Product Description:

The activated carbon filter is an efficient water treatment equipment that is mainly used to eliminate organic matter, chlorine, odor, and other chemical pollutants from water. It uses highly porous granular activated carbon as the filter medium, which effectively captures impurities in water through adsorption. Furthermore, it can be combined with other water treatment technologies such as reverse osmosis and nanofiltration to offer a more comprehensive water treatment solution, ensuring that the water quality meets industrial and drinking standards.

The activated carbon filter works by using the adsorption of activated carbon to adsorb residual chlorine, color, odor, and other impurities in the water. The working steps of the filter include normal water production, backwash, and forward wash.

The activated carbon filter's primary function is to remove organic pollutants, chlorine, odor, and color from water, resulting in improved taste and odor of water, as well as better water quality. Additionally, the filter can be combined with other water treatment technologies to enhance the overall water treatment effect, and it can provide real-time monitoring of water quality to ensure that the water quality meets standards.

Features:

One of the main advantages of using an activated carbon water treatment system is its high decontamination efficiency. The large surface area of the activated carbon makes it highly effective in removing a variety of pollutants from water, leading to cleaner and safer drinking water.

Another benefit of activated carbon water treatment systems is their low energy consumption. This makes them an economical and environmentally friendly choice compared to other water treatment systems.

The flexibility of activated carbon water treatment systems is another key advantage. They can be customized to suit different water qualities and treatment requirements, and can be adapted to a variety of industrial application scenarios.

Last but not least, activated carbon water treatment systems have a long service life. High-quality activated carbon materials are used, ensuring a low frequency of equipment replacement and providing a cost-effective solution in the long run.

Technical Parameters:

The iodine adsorption value is an essential parameter in carbon filtration systems. The category of carbon is determined by its iodine adsorption value. Wooden, coal, coconut shell, apricot shell, peach shell, and date shell have different iodine adsorption values.

Aside from the iodine adsorption value, several other critical parameters must be considered when designing a carbon filtration system. This includes bulk density, filtration rate, and particle size.

• Bulk Density: The general bulk density range is 0.45-0.55mg/ml, but it typically falls around 0.5mg/ml.
• Filtration Rate: The recommended filtration rate is 10-15m/h.
• Particle Size: The particle size varies, but the most common ranges are 1-2mm and 2-4mm.

When designing a carbon filtration system, several system design factors need to be taken into account. One key process is the packing setting, where the bottom layer should be lined with 20cm-30cm of quartz sand. The upper layer should then be filled with 80cm of activated carbon.

Additionally, tank capacity design should also be considered to ensure that the system can effectively filter the water in question. Proper system design is crucial for creating an effective and efficient carbon filtration system.

Applications: