Why is sterilization needed in circulating pool management?

People in the Central Plains are not good at it, they will breed moss and other microorganisms, and the metabolism of microorganisms will produce more biochemical sludge that is difficult to clean.

The fish in the desert always say this. For pipeline systems, subscale corrosion is one of the most destructive forms of corrosion. It is often called "battery corrosion" and is very representative. This form of corrosion is highly destructive and is a localized form of corrosion that causes deep pit corrosion on the metal surface while leaving very little corrosion in the surrounding areas. All corrosion factors are concentrated at certain points on the pipeline due to deposits on the pipeline surface, unbalanced electrical environment, or other initiating mechanisms. In some cases, pitting corrosion occurs throughout the entire metal surface, causing the metal surface to have irregular contours or be very rough. In other cases, pitting corrosion occurs in specific areas of the pipe, while most of the pipe's metal surface remains like new. Among them, galvanized pipes are the most vulnerable to this type of corrosion. 　　The occurrence of corrosion under scale is often accompanied by microbial destruction. Regardless of the underlying causes of internal pipe deposit formation conditions, the appearance of rust and scale deposits is indicative of many underlying problems of varying degrees. Once this corrosion phenomenon occurs, any pipeline system will inevitably suffer severe corrosion damage or even failure. Therefore, these deposits are effectively removed so that the chemical corrosion inhibitor can again play its role in reducing corrosion losses. This method is the most timely measure that should be taken in response to the corrosion phenomenon caused by scale. 　　In the production process of petrochemicals and thermoelectricity, cooler scaling is a common fault. Fouling can reduce the heat transfer efficiency of the equipment and reduce the production capacity of the equipment. ； Increase the resistance of medium flow and increase the energy consumption of conveying equipment. The scale layer can also cause corrosion under the scale of the equipment and shorten the service life of the equipment. ； In serious cases, it can cause equipment blockage, affect the smooth production of the device, and even lead to shutdown of production. At present, the scaling of coolers is mainly treated by periodic shutdown cleaning (chemical cleaning or high-pressure cleaning). This is an afterthought and cannot solve the inefficiency and corrosion problems caused by scaling during cooler operation. 　　The carried slime and other impurities are easy to deposit and form scale, causing corrosion under the scale. The greater the mass concentration of oxygen in the solution, the greater the mass concentration difference between the water and scale phases, and the greater the potential difference between the anode and the cathode. The easier it is for Fe to react with oxygen to cause corrosion. The thicker the scale layer, the easier it is for corrosion to occur under the scale and develop in depth until perforation. See if it is correct.

Two things. What you mentioned above is the danger of scaling. This phenomenon is common in heat exchangers. However, biocides mainly solve the problem of biological slime, because biological slime will adhere to the inner wall of the pipe and affect heat transfer.

Try it, if it becomes scaled, the consequences will be serious.

Without sterilization, what to do with so many microorganisms? Moss and messy sludge develop. . Not conducive to heat transfer in equipment

Don't be arrogant, please explain your reasoning. What exactly will go wrong?: Will it cause corrosion under scale or poor heat transfer effect? ； Or both?

The most obvious thing when there is too much algae is that the plate heat exchanger is seriously clogged, resulting in particularly poor heat transfer effect. We use Lvxin’s equipment for slow-release scale removal, sterilization and algae suppression.

Without sterilization, the slime in the circulating pool will grow exponentially, affecting the quality of the circulating water. Affects the service life of the water cooler