In the process of continuous development and expansion of industrial enterprises, we must attach great importance to all measures that can help enterprises improve manufacturing efficiency and create economic benefits.
As far as the operation of the vast majority of chemical industry is concerned, the vast majority of industrial water is industrial circulating water. However, if the problem of industrial circulating water cannot be properly handled, the equipment and pipelines are likely to suffer from scaling, corrosion and other problems. The occurrence of these problems has greatly reduced the service life of the equipment and brought a series of energy waste problems, resulting in unnecessary losses on the cost and subsequent maintenance of the enterprise.
Therefore, it is necessary to properly deal with the problem of water shortage in the industrial cycle in combination with the actual situation to ensure that the industrial circulating water system is under control.
In industrial cooling water system, scale inhibitor can chelate with industrial circulating water and adsorb on the surface. Therefore, reasonable selection and application of the scale inhibitor can give full play to functional characteristics of the water treatment agent.
In other words, in the process of industrial circulating water treatment, the treatment efficiency directly depends on the reagent performance. As for the treatment of industrial circulating water by industrial enterprises at the present stage, the selected agents may have scale inhibition, sterilization, flocculation or dispersion, or may have any two or more of them at the same time. The more effective the agents, the more obvious the scale inhibition effect will be.
Therefore, Industrial water treatment agent can use a variety of scale inhibitors at the same time and mix them in an appropriate proportion. Its use effect is significantly higher than that of a single agent, and it will be more effective and reliable in the treatment of industrial circulating water.