Activated carbon is usually produced by heating different organic materials. These organic materials include coconut shell, nutshell, wood, bone, peat and charcoal. The porous structure is obtained by activating the material with a special process at high temperatures.

Activated carbon is used in many industries such as the water and air filtration industry, the chemical industry, the food industry, the pharmaceutical industry, the metallurgical industry, the petroleum industry, the environmental industry.

Activated carbon may vary depending on the conditions of the environment in which it is used and the level of pollution. However, it can provide long-term use if maintained regularly.

Activated carbon may vary depending on the conditions of the environment in which it is used and the level of pollution. However, it can provide long-term use if maintained regularly.

Activated carbon should not be stored in humid environments. The material should be stored in a dry and cool environment. In addition, it should be protected from direct sunlight.

The selection of activated carbon should be made depending on the environment to be used and the characteristics of the pollutants. Factors such as the material's adsorption capacity, size, granular or powder form, and resistance to pH levels are among the criteria to be considered in the selection process.

The activated carbon filter is usually cleaned by backwashing. This process is carried out by running the water in the opposite direction to remove the pollutants accumulated in the filter. However, if backwashing is done frequently, the filter life will also decrease.

The frequency of replacement of the activated carbon filter may vary depending on the conditions of use. However, filter replacement can usually be done once a year if maintained regularly. Depending on the pollutant density, more frequent filter changes may be required.

The environmental impact of activated carbon will be minimal if used correctly. However, waste activated carbon material needs to be disposed of properly. Waste activated carbon materials are generally not recyclable but must be disposed of in accordance with legal rules.

Activated carbon is a filtering agent that plays an important role in water, air and sludge treatment. This filtering agent is used for odor and taste removal, decolorization, removal of organic pollutants, removal of toxins and other undesirable substances in water and air treatment. It is also used in sludge water treatment to remove organic pollutants and heavy metals.

Activated carbon filtering process takes place thanks to the adsorption property of the material. While water or air passes through the activated carbon filter, the materials are adsorbed thanks to the porous structure in the filter and the cleaned air or water passes through the outlet.

Activated carbon filters may be more effective at filtering out some contaminants, but they are not a guaranteed method of filtering all types of contaminants. Therefore, it is important to make the right choice before filtering.

The dimensions of activated carbon filters may vary depending on the purpose of use and the size of the area to be filtered. Different sizes and shapes of filters are usually produced in standard sizes and special production can be made for special demands.

The costs of activated carbon filters may vary depending on the amount of material used, the size of the filtering area and the duration of use. Generally, higher costs are required in large-scale applications. However, considering the long-term benefits of activated carbon filters and operational efficiency, the return on investment will be high.

Activated carbon filters have some advantages over other types of filters. In particular, they are more effective in filtering organic pollutants and bad odors; It has advantages such as being able to be used for filtration of many different media such as water and air. It is also very easy to use and maintain.

Activated carbon filters should be preferred because they can be used in many different areas and offer an effective filtering process. They give successful results in filtering organic pollutants, bad odors, gases and many other pollutants. In addition, they are long-lasting if selected correctly and regularly maintained.

Activated carbon filters have many different uses. They are used in many fields such as water purification, air filtration, chemistry, industrial filtration, home and office ventilation systems, pool and spa filtration systems, pharmaceutical industry, food industry, beverage industry.

For the correct selection of activated carbon filters, factors such as the type of media to be filtered, the density of the pollutant, the duration of the filtration process and the size of the filtration area should be considered. In addition, factors such as usage conditions, filter quality and manufacturer should be taken into account in filter selection.