Secondary water tank pollution is becoming a threat to human health

The cause of secondary tank water supply is usually related to the design and operation of the piping system. In some buildings, in order to ensure stable water pressure and sufficient water supply, secondary water tanks are installed to store water. However, because the water is prone to breed bacteria, algae, sediment and other pollutants during the long-term residence, the water quality of the secondary water tank is easily affected. In addition, aging pipes, improper maintenance, and environmental factors can also cause contaminants to enter the secondary tank.

The current situation that the pollution of secondary water tanks cannot be effectively controlled is mainly due to the following reasons: first, people pay relatively little attention to secondary water tanks, and often ignore their water quality problems; second, traditional cleaning methods have limited effects, Pollutants cannot be completely removed; third, the lack of a comprehensive monitoring and management system makes it difficult to detect and solve pollution problems in a timely manner.

Secondary water tank pollution is a serious hazard to people's health. Polluted water sources may contain harmful substances such as bacteria, viruses, and heavy metals. Long-term drinking may lead to health problems such as gastrointestinal diseases, skin problems, and impaired immune system, and even serious diseases.

Traditional sanitizer cleanup methods often don't truly remove contamination and can lead to deeper hazards. Too much disinfectant may produce by-products, causing secondary pollution to water quality. At the same time, microorganisms such as bacteria may also develop resistance to certain disinfectants, making the cleaning effect poor.

Ozone has many advantages in secondary tank disinfection. Ozone is a strong oxidant, which can quickly kill microorganisms such as bacteria and viruses, and will not leave harmful substances in the water. In addition, ozone can also decompose organic pollutants and improve water quality. Due to its strong oxidizing properties, ozone is effective in removing odors, preventing corrosion, and has no persistent impact on the environment.

MINSTRONG's ozone decomposition catalyst plays an important role in ozone disinfection of secondary water tanks. This catalyst can efficiently decompose ozone into oxygen, thereby eliminating the problem of residual ozone and protecting the safe operation of equipment. In addition, it can also help reduce odor, prevent corrosion, protect the environment, and reduce the potential harm of ozone to the human body.

In conclusion, secondary water tank contamination is a serious problem that can be harmful to people's health. Traditional cleaning methods have limited effects, while ozone disinfection has many advantages while ensuring water quality. Reasonable application can better ensure the safety and health of the water supply system. MINSTRONG's ozone decomposition catalyst plays an active role in eliminating ozone pollution and realizes a clean and efficient disinfection process.