- Designed to prevent the loss of valuable resin or other filter media within a water treatment vessel.
- Suit for water treatment industries from municipal water supplies to power generation and everything.
The resin trap profile screen laterals are typically constructed from stainless steel (often 304, 316, or 316L) and feature a unique wedge wire design. This design comprises V-shaped wires welded to support rods, creating precisely controlled slot openings or apertures. These openings are carefully sized to allow treated water to pass through freely while effectively retaining even the smallest resin beads or carbon particles.
How Profile Screen Laterals Work
Resin trap screen laterals are strategically placed within the water treatment vessel, typically at the bottom or various points along the length of the vessel.
Water flows through the media bed, and as it exits, it passes through the profile screen laterals. The wedge wire construction allows for a high open area, minimizing pressure drop and maximizing flow rate. The precise slot size ensures that the media is securely retained, preventing costly losses and maintaining the efficiency of the treatment process.
Key Benefits of Wedge Wire Screen Design
▪ Wedge wire slot size can be customized, high media retention
▪ Wedge wire design has large open areas, and minimizes pressure drop, allowing for higher flow rates and increased treatment capacity.
▪ The V-shaped wires create a self-cleaning effect, preventing particles from becoming trapped and clogging the screen.
▪ Stainless steel construction provides excellent resistance to corrosion and wear.
▪ Customization Options: Wedge wire resin trap screen laterals can be custom-designed to fit specific vessel geometries and flow requirements. Options include various diameters, lengths, and slot sizes, as well as different lateral types such as hub lateral, header lateral, and radial lateral configurations.
Applications of Resin Trap Profile Screen Laterals in Water Treatment
Ion Exchange
Activated Carbon Filtration
Demineralization
Softening
Condensate Polishing
Power Plants
Industrial Water Treatment
Municipal Water Treatment
RO Pretreatment (Reverse Osmosis)
Process Water
Cooling Water
Drinking Water
Selecting the appropriate wedge wire resin trap profile screen lateral requires careful consideration of several factors, including:
▪ Media Size: The slot opening must be smaller than the smallest media particle to be retained.
▪ Flow Rate: The screen must be sized to handle the required flow rate without excessive pressure drop.
▪ Operating Conditions: Consider the temperature, pressure, and chemical compatibility of the materials.
▪ Vessel Geometry: The lateral configuration must be compatible with the vessel design.
If you need a robust, durable, and effective media retention solution, consider the advantages of wedge wire resin trap profile screen laterals.
We are a professional supplier or manufacturer of wedge wire profile screen laterals at a nice price.
What Are Vee Wire Scallops for Radial Flow Internals and How Do They Work?
The Ultimate Guide to Choosing Wedge Wire Inner Pipes for Reactor Internals
Catalyst Bed Support Grid in Petrochemical Reactor Performance Study
Applications of Vee Wire Scallops in Radial Flow Reactor Internals
