In order to cope with the problems of large industrial water consumption and uneven utilization of cooling water resources, the introduction of plume abatement and watersaving cooling tower has attracted widespread attention. This type of cooling tower uses intelligent sensors and control systems to maximize water conservation without reducing the cooling effect and reduce mist emissions during the cooling process. Especially in areas where water resources are scarce, intelligent plume abatement and watersaving cooling tower have become one of the low-carbon and efficient solutions.

Accurate monitoring and dynamic water saving

Intelligent plume abatement and watersaving cooling tower are equipped with advanced sensors and automatic control systems, which can dynamically adjust the wind speed, water flow and other parameters of the cooling tower according to real-time environmental changes. The cooling tower can automatically monitor water temperature, air temperature, and humidity, and adjust the cooling intensity according to production needs to achieve water-saving effects. For example, in low temperature and high humidity weather, the cooling tower can automatically reduce the operation of the fan, reduce the evaporation of water, and achieve more refined water resource management. This intelligent control not only improves the cooling efficiency, but also can be flexibly adjusted according to different seasons and environmental changes, greatly reducing unnecessary waste of water resources.

Environmentally friendly mist-eliminating devices reduce mist emissions

Mist-eliminating devices also play an important role in intelligent plume abatement and watersaving cooling tower. By condensing the cooled hot air, condensing the water vapor and recycling it for reuse, the white mist emission above the cooling tower is greatly reduced, which meets the requirements of environmental protection, especially reducing the white mist and greenhouse effect generated in industrial areas with sufficient water vapor. It is understood that some defogging cooling towers can also automatically start or shut down the defogging system according to the weather, eliminating the impact of white mist on the surrounding air humidity in cold weather and high humidity.

Performance of water-saving defogging cooling towers in water-scarce areas

Last year, a chemical park installed several intelligent water-saving defogging cooling towers in the arid and windy northwest region. In just half a year, the park saved a lot of water resources and effectively reduced the fog emission in the surrounding area. The relevant person in charge said that the intelligent water-saving defogging cooling tower helped the park reduce water consumption by more than 25%, and further optimized the operation of the cooling tower through the intelligent monitoring system, reducing the overall operating cost of the enterprise.

Against the background of the accelerated process of industrial greening, the water-saving defogging cooling tower has undoubtedly become the first choice for equipment that meets the needs of environmental protection and energy saving. Many company leaders said that they will further expand the use of such cooling towers to achieve the long-term environmental protection goals of water saving and emission reduction.