Your Leading Industrial Water Purifier Supplier

 

The establishment of Sun Euro Polo Group Limited is aimed at providing high-quality water treatment systems and accessories. We specialize in producing various standard and customized reverse osmosis(RO) and water purification systems. Our system is designed specifically for residential and light commercial industrial wastewater treatment systems. We take pride in our service and provide customers with high-quality and durable products at competitive prices.

 

 
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Why choose us

Professional solution

With rich experience and one-to-one service, we can help you choose products and answer technical questions.

Cheap price

We have a professional purchasing team and costing team, trying to reduce costs and profits, and provide you with a good price.

Quick transportation

We cooperate with professional sea shipping, air and logistics companies to provide you with the best transportation solution.

Production market

We have exported 150+ countries. We have 325 global distributors and 15 local agents. Our main markets are africa, middle east, south america and south east asia.

 

Types of Industrial Water Filters
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Cyclone filters – In this method of filtration, a cyclone is created using an industrial fan to filter out the dust through an air stream. It is a low-cost form of filtration method and is used very often a variety of industries.

 

Centrifugal filter – This filtration process takes place without any medium. A circled or rotational movement is made through the liquid or the semi-liquid that is to be filtered, and the velocity of the rotation separates the dense liquid from the productive liquid.

 

Gravity filtration – In this filtration process there is no separate medium used but gravity itself. The flow of the liquid from top to bottom helps in removing solids because of the pressure in the atmosphere.

 

Cartridge filters – The sift method is used in this type of industrial filtration process to eliminate harmful sediments through a cylindrical-shaped cartridge.

 

Vacuum filters – As the name suggest for this procedure of filtration, vacuum filters use the force of suction to create a static pressure in the vessel through which the dust (and any other unwanted) particles are separated from the usable material.

 

Cold filters – This filtration process requires liquids to pass through a cold set of filters to remove suspended particles.

 

Hot filters – When small sizes of crystal compounds need purification, the impurities in the element are melted out at high temperatures while the liquid is slowly cooled down to get back into its crystal form, separating the unwanted factors of the substance.

 

Multi-layered filtration – Layers of different sizes of gravels and stones help filter out unwanted substances, along with water, as the liquid flows through these multiple layers.

 

Bag filters – Settling of the particles in a bag while liquid is poured through the same bag is used for clarification of fluids. The bags come in a variance of sizes that depend on the matter to be filtered out.

 

Panel filters – A panel-shaped filter is used very often in ventilation units, and comes in different types and sizes for wide applicability.

 

Hydraulic filters – To filter out petroleum and other similar liquids, some industrial filters are used for purification using a hydraulic system to drain out oil impurities.

 

Strainers – When a manufacturing process has very large solid wastes, filtration is done through strainers the old-fashioned way, to differentiate between the waste products and useful ones.

 

Air filter – This is a common and well-known way of filtration, used in everyone’s houses and cars, as well as in industry, wherein air is forced through a mesh in which unwanted substances are removed by getting stuck to the filter and mesh.

 

Mechanical filtration – This method uses the force of atmospheric pressure to carry out filtration, and there are two kinds: Surface filtration, which has a barrier to stop all unwanted particles from reaching the surface; and depth filtration, which is graded density process in which a medium itself collects different sizes of impurities to filter out the key element.

 

Benefits of Industrial Water Filters
 
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Enhanced product quality
In industries where water is a direct part of the product or manufacturing process, purity is essential. Industrial water filters remove contaminants that could otherwise affect the quality of the final product. This is particularly important in cleanroom environments, where even minor impurities can compromise outcomes.


Equipment protection
Filtered water prevents scale buildup, corrosion, and clogging in equipment such as hvac systems, manufacturing machinery, and specialized tools. By improving the lifespan of equipment, filtration systems reduce overall maintenance and replacement costs.

 

Compliance with regulations
Industries often face strict water quality regulations, especially in sectors like food production, pharmaceuticals, and manufacturing. An industrial water filter system ensures businesses can consistently meet these standards, avoiding penalties and ensuring uninterrupted operations.

 

Environmental responsibility
By reducing water waste and ensuring that discharge meets environmental standards, filtration systems support sustainable practices. Companies that prioritize environmental responsibility can also enhance their reputation and align with consumer values.

 

Cost savings
Although installing an industrial water filter system involves an upfront investment, the long-term savings can be significant. Reduced equipment wear and tear, lower maintenance needs, and fewer production interruptions all contribute to cost efficiency.

 

Applications for Industrial Water Filters
 

Mechanical filtration: This type of filtration relies on physical barriers to trap and remove particles. It is commonly used for coarse filtration, where larger contaminants need to be removed. Examples include screens, sieves, and strainers.

 

Depth filtration: Depth filters consist of porous materials, such as fibrous media, which trap particles within their structure as the fluid flows through. They are effective for removing contaminants of various sizes and are widely used in industries like pharmaceuticals, food and beverage, and water treatment.

