Whether you need to remove impurities from tap water, industrial process water, or commercial water, our extensive selection of water filters can effectively meet your needs. However, its important to understand that not ...
Whether you need to remove impurities from tap water, industrial process water, or commercial water, our extensive selection of water filters can effectively meet your needs. However, it's important to understand that not all water filters remove all contaminants, so it's crucial to understand which filter best suits your needs.
FupengWater has over 23 years of global experience providing water filters and related products for applications requiring the highest quality water filtration. FupengWater's long history in distributing water filtration systems has made us one of the most trusted water treatment companies in the world.
FupengWater's industrial water filters are suitable for commercial, institutional, seawater, tap, brackish, and industrial water applications, removing the following:
Sediment and turbidity
Iron and manganese
Unpleasant taste
Odor
Suspended particles
Unwanted color
Chlorine
With a choice of stainless steel, epoxy-coated steel, or FRP tanks (as needed), our industrial water filters can be used in a variety of scenarios, including municipal, institutional, and industrial water filtration, and can withstand nearly any climate or weather conditions.
Through the appropriate selection of pressure vessels, valves, and filter media, FupengWater's industrial water filters can meet most water filtration needs.
Our equipment can be designed for manual, semi-automatic, or fully automatic operation, requiring minimal technical knowledge. Multi-media water filtration systems represent a significant upgrade over single-media filters. This is primarily due to the improved filter bed performance achieved through innovative filter media usage and selection. Multi-media filtration delivers high-quality filtered water at a faster flow rate than traditional sand filters. In traditional sand filters, lighter, finer sand settles at the top of the filter bed, while coarser, heavier sand remains at the bottom after backwashing. Filtration primarily occurs in the top few inches of the filter bed.
Multi-media filters backwash in the same manner as sand filters, directing water flow in the opposite direction, or upward, through the filter bed. Due to the varying densities of each media, the layers of media remain stratified.
All FupengWater steel and stainless steel industrial water filters feature a pressure tank constructed of high-quality welded steel, designed for a working pressure of 100 psi and tested to 150 psi. The standard pressure tank features inlet and outlet connections, a top loading port (hand or manhole), and a side media removal connection. Because other media types can be corrosive, all carbon steel tanks are epoxy lined.
Our filter designs are tailored to the pressure tank, automatic or manual valve operation, media selection, and operating conditions. Our industrial water filtration solutions can meet most water filtration needs. The equipment can be operated manually (using manual valves), semi-automatically, or fully automatically (using fully automated PLCs or controllers), requiring minimal technical knowledge. Backwash can be initiated by a timer, an external signal from a central control system, or a differential pressure switch.
Our filters are suitable for the following industries:
Chemical Processing
Reverse Osmosis Desalination
Environmental Compliance
Food and Beverage Water Treatment
Heat Transfer
Agricultural and Irrigation Water
Metalworking Fluids
Mining Water Treatment
Municipal Drinking Water
Paints and Dyes
Activated Carbon Filters for Water Treatment
Petrochemical
Oil and Gas (Petroleum)
Pharmaceutical Water Treatment
Surface Water or River Water
Iron Removal from Water
Utilities
Water Softener Systems
Wastewater Treatment
Industrial Water Treatment
Well Water or Groundwater
In addition to traditional media filters, FupengWater also offers a variety of stainless steel filter cartridges. The SSC series is designed and manufactured for demanding applications. We offer a variety of filter cartridges tailored to your specifications.
A commercial water filter is a filtration system with microporous pores small enough to prevent harmful substances such as chemicals, minerals, sediment, particles, metals, and other impurities from passing through the water. Commercial water treatment technology is essential for any industry that requires a continuous supply of fresh, purified water. As commercial water filter manufacturing and design advances, the functionality and long-term usability of these systems in commercial applications are also improving.
Since most water sources contain more than just water—a variety of other substances that can be harmful to human health if exposed to air—a filtration method is needed to address this issue. The potential levels of chemicals, metals, and total dissolved solids (TDS) in a particular water source depend on many natural environmental factors. Some regions tend to have higher salt and mineral content than others.
