Efficiency Stainless Steel Sand Filtration Equipment For Water Filtration Flow Rate 18m3/H-3800m3/H

Place of Origin Tai'an, Shandong
Brand Name Tonglida
Certification ISO9001 Quality System Certification
Model Number 1T/H-100T/H
Minimum Order Quantity 1 unit
Delivery Time As per requirements

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Product Details
Features Pre-treatment For Producing Purified Water, Boiler Feedwater, Industrial Process Water, And Drinking Water. Material Stainless Steel, Carbon Steel, Fiberglass
Purpose Production Of Purified Water, Boiler Feedwater, Industrial Process Water, And Drinking Water Filtration System Product Information Quartz Sand Filtration, Activated Carbon Filtration, Manganese Sand Filter, Shallow Bed Sand Filtration, Self-cleaning Filtration, Precision Filtration
Brand Tonglida
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stainless steel sand filtration equipment

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18m3/h precision filtration

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18m3/h sand filtration equipment
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Product Description

 

 

Product Description:

The filtration system is composed of various filters including: quartz sand filter, activated carbon filter, manganese sand filter, shallow bed sand filter, self-cleaning filter and precision filter. The system offers a flexibility of different filter media and cartridges, where users can select according to their specific requirements. When under a certain pressure, the system effectively removes various impurities from polluted water, including suspended solids, organic matter, and colloidal particles. Additionally, it can also eliminate odors and colors. Ultimately, this system is highly efficient at filtering and purifying water.

 

This type of filtration equipment serves a wide range of industries such as power, electronics, beverages, tap water treatment, petroleum, chemicals, metallurgy, textiles, papermaking, food, swimming pools, municipal engineering, as well as other processes. It is suitable for industrial water, domestic water, circulating water and wastewater treatment.

 

Model number Flow rate Inlet and outlet diameter Drain diameter Tank diameter Equipment height Motor power
(m³/h) (mm) (mm)
DN40 18 DN40 DN25 219 700  
DN50 20 DN50 DN25 219 700 0.18
DN65 30 DN65 DN25 273 1300 0.18
DN80 40 DN80 DN25 273 850 0.18
DN100 60 DN100 DN50 273 936 0.18
DN125 100 DN125 DN50 325 1018 0.37
DN150 150 DN150 DN50 325 111 0.37
DN200 250 DN200 DN50 426 1427 0.37
DN250 400 DN250 DN50 426 1685 0.37
DN300 500 DN300 DN50 530 2100 0.55
DN350 750 DN350 DN80 630 2085 0.55
DN400 1000 DN400 DN80 600 2360 0.55
DN450 1200 DN450 DN100 600 2632  
DN500 1500 DN500 DN100 700 2919  
DN600 2100 DN600 DN100 800 3510  
DN700 3000 DN700 DN200 900 4100  
DN800 3800 DN80   1200    

Features:

Pre-treatment is a crucial step in the production of various types of water, including purified water, boiler feedwater, industrial process water, and drinking water. This step involves the removal of impurities and contaminants from the source water, ensuring that the final product is safe, clean, and suitable for its intended use.

For purified and drinking water production, pre-treatment typically involves multiple stages, including sedimentation, filtration, and disinfection. These processes work together to remove physical, chemical, and biological contaminants, such as suspended solids, microorganisms, and dissolved substances, from the source water.

When producing boiler feedwater and industrial process water, pre-treatment is equally important. Without proper pre-treatment, contaminants in the source water can cause scaling, corrosion, and other types of damage to expensive equipment, leading to increased downtime and maintenance costs. Pre-treatment processes for these applications typically include chemical treatment, ion exchange, and membrane filtration.

In summary, pre-treatment plays a critical role in ensuring the quality and purity of various types of water. Whether it's for drinking, industrial processes, or other applications, pre-treatment is an essential step that cannot be overlooked.

 

Technical Parameters:

Efficient filtration is an essential factor in ensuring clean water supply on-site. Fortunately, different filter media can be utilized to improve water quality and effectively remove impurities such as suspended solids, organic matter, colloidal particles, microorganisms, among others.

Biological purification, on the other hand, enhances the filtration effect by further degrading organic matter and harmful substances in the water. The result is an even cleaner and purified water, suitable for drinking, irrigation, and other purposes.

The process of backwashing and regeneration of the filter media is also crucial in ensuring efficient water purification. Through this process, the filtering performance of the quartz sand can be restored, enabling continuous water filtration.

Considering the limited space available, the compact structure and small footprint of the filtration system can effectively save space, making it suitable for deployment within small areas.

The system's easy installation and simplicity of operation make it an ideal solution, and it can be directly connected to the inlet and outlet water pipes for immediate use. The filtration system boasts a long service life, which helps reduce operating costs significantly.

Finally, the filtration system exhibits excellent adaptability, making it suitable for different water qualities and water quantities. Its ability to adapt makes it an ideal solution for various water filtration requirements.

 

Applications:

Industrial process water undergoes filtration for different purposes such as nozzle protection and heat exchange station water. With the use of filtration systems, unwanted particles are removed, ensuring the smooth flow of the water.

Industries such as steel, metallurgy, papermaking, power generation, petrochemicals, and air conditioning systems require filtration of circulating water. The process involves removing unwanted particles and pollutants to improve water quality. Filtration is also essential in the food industry to ensure that the water used is free of contamination.

Water filtration is crucial in the treatment of raw water, which may come from different sources such as surface water, rivers, lakes, and seawater. Through the use of filtration, unwanted particles are removed, ensuring water safety and quality.

Irrigation filtration is vital for agricultural fields, parks, golf courses, and municipal water supplies. Filtration systems help improve the water quality to ensure the survival of crops and plants, preventing clogging of irrigation systems and waterlogged soil.

Filtration is also essential in aquaculture, swimming pools, and water parks. With the use of filtration systems, the water is cleaned, ensuring the safety of the swimmers or marine animals. Water quality improves, reducing maintenance requirements for the pools and aquatic facilities.

Various industries, such as power, electronics, beverages, tap water treatment, petroleum, chemicals, metallurgy, textiles, papermaking, food, swimming pools, and municipal engineering, require filtration systems. The systems involve treating industrial water, domestic water, circulating water, and wastewater to ensure water quality and safety.