Case Study on Scale Prevention in Closed Cooling Towers [Magnetic Water Treatment Device Vol. 6]

We will introduce a case where it was confirmed that there was no scale adhesion and successfully saved on water costs!

On October 24, 2000, a polar type "PI-25CF" was installed on the spray pipe of the cooling tower using a partial bypass method, and automatic blow management was conducted without chemicals at the conventional electrical conductivity of 60 ms/m. On November 22, 2000, one month after using the polar system, a check was conducted for scale deposition at the heat exchange section of the cooling tower, and no scale was found, confirming the effectiveness of the polar system. At 3.5 months of using the polar system, an extreme experiment was conducted by further concentrating the electrical conductivity to 120 ms/m to save on water supply, and it was confirmed that there was no scale deposition, successfully achieving savings on water costs. [Issues and Measures] - The supply water (well water) had a pH of 6.7, electrical conductivity of 30 ms/m, silica of 56 mg/L, M-alkali of 76 mg/L, and calcium of 31 mg/L, making water quality management very challenging. - The model "PI-25CF" was installed, which includes a magnet strainer, the polar main unit, and a flow meter. *For more details, please refer to the PDF document or feel free to contact us.*

Housing structure technology/long-term superior housing technology