Ongoing maintenance is critical to ensure the long-term and efficient operation of a commercial water filter. The first step in maintaining a water purifier is to regularly clean the inlet filter to prevent clogging and flow restrictions. The inlet filter traps large particles, debris, and sediment before they enter the pump, preventing system shutdowns and leaks. Regular replacement of commercial water purifiers is crucial to ensuring they consistently filter suspended solids and sediment from the produced water.
Water filtration systems are categorized as commercial and industrial. Each offers unique features suitable for different applications. Specific factors include:
Commercial water purifiers: They are compact and require minimal power to operate, making them energy-efficient. These water purifiers are ideal for commercial buildings such as restaurants, hotels, retail stores, and office buildings. Furthermore, these smaller commercial water purifiers have lower maintenance costs than industrial water purifiers.
Industrial water filters: These are larger filtration units designed to remove higher concentrations of contaminants from source water. Industries such as refineries, power plants, and the military rely on these filters to produce more purified water and meet the demands of complex industrial applications.
Industrial water filters are used to remove impurities from water in industrial applications. These filters have pores small enough to allow water to permeate but not to allow suspended solids that could contaminate the water to pass through. Industrial water filters come in a variety of types and are widely used, including water pretreatment for reverse osmosis systems, nanofiltration, UV sterilizers, ion exchange, and ultrafiltration systems.
Industrial water filters work by removing particles from water or wastewater. While a variety of industrial water filters are available for suspended solids removal, typically only one type is needed to produce filtered water. However, in many cases, only a specific number and type of industrial water filters are suitable. When determining the appropriate filter type, consider the following:
Amount of impurities in the water
Whether the water needs to be filtered continuously or intermittently
Particle size range
Amount of suspended solids in the water
Desired amount of suspended solids after filtration
Particle size in the filtered water
Choosing the right high-purity water filter depends on a number of factors that must be considered to achieve optimal results. Factors such as the required maximum flow rate, the average flow rate of the water, the nature of the suspended solids, the required pure water quality, and the availability of an adequate water source for backwashing the filters are all essential parameters to keep in mind.
Yes, industrial water filtration systems are essential for any industry that requires fresh, clean water. Industries such as food and beverage, hospitals, power plants, and pharmaceuticals cannot afford poor water quality, as it can affect equipment and products. Serving customers beverages made with poor-quality water is easily detected and can damage a company's reputation. Industrial water filtration systems are a reliable solution for providing water that meets consumer expectations for safety, taste, and hygiene.
Industrial water filtration systems effectively remove a wide range of contaminants that affect water quality, such as lead, heavy metals, particulate matter, bacteria, viruses, chlorine, and its byproducts. This filtration helps prevent illness and other health risks from drinking or other exposure to contaminated water. As mentioned earlier, the performance of most equipment depends on the water quality it requires, and water quality directly impacts a plant's production efficiency and output.
For these reasons, industrial water filtration systems are increasingly being used in industrial enterprises due to their time, energy, and cost savings. Using industrial water filtration systems can avoid the negative consequences of equipment maintenance or replacement due to poor performance, as well as business losses caused by unpleasant food and beverage taste.
FupengWater is an industrial water filter manufacturer and a leading producer of pressure filters.
FupengWater pressure filters are suitable for a variety of applications, including but not limited to industrial, municipal, and public utility applications. FupengWater pressure filters are an ideal purification solution for problems with iron, suspended particles, sediment, turbidity, odor, color, or other common contaminants found in surface water.
Manganese Greensand Media: This is a treated siliceous material used for treating water containing iron, manganese, and hydrogen sulfide through oxidation.
Anthracite: Anthracite is recommended as a filter media when excessive silica addition to the water is undesirable. It removes lighter turbidity and is typically used in applications where silica is undesirable. - ProSand: Made from rare, naturally occurring minerals, its unique properties fundamentally improve media filtration performance and reduce costs.
