High iodine value coconut shell activated carbon for drinking water purification treatment

NegotiableUpdate on 04/02

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Overview

High iodine value coconut shell activated carbon for drinking water purification treatment is made from imported high-quality coconut shell as raw material. The production process is refined and processed through high-temperature activation. The product has developed pore structure, high strength, low impurity content, appropriate particle size, low resistance, and easy regeneration. It has a good effect on water purification, not only can it remove odors and odors, but it can also improve the purity of water.

Product Details

Coconut shell activated carbonThe variety is very rich and can be applied to various aspects of life. Under normal circumstances, activated carbon for water purification is mainly used for sewage treatment, as well as for the purification of household drinking water and purified water. Monosodium glutamate refined activated carbon is suitable for the fine production of monosodium glutamate in the food production process, mainly used for decolorization and refining of mother liquor. In addition to the use of food grade activated carbon, coconut shell activated carbon can also be used in industrial extraction. Activated carbon specifically designed for gold extraction can be used as a catalyst in the process of gold mining and extraction. Activated carbon for mercaptan removal can be used in catalytic units of refineries as a carrier for gasoline mercaptan removal catalysts.

The Dingdong Water Treatment Filter Material Factory in Gongyi Citycoconut shellactivated charcoalIt also has the following advantages:

1. Large specific surface area and well-developed micropores,

2. High mechanical strength, fast adsorption speed,

3. High purification degree, not easy to remove powder,

4. Long service life.

Attention should be paid to the transportation and use of coconut shell activated carbon: during transportation, it should be prevented from mixing with hard substances and should not be stepped on to prevent the carbon particles from crushing and affecting the quality. During storage or transportation, prevent direct contact with sources of fire to prevent ignition. It should be stored in porous adsorbents, so it is absolutely necessary to prevent water immersion during transportation, storage, and use, as a large amount of water will fill the active voids after immersion, rendering them ineffective. During use, tar substances should be prohibited from entering the activated carbon bed to avoid blocking the pores of the activated carbon and causing it to lose its adsorption function. If conditions permit, a defocusing device can be equipped to purify the gas. Oxygen should be avoided during the regeneration of activated carbonAfter 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.