Product Description:

Features:

Automated design can minimize or eliminate the need for manual intervention in water treatment processes, facilitating more efficient and convenient operations. This can be achieved through the utilization of advanced technology and intelligent software to manage water treatment processes.

High filtration efficiency is essential to capture tiny particles and maintain water quality safety. By choosing high-quality filtration materials and advanced filtration methods, water purification systems can effectively remove impurities and ensure safe and healthy drinking water for the end-users.

Water-saving functions in water purification systems can save water during backwashing and reduce water waste. By optimizing the water treatment process design and adopting innovative water recycling technologies, water conservation can be achieved without compromising the quality of the purified water.

Strong durability in water purification systems is essential to adapt to a variety of harsh environments. Choosing high-performance materials can increase the system's longevity and ensure that it can function effectively and reliably, even in rough and demanding conditions.

The skid structure of water purification systems makes them easy to expand and maintain while adapting to the water purification needs of different scales. This enhances flexibility, reduces installation time, and makes maintenance and repairs more convenient and efficient.

The process of creating a water purification system involves several steps. First, water quality analysis is conducted to determine what contaminants must be removed. Next, flow demand analysis is performed to determine the rate and volume of water that must be processed. Control system design involves setting up the logic of the system, while equipment layout design determines how the system will be installed. Lastly, maintenance plan setting ensures regular servicing and upkeep of the system to maintain its optimal performance.

Technical Parameters:

Filter Accuracy: The filter's accuracy range falls between 50 to 3500μm, and it ultimately depends on the specific requirements of the application.

Water Volume Range: Depending on the model you choose, the water volume range can vary between 30 and 2000m³/h.

Working Pressure: The system can operate efficiently under a working pressure that falls between 0.5 and 10bar. This means the system is versatile and can be suitable for various water sources.

Cleaning Cycle: The cleaning cycle for maintaining the filter will depend on how often the system is in usage. It can vary from cleaning the filter every several hours up to several days.

Applications:

Metallurgy involves the use of various types of water, including turbid water, clean water, equipment cooling water, and desalted water station. These waters have specific requirements for filtration and treatment processes to ensure their usability in the metallurgical processes.

A power plant requires various types of water for different processes, including chemical water workshop, reclaimed water reuse, turbine cooling water filtration, sleeve cooling water filtration, dust suppression nozzle protection, and gray water recovery filtration. The water used should be treated and filtered to maintain its quality during the operation of the power plant.

The usage of water in municipal operations includes raw water filtration, UF pre-security filtration, sewage reuse, and parks, greening, fountain water filtration. These processes require filtration and treatments for optimal use in municipal requirements.

Water used for agricultural processes requires specific treatment methods to optimize its usage in sprinkler irrigation, drip irrigation, and other agricultural applications.

Petrochemical industries utilize water in various processes, including process water, industrial product liquid filtration, pretreatment before ultrafiltration, etc. The water used in petrochemical industries should be of high quality, and advanced filtration and treatment technologies are required to meet the industry's specific requirements.

Other industries such as electronics, textiles, papermaking, glass, food, processing centers, automobile manufacturing, etc. require specific water treatment and filtration processes to manage the quality of water usage in their specific processes.