Calcite Media: A specially graded calcium carbonate compound designed for acid neutralization, with a consistent dissolution rate, suitable for water treatment.
Filter AG: Anhydrous silica with numerous advantages for reducing suspended solids.
Activated Carbon Media: Used to remove taste, odor, organic contaminants, and chlorine, it is commonly used in many drinking water applications.
Sand: The most common filter media. Typically, fine-mesh sand is combined with a coarse-grained support bed to remove suspended solids and turbidity. FupengWater offers a variety of sand grades for use as filter media or as a bedding layer, depending on particle size and application.
Gravel: Its highly spherical shape promotes good flow and uniform distribution within the support bed.
Multimedia: Multimedia is used when the highest water quality is required and unwanted sediment is too small to be removed by standard media. It consists of multiple layers of media with increasing particle sizes, removing sediment as small as 10 microns.
Relatively Low Cost: No recurring costs for consumables.
Proven Process: Proven process, the most commonly tested form of water treatment.
Durable System: Rugged system with no moving parts within the tank.
Operational Flexibility: Modular control valve design enables operational flexibility.
Affordable and Durable Media: The filter media is affordable and durable.
Easy to Maintain: Easy to clean and maintain.
Fouling Resistance: Resists fouling (clogging).
Service Cycle: Water flows downward through the media, while solids accumulate in the media bed. Purified water flows through the media bed and enters the downstream process.
Backwash Cycle: When the filter begins to clog or the pressure drop (head loss) across the filter bed increases, the flow rate is reduced. To prevent water quality degradation, the flow rate is reversed. A control valve reverses the flow rate to remove particulate matter that accumulates during operation. The required flow rate varies depending on the filter media and is crucial for maintaining a clean filter bed. For media filters, the backwash flow rate should always be higher than the operating flow rate.
Carbon Steel Tank: Rated for 100 PSI.
Internal Epoxy Coating: Epoxy-coated interior and primed exterior.
1/4" Piping: 1/4" piping between the classifier and valve.
Power Supply: 120V/1Ph/60Hz.
Schedule 80 PVC Face Pipe: Schedule 80 PVC face pipe.
PP/PVC 80 Internal Piping and Distributor: PP/PVC 80 internal piping and distributor.
Tank Exterior Blue Primer: The tank exterior is primed blue.
Top Loading Port or Manway: Top loading port or manway. - Diaphragm Valve or Butterfly Valve: 1.5"-2" Noryl diaphragm valve or 3" or larger butterfly valve.
Digital Classifier or PLC: Digital classifier for filters with diaphragm valves, or PLC for butterfly valves.
Air Supply Not Included: Air supply not included.
Vent and Drain: Vent and drain ports.
High-Quality Media: High-Quality Media.
Duplex System: Duplex system.
ASME-Compliant Tank: ASME-Compliant Tank.
Stainless Steel Tank: Stainless steel tank.
Fiberglass Tank: Fiberglass tank.
240V/1ph/50Hz Power Supply: 240V/1ph/50Hz Power Supply.
Vacuum Breaker: Vacuum breakers.
Pressure Relief Valve: Pressure relief valve.
Inlet/Outlet Sample Valves: Inlet/Outlet sample valves.
Inlet/Outlet Pressure Gauge: Inlet/Outlet pressure gauges.
Differential Pressure Switch and Pressure Gauge: Differential Pressure Switch and Pressure Gauge.
Backwash Pump Start Auxiliary Switch: Backwash Pump Start Auxiliary Switch.
Stainless Steel Internal Piping and Distributor: Stainless Steel Internal Piping and Distributor.
Stainless Steel Surface Piping: Stainless Steel Surface Piping.
Ideal applications for media filters include:
Water Features (Fountains, etc.)
Wastewater
Irrigation Water
Drinking Water
Stormwater
Suspended Solids Reduction
Iron and Manganese Removal
Recycled Water Treatment
Cooling Water
Swimming Pool Water
Industrial Water
Water Recovery and Reuse
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