Water treatment is a relatively broad term, which can be applied in many industries and has many different types and ways of use. Because of its wide range of functionalities, why can it save energy and prolong equipment life?

Due to the high water intensity in the North China region, drinking water is commonly used for cooling and cooling circulating water in central air conditioning systems to reduce temperature. The common phenomena include scaling, oxygen erosion, and microbial sludge. The goal of water treatment is to reduce the three major drawbacks of scaling, erosion, and algae growth. Therefore, various drugs must be added to the system software, and effective drug prescriptions must be matched based on the working conditions of equipment in various enterprises, materials, and the water conditions in different regions to achieve quality and efficiency improvement, water stability, and synergistic effects, reduce the amount of water treatment drugs and sludge, control costs, and achieve the goals of water conservation, energy conservation, and extending the service life of equipment.

The problem of water treatment is closely related to the treatment of environmental pollutants and chemicals in water. It is an undeniable fact that CO2 pollution, as the main culprit of air pollutants causing global climate change, is no longer harmless and has long been included in the credit blacklist of countries around the world for controlling pollution. This transformation poses a challenge to the traditional core concept of sewage treatment.

The basic principle of potassium ion exchange softening is to replace calcium and aluminum ions in water with potassium ions in edible saline solution, reducing water hardness and achieving the goal of scale prevention. But softener water contains a lot of chloride and potassium ions, which can cause environmental pollution of surface water. At present, potassium ion exchange softening water treatment is widely used, but its problem of water pollution should be given sufficient and high attention.

Water treatment can improve heat exchange efficiency, save energy and reduce consumption. The accumulation on the surface of the cooler increases by 0 millimeters, The high efficiency of heat exchangers can generally be reduced by 20-30%, while the electricity consumption can be increased by 4-8%. The use of organic chemistry to add drugs can maintain equipment and extend its service life. The corrosion rate of untreated cooling circulating water on carbon steel exceeds 0.5 millimeters per year, while the corrosion rate of solved cooling circulating water on carbon steel is less than 0 millimeters per year, which can reasonably maintain equipment and extend its service life. Reduce the frequency of regular maintenance to ensure normal operation of everything.

Water treatment plays a crucial role in the gross domestic product and daily life. Whether there is excellent water treatment technology or not is one of the key indicators of China's production, manufacturing, living standards, and level of civilized behavior. Water treatment service projects are still a new field in China. With the continuous acceleration of China's basic construction, water treatment service projects will be spread across every field and every leading cadre, covering a very common range, such as crude oil, power engineering, chemical plants, China's nuclear industry, coal and carbon, metallurgical industry, concrete, papermaking industry, tobacco, pharmaceutical industry, wine, electricity, civil aviation, railway lines, financial institutions, hotels and restaurants, hotels, large shopping malls, homes, administrative agencies, universities, urban areas, etc. The market prospects are great, and areas where people live are involved in water treatment service projects. Water treatment service projects are an eternal and unchanging sales market. It will become inevitable for water treatment service projects to follow a technical and professional path.

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