Compact And Effective PE Scale Inhibitor Chlorine Dioxide Dosing Unit For Small Size Water Treatment

Product Description:

The chemical dosing device is highly customizable to meet the specific needs of users. There are various options available to choose from including one container and one pump, two containers and two pumps, online monitoring, and automatic dosing.

When setting up the device, it is important to determine the operational needs of the system and set the desired automatic dosing cycle, dosing quantity, dosing time, and dosing frequency. Once the system is in operation, the metering pump will automatically open at the designated time to add chemicals and close when the dosing cycle is complete.

During the drainage cycle, the metering pump stops dosing, and after the designated time, it resumes operation to replenish the lost chemicals from drainage. The device is designed to continuously maintain the desired chemical concentration within the system to ensure optimal performance. Finally, the metering pump will close at the designated time to ensure precise dosing.

Features:

The equipment boasts a compact structure, measuring just a small size. Despite its small size, it operates with minimal noise and remains stable throughout operation.

Installation is a breeze, making use of an easy-to-operate design. It offers a hassle-free setup and ensures convenient operation throughout its use.

Technical Parameters:

The system-oriented design is an innovative approach that addresses the systematic deficiencies of traditional products that rely on single equipment or components. With this design, the product is equipped with a well-integrated system that offers superior performance and reliability.

Our product is designed to incorporate advanced dosing technology that optimizes the process and ensures efficient and precise dosage. This technology is the result of innovative design concepts that enable us to minimize the dosing error, reduce waste, and save resources.

Our product features a modular and integrated design that allows for easy capacity and functionality expansion. This design offers flexibility and adaptability which helps our product to grow with our customer's needs.

Our product is designed to be flexible and configurable to meet various water qualities and user requirements. We offer a range of configuration options to ensure our product will work optimally in different environments and support our customers' operations.

Our product offers a wide range of brands, materials, and grades of equipment and components. This enables users to select the most suitable equipment and components that suit their specific needs, and ensures that they get the best results while operating our product.

Our product offers multiple control modes that provide options for manual and automatic control. This ensures that users can choose the appropriate control mode to meet different control requirements. The product's flexibility in control modes makes it suitable for various applications and environments.

Applications:

The thermal power generation industry requires various water treatment systems, including boiler water treatment systems, circulating cooling systems, central air conditioning circulating water systems, raw water pretreatment, and wastewater treatment systems.

Similarly, the chemical industry also requires different water treatment systems such as boiler water treatment systems, circulating cooling systems, chemical additive dosing systems, and wastewater treatment disinfection systems. These systems are also applicable in medical, electronic, and various other industries.

Disinfection is vital for maintaining the quality of water supply. It is required for municipal water supply, swimming pools, water plants, sewage treatment, and domestic water in buildings.

Industrial circulating water and wastewater treatment also requires disinfection systems to maintain hygiene and prevent the spread of diseases.

Liquid dosing systems are also required in other related industries to ensure the proper mixing of chemicals and water in the right proportion.