Product Description:

Advantages:

Automated design is a technology that is increasingly used in various fields. Its application in water purification systems can significantly reduce manual intervention and improve operational convenience. With automated design, the system can operate more efficiently and accurately, freeing up the time of operators to focus on other important tasks.

High filtration efficiency is another key feature of water purification systems. Tiny particles can be captured by the system to ensure water quality safety. Such a high level of filtration efficiency is crucial for water purification systems to meet the growing demand for high-quality drinking water. The presence of tiny particles, bacteria, or chemicals in drinking water can pose health risks to individuals.

The water-saving function is an essential feature of modern water purification systems to reduce water waste. With this feature, water is saved during backwashing, which is an essential process in the water treatment cycle. Backwashing is necessary to remove accumulated dirt and debris from the filter media. By using a water-saving function, water is used more efficiently, and water waste is minimized.

Strong durability is a vital feature that ensures the longevity of water purification systems. These systems have to operate in varying and often harsh environments. Therefore, high-performance materials are essential for water purification systems to adapt to these conditions. A durable system guarantees long-term reliability, which is crucial to efficient operation.

Lastly, the skid structure is a feature that makes water purification systems easy to expand and maintain. Such systems can adapt to water purification needs of different scales. The skid design is often used in modular systems to simplify installation and maintenance. With this feature, the system can be expanded or adjusted easily to meet the changing needs of users.

System Design:

The design of water purification systems involves various stages, each of which is critical to the system's success. These stages include:

• Water Quality Analysis
• Flow Demand Analysis
• Control System Design
• Equipment Layout Design
• Maintenance Plan Setting

Water quality analysis is the preliminary stage that involves assessing the contamination levels in water. The results of this analysis dictate the type of filtration system required. It is a crucial stage that determines the effectiveness of the system in removing water contaminants.

The flow demand analysis involves the determination of the water flow rate required for the system. This analysis ensures that the system can meet the water demands of the intended users. The required flow rate depends on various factors, including the number of users, industrial processes, and other domestic and commercial needs.

The control system design is an essential stage that involves designing the control panel to operate the system efficiently. The control panel should use modern technology, including programmable logic controllers and human-machine interfaces, to ensure accurate and efficient system operation.

The equipment layout design includes determining the arrangement of system components. It involves considering factors such as equipment accessibility, space availability, and maintenance needs. Proper equipment layout design ensures the efficient and safe operation of the system.

Maintenance plan setting is also a crucial stage that ensures the long-term reliability of the system. It involves developing a maintenance schedule to prevent system downtime. Regular maintenance ensures that minor issues are detected and resolved before they escalate into significant problems.

Technical Parameters:

Filter accuracy can be adjusted between 50 and 3500μm, based on the specific needs of the application. This level of customization ensures that the filter can effectively remove contaminants of different sizes.

The water volume range of our product varies between 30 and 2000m³/h, depending on the model chosen. This range ensures that the filter can accommodate a wide variety of water systems and volumes.

The working pressure of our filter falls between 0.5 and 10bar, making it compatible with a variety of water sources. This versatility ensures that the filter can be used in a range of applications.

Cleaning cycle is dependent on usage and varies from each time to several hours or days. This flexibility makes it convenient for users to avoid frequent maintenance and streamline their filtration processes.

Applications:

Metallurgy: turbid water, clean water, equipment cooling water, desalted water station, etc.
Power plant: chemical water workshop, reclaimed water reuse, turbine cooling water filtration, sleeve cooling water filtration, dust suppression nozzle protection, gray water recovery filtration, etc.
Municipal: raw water filtration, UF pre-security filtration, sewage reuse, parks, greening, fountain water filtration, etc.
Agriculture: sprinkler irrigation, drip irrigation, etc.
Petrochemical: process water, industrial product liquid filtration, pretreatment before ultrafiltration, etc.
Other industries: electronics, textiles, papermaking, glass, food, processing centers, automobile manufacturing, etc.