Coconut shell activated carbon is made of imported coconut shell carbonized materials through efficient activation and refinement. It has extremely strong adsorption performance and super strong physical and chemical indicators! The appearance of coconut shell activated carbon is amorphous broken carbon, non-toxic and tasteless, with large specific surface area, strong adsorption capacity and excellent adsorption ability. It has fast speed, low impurity content, and is widely used in high-purity gases, liquid phase adsorption, desulfurization, complete removal of formaldehyde and other toxic and harmful gases in homes, offices, hotels, public places, cars, and odor and detoxification. Completely remove formaldehyde and other toxic and harmful gases in homes, offices, hotels, public places, cars, and remove odors and detoxification.
Coconut shell activated carbon is a porous carbon-containing substance with a highly developed pore structure. An extremely excellent adsorbent, the adsorption area of each gram of coconut shell activated carbon is equivalent to eight tennis courts. Its adsorption is achieved through physical adsorption and chemical adsorption. In addition to carbon elements, its composition In addition, it also contains a small amount of hydrogen, nitrogen, oxygen and ash, and its structure is composed of carbon forming six rings. Due to the irregular arrangement of the six-ring carbon, coconut shell activated carbon has the characteristics of microporous volume and high surface area.
Coconut shell activated carbon can be made from many kinds of carbon-containing substances, including wood, sawdust, coal, coke, peat, lignin, fruit cores, hard fruit shells, sucrose syrup meal, bone , lignite, petroleum residues, etc. Among them, coal and coconut shell have become the most commonly used raw materials for manufacturing coconut shell activated carbon. The manufacture of coconut shell activated carbon is basically divided into two processes. The first process includes dehydration and carbonization. The raw materials are heated, dried at a temperature of 1 to 10°C, and the original organic matter is carbonized. The second process is to activate the char. This is accomplished by reacting with charcoal using an activator such as water vapor. In the endothermic reaction, a mixed gas composed of C and C is mainly produced, which is used to burn and heat the char to the appropriate temperature (to ℃ ) to burn out all decomposable substances, resulting in a developed microporous structure and a huge specific surface area, so it has strong adsorption capacity.
The pores of coconut shell activated carbon can be divided into three categories according to the size of the pores. Large hole: radius. Transition hole: radius. Micropore: Radius.
Coconut shell activated carbon made from different raw materials has pore sizes of different sizes. Coconut shell activated carbon made from coconut shells has the smallest pore radius. Wooden coconut shell activated carbons generally have the largest pore radii, they are used to adsorb larger molecules and are used almost exclusively in the liquid phase. The first type of granular coconut shell activated carbon used in urban water treatment was made from wood and was called charcoal. The pore size of coal-based coconut shell activated carbon is somewhere in between.
Among coal-based coconut shell activated carbons, lignite coconut shell activated carbon has more transition pores and a larger average pore size than anthracite coconut shell activated carbon, so it can effectively remove macromolecular organic matter in water. The surface area of coconut shell activated carbon generally used in water treatment is not necessarily too large, but it should have more transition pores and a larger average pore size. Some coconut shell activated carbons for liquid phase sold in the Japanese market have the following characteristics: specific surface area is to/, pore volume is . to./, and average pore radius is .
Introduction to the function of activated carbon:
Coconut shell activated carbon has a high-efficiency air purification function. Coconut shell activated carbon can create a comfortable and clean environment. Coconut shell activated carbon is more protective of human health. Activated carbon is an invisible air filter. Coconut shell activated carbon combines physical adsorption and chemical decomposition functions to decompose harmful gases such as formaldehyde, ammonia, benzene, cigarettes, oil fumes and various odors in the air, especially carcinogenic aromatic substances. Activated carbon has extremely strong The adsorption capacity of activated carbon is a commonly used adsorbent, catalyst or catalyst carrier. It is easy to fully contact with harmful gases in the air. Activated carbon uses its own pore adsorption to suck harmful gas molecules into the pores and blow out fresh and clean air. So family partners cannot do without coconut shell activated carbon.
Applications of coconut shell activated carbon
Coconut shell activated carbon is widely used in all aspects of industrial and agricultural production, such as alkali-free deodorization (refined demercaptan), ethylene desalted water (refined filler), catalyst carrier ( Palladium, platinum, rhodium, etc.), water purification and sewage treatment, power plant water quality treatment and protection in the electric power industry, chemical catalysts and carriers in the chemical industry, gas purification, solvent recovery and decolorization of oils, etc., beverages, alcohol, MSG in the refined food industry Refining of mother liquor and food, gold extraction in the decolorized gold industry, sewage treatment in the tail liquid recycling and environmental protection industry, treatment of waste gas and harmful gases, gas purification, and cigarette filters in related industries, moisture-proof wooden floors, odor absorption, automobile gasoline evaporation pollution Control, preparation of various impregnating agent liquids, etc.
According to the application fields, it is divided into the following varieties:
, coconut shell for water purification. The product specifications are complete. Coconut shell charcoal is the most effective charcoal type in drinking water purification, chlorine removal, algae removal, oxygen absorption, and catalytic carrier. The first step in water purification equipment such as water purifiers and filter fillers.
, gas purification/oil and gas deodorization/catalytic carrier. Amorphous broken particles, rich in micropores, large specific surface area, fast adsorption capacity and strong, used for adsorption and recovery of high-purity gases, household, solvent recovery (benzene, toluene, sulfur, carbon disulfide, butane, ketone, etc.). < />< />
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