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Which type of activated carbon is suitable for industrial exhaust gas treatment?
Release time:
2021-02-07
There are many types of activated carbon, and different models and specifications of activated carbon are suited to different application fields. Industrially used activated carbon is commonly employed in industrial exhaust gas treatment, solvent recovery, and industrial wastewater treatment. Selecting the right type of carbon for various applications has long been a challenge for many users. So, how can this issue be addressed? Let’s find out together with us below.
There are many types of activated carbon, and different models and specifications of activated carbon are suited to different application fields. Industrially used activated carbon is commonly employed in industrial exhaust gas treatment, solvent recovery, and industrial wastewater treatment. Selecting the right type of carbon for specific applications has long been a challenge for many users. So how can this issue be addressed? Let’s find out together with us below.
In the application of activated carbon, no specific regulatory body mandates which type of activated carbon must be used in any particular field. Therefore, when selecting activated carbon, many customers rely on small-sample experiments to make their decisions. After all, only through experimentation can we directly observe the actual effects that activated carbon delivers during use. Small-sample experiments provide us with a clearer direction and purpose when purchasing activated carbon.
So, in industrial exhaust gas treatment, what kind of activated carbon should be chosen? In most industrial exhaust gas treatment applications, many customers opt for cylindrical activated carbon because it boasts a large specific surface area, high mechanical strength, significant value for recycling and reuse, and cost-effectiveness. A large specific surface area enables the activated carbon to come into more thorough contact with a greater number of molecules or atoms within the same time period; in practical terms, this results in faster filtration rates during the carbon's use. Moreover, the high mechanical strength of activated carbon reduces wear and tear during transportation, storage, and operation. Additionally, activated carbon with high mechanical strength is easier to regenerate after use.
Activated Carbon Waste Gas Treatment
Southern coating-grade environmentally friendly activated carbon features high iodine value, large specific surface area, high mechanical strength, and easy regeneration.
Southern-coated environmentally friendly activated carbon is widely used in the purification of toxic gases, exhaust gas treatment, purification of industrial and domestic water, and solvent recovery. Activated carbon finds applications in various aspects of industrial and agricultural production, such as alkali-free deodorization in the petrochemical industry, desalination of ethylene feedstock, catalyst carriers, water purification, and wastewater treatment; water quality treatment and protection in power plants within the electric power industry; chemical catalysts and carriers, gas purification, solvent recovery, and decolorization and refining of oils and fats in the chemical industry; refining and decolorization of beverages, alcoholic drinks, monosodium glutamate mother liquors, and food products in the food industry; gold extraction and tailings recovery in the gold mining industry; wastewater treatment, control of exhaust gases and harmful gases, and gas purification in the environmental protection industry; as well as in related industries such as cigarette filters, moisture-proofing and odor-absorbing treatments for wood flooring, control of gasoline evaporation emissions from automobiles, and preparation of various impregnation solutions. In the future, activated carbon will have excellent development prospects and a broad sales market.
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