Everyone knows that the adsorption efficiency of activated carbon is well-known, including odor removal, but adsorption is not endless. As a disposable raw material, it has a saturation state value.

After the activated carbon adsorption reaches saturation, its adsorption efficiency will also be significantly reduced. Activated carbon, as the first solution for alkaline ultra pure water equipment, is a crucial part of the filtration technique. Everyone must follow and carry out the adsorption test of activated carbon on time for a period of time, and be careful whether the adsorption capacity of activated carbon is within the normal operating range.

The adsorption of organic compounds by activated carbon in reverse osmosis pure water equipment may become the external environment of nutrient rich microbial strains. Many microbial strains and their harmful bacteria will envelop the external environment adhered by activated carbon, reducing the effective total area and greatly disrupting the operation of cleaning equipment and the quality of effluent. Everyone must carry out emergency response measures for high-pressure steam disinfection of activated carbon within a certain period of time, ensuring the adsorption capacity of activated carbon based on the breeding of microbial strains and beneficial bacteria.

To understand the early application of activated carbon in reverse osmosis pure water equipment, the challenges caused by environmental pollution in the safe passage of reverse osmosis membranes have led to a sharp increase in gas pressure during operation, an increase in gas pressure, and a reduction in water production steps.

The widely used cleaning methods are difficult to restore such damage conditions. Therefore, it is necessary to clean and tidy the activated carbon, and then filter it with ultrafine powder. Activated carbon is very effective, but attention should be paid to disinfection and sterilization when using it, and new activated carbon must be cleaned and tidy.

There is no doubt that the use of activated carbon in ultra pure water purification equipment should be carried out for sterilization and disinfection after a period of application, and new activated carbon equipment must also be added. The size of activated carbon particles varies. Generally, there are few powdered activated carbon particles with residue inside. Once activated, water carbon powder enters the reverse osmosis components, which can cause safety channels and blockages in the theme activity of the reverse osmosis membrane. Such damage cannot be applied. Equipment cleaning methods that have undergone repair and treatment are generally the cause. The expansion of actual operating pressure and the increase in gas pressure are likely to cause difficulties in reverse osmosis pure water equipment.

For activated carbon, the following are some application replacement strategies for reverse osmosis pure water equipment that I have summarized. You can refer to them when using them.

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