 

Membrane filtration: Membrane filters feature a thin, semi-permeable membrane with pores of specific sizes. They allow the passage of particles smaller than the pore size while blocking larger particles. Membrane filtration is used for precise separation and is crucial in applications such as pharmaceutical manufacturing, biotechnology, and electronics.

 

Adsorption filtration: Adsorption filters use adsorbents, such as activated carbon, to attract and retain contaminants. They are particularly effective in removing dissolved impurities, organic compounds, and odors. Adsorption filters find applications in water purification, air treatment, and gas processing.

 

Electrostatic filtration: This type of filtration utilizes the electrostatic attraction between charged particles and a collection surface. Electrostatic filters are commonly used in industrial settings to remove fine particulate matter from gasses, such as in HVAC systems, power plants, and cleanrooms.

 

Product Parameters
 

Size

1500×600×1700mm (*The size is measured manually and please refer to the actual product for accuracy*)

Applicable water source

Municipal tap water

Filtering accuracy

0.0001micron

Water temperature requirements

5ºC-35ºC

Filter hierarchy

RO reverse osmosis

RO Membrane

4040 RO membrane

Filter element combination

Quartz sand filtert ank * 1 + Activated carbon filter tank * 1 + Precision filter * 1 + 4040 R0 membrane * 2

Applicable voltage

220V

Hourly Water Output

0.25 ton, 0.5 ton, 1 ton

Inlet Size

1 inch (inner wire)

Outlet Caliber

1 inch (outer wire)

Front life

3-6 months(depending on local water quality)

Ro Membrane Life

1-2 years (depending on local water quality)

 

 

FAQ

 

Q: What are the Opportunities for Sustainable and Innovative Approaches in Industrial Filtration?

A: Opportunities for sustainable and innovative approaches in industrial filtration include:
Adoption of advanced membrane technologies
Integration of biological treatment methods
Utilization of renewable energy sources
Water reuse and resource recovery initiatives

Q: What are the different types of Industrial Filtration Systems?

A: Different types of industrial filtration systems:
Mechanical filtration systems use physical barriers like screens and cartridges.
Chemical filtration systems involve chemical agents for contaminant removal.
Biological filtration systems rely on microorganisms to break down pollutants.
Membrane filtration systems use semipermeable membranes to selectively remove particles and dissolved substances.

Q: How do industrial filtration systems contribute to achieving regulatory compliance and meeting environmental standards?

A: Industrial filtration systems contribute to achieving regulatory compliance and meeting environmental standards by:
Removing pollutants and contaminants from wastewater, ensuring that discharged water meets regulatory limits and guidelines.
Implementing filtration technologies that specifically target regulated contaminants, such as heavy metals or organic pollutants, to meet specific regulatory requirements.

Q: How does the selection of the appropriate filtration system impact the quality of the treated water in industrial applications?

A: The selection of the appropriate filtration system impacts the quality of treated water in industrial applications by:
Ensuring the removal of specific contaminants based on the system’s design and capabilities.
Optimizing filtration efficiency and effectiveness, resulting in higher-quality treated water.
Meeting the required water quality standards for specific industrial processes or applications.

Q: How do you Filter Industrial Waste Water?

A: Industrial wastewater can be filtered through several methods including physical, chemical, and biological processes. Common techniques include sedimentation, filtration, chemical precipitation, coagulation, flocculation, activated carbon adsorption, and membrane filtration.

Q: What is the Best Waste Water Treatment Method?

A: The best wastewater treatment method depends on the specific contaminants present and the desired level of purification. There is no one-size-fits-all solution. However, advanced treatment processes such as activated sludge, reverse osmosis, and advanced oxidation processes (AOPs) are often considered effective for removing a wide range of pollutants.

Q: What are the 4 types of Purification used in Waste Water Treatment Plants?

A: The four types of purification commonly used in wastewater treatment plants are:
Preliminary treatment: This involves the removal of large objects and debris through physical processes such as screening and grit removal.
Primary treatment: It focuses on the removal of settle able solids and suspended organic matter through processes like sedimentation and flotation.
Secondary treatment: It utilizes biological processes to break down organic matter and remove dissolved contaminants. Common methods include activated sludge, trickling filters, and oxidation ponds.
Tertiary treatment: This stage involves advanced treatment processes to further remove remaining pollutants. Methods like filtration, disinfection (e.g., chlorination or ultraviolet light), and chemical precipitation are employed.

Q: What are the Methods of Waste Water Filtration?

A: Some methods of wastewater filtration include:
Sand filtration: In this method, wastewater is passed through a bed of sand to remove suspended particles and some microorganisms.
Activated carbon filtration: Activated carbon adsorbs organic compounds, odours, and some heavy metals, improving the water quality.
Membrane filtration: This technique employs membranes with tiny pores to physically filter out particles, microorganisms, and dissolved substances.
Biological filtration: Certain types of bacteria and microorganisms can break down organic pollutants in wastewater through biological processes such as bio filtration or bioremediation.

We're professional industrial water purifier manufacturers in China for over 20 years, specialized in providing high quality products and service. We warmly welcome you to wholesale customized industrial water purifier at competitive price from our factory.

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