prevented as a large amount of water fills the active voids, 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's great to have defocusing equipment to purify the gas.
4. When storing or transporting coconut shell 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 regenerated. After regeneration, steam should be used to cool it to below 80 ℃. Otherwise, if the temperature is high and it encounters oxygen, the activated carbon will spontaneously ignite.
