Product Description:

Activated carbon filter is a highly efficient water treatment equipment, primarily intended for removing organic matter, chlorine, odor, and other chemical pollutants from the water. It uses highly porous granular activated carbon as the filter medium for effective capturing of impurities in water through adsorption. It can also be combined with other water treatment technologies such as reverse osmosis and nanofiltration to provide a comprehensive water treatment solution that ensures water quality meets industrial and drinking standards.

The activated carbon filter uses adsorption technology to effectively remove residual chlorine, color, odor and other impurities from water. It employs working steps such as normal water production, backwash, and forward wash.

Activated carbon filter has several functions including removing organic pollutants, chlorine, odor and color from water. It improves the taste and odor of water and enhances water quality. Additionally, it can be combined with other water treatment technologies to enhance the overall water treatment effect. The product also provides real-time monitoring of water quality to ensure that water quality meets standards.

Features:

Technical Parameters:

When it comes to iodine adsorption value, it's important to consider the category. For wooden carbon, the value should be 600 or less. Coal carbon should have a value of 900 or less. Coconut shell carbon is ideal with a value of 950 or more. Apricot shell carbon should have a value of 800 or more. For peach shell carbon, the value should be between 700-800. Date shell carbon should have a value of 850 or more.

It's also crucial to take into account the bulk density, filtration rate, and particle size. The bulk density should be between 0.45-0.55mg/ml (but generally 0.5mg/ml). The filtration rate should be between 10-15m/h. The particle size should range from 1-2mm, 2-4mm, and so on.

When it comes to system design, there are a few important factors to keep in mind. For example, it's essential to consider the tank capacity design. Additionally, packing setting is crucial. Typically, the bottom layer should be paved with 20cm-30cm of quartz sand, and the upper layer should be paved with 80cm of activated carbon.

Applications:

Industrial processes often require the use of glucose, but the color of glucose can pose a problem for many applications. To address this issue, industrial glucose decolorization methods have been developed to ensure the purity and clarity of glucose in various industrial settings.

The chemical industry produces a significant amount of wastewater that contains organic solvents and other pollutants. To minimize the environmental impact of this wastewater, treatment processes have been developed to remove harmful substances and purify the water before it is released back into the environment.

Water is a crucial component in food and beverage production. Ensuring the hygiene and safety of the water used in these processes is essential to prevent contamination, remove unpleasant odors, and remove harmful substances that may affect the overall quality and safety of the final product.

Medical water is used in a variety of applications within the healthcare industry. The safety and hygiene of medical water is of utmost importance, and as such, various treatment processes have been developed to purify and ensure the quality of water used in medical settings.

The production of electronics requires the use of ultrapure water to ensure that there are no pollutants or contaminants present in the manufacturing process. Treatment processes have been developed to purify water and ensure that it meets the stringent purity standards required for electronic production processes.

Municipal water supply systems are responsible for providing safe and clean drinking water to residents. Treatment processes have been developed to improve the quality of urban water supplies and ensure that the water is safe and suitable for consumption.