Tonglida PE Stainless Steel Automatic Chemical Dosing Device Equipment For Water Treatment Processes

Product Description:

The chemical dosing device is highly customizable to meet the unique requirements of users. It offers a range of options including a single container and pump, two containers and pumps, online monitoring, and automatic dosing.

To ensure smooth operation, the device is programmed based on the specific needs of the system. The automatic dosing cycle, dosing quantity, dosing time, and dosing frequency are all set according to the operational needs. During system operation, the metering pump opens automatically at the designated dosing time to add the appropriate chemicals and closes after completion.

During the drainage cycle, the metering pump stops dosing until the designated time when it resumes operation to replenish the lost chemicals from drainage. This ensures a consistent chemical concentration within the system. The metering pump then closes again at the designated time.

Features:

Technical Parameters:

This design approach aims to address the limitations of traditional products that rely on single equipment or components. Instead, it provides a holistic solution that takes into account the entire system to overcome inherent deficiencies.

Our innovative design concepts allow for the incorporation of advanced dosing technology. This optimized process ensures that the water quality meets the required standards while minimizing wastage.

The modular and integrated design of our products offers flexibility in terms of capacity and functionality expansion. This allows seamless integration with existing systems, reducing downtime and improving operational efficiency.

Our systems can be customized to cater to different water qualities and user requirements. With a wide range of configuration options available, you can choose the ideal solution that best suits your needs.

Our products offer a wide range of equipment and components to choose from, including various brands, materials, and grades. This ensures that you get the best possible solution that meets your specific needs and budget.

To meet different control requirements, we offer both manual and automatic control options. This gives you the flexibility to choose the ideal control method that fits your specific requirements.

Applications:

In the thermal power generation industry, it is essential to ensure the quality of water that comes into contact with boilers. Boiler water treatment systems are designed to remove impurities from feedwater, prevent scaling, and reduce the risk of corrosion. These systems utilize a variety of technologies and chemicals to ensure optimal boiler performance, efficiency, and safety.

Other important systems in the thermal power generation industry include circulating cooling systems and central air conditioning circulating water systems. These systems require specific water treatment technologies to prevent scaling, fouling and corrosion within the system. Proper treatment can improve the efficiency of heat transfer and reduce energy consumption.

In the chemical industry, the use of water treatment systems is important for the management of chemical additives. Chemical additive dosing systems are used to control the quality of process water while preventing contamination and bacteria growth. Wastewater treatment disinfection systems are used to treat effluent before it is discharged to meet discharge standards. These systems can also be used in other industries, including medical and electronic.

Disinfection is an important process in water treatment, ensuring water is safe for human consumption. Municipal water supply, swimming pools, water plants, sewage treatment, and domestic water in buildings are common applications where disinfection is necessary. Other applications include industrial circulating water and industrial wastewater treatment.

Liquid dosing systems are valuable tools in many other industries. These systems have applications in agriculture, food and beverage production, and chemical manufacturing. They are used to accurately dose chemicals into liquids, ensuring the proper concentration and mix. Proper dosing can improve product quality, reduce waste, and improve efficiency.