Dewatering System
Discover the innovative approach to water reuse and recycling
Tekleen’s Dewatering Systems are designed to maximize efficiency and sustainability in water management. Here’s how it works and why it’s the best choice for your operations:
Maximizes Water Efficiency: The system allows the backwash from our filters to go into socks, concentrating the solids being removed from your water. Dissolved solids in the water, such as chemicals, are able to be reused instead of going down the drain, allowing you to put the clean water back into your system.
Cost-Effective: By reusing chemicals and your water, the system helps you save money on resources and labor. The bags used in Tekleen’s dewatering system are washable and reusable, ensuring the long-term savings our customers expect.
Environmentally Friendly: Reducing waste and recycling resources makes Tekleen’s dewatering system an eco-friendly solution for your water management needs.
Experience the Tekleen advantage and see how our dewatering system can transform your water management strategy!
With an innovative self-cleaning mechanism, Tekleen filters are designed in accordance with ASME Boiler and Pressure Vessel Code and Section VIII standards right at our facility in Los Angeles, California.
A Tekleen dewatering solution helps facilities separate solids from backwash water so more water can be reused instead of discharged. This approach supports better water management, lowers waste volume, and helps operations recover usable water and dissolved chemicals more efficiently.
The unit works by directing backwash into reusable filter bags or socks that capture concentrated solids while allowing cleaner water to remain available for reuse. This makes the process more efficient for facilities that want to reduce drain loss and improve sustainability without adding unnecessary complexity.
Because the bags are washable and reusable, the setup can also help reduce consumable waste and ongoing disposal needs. For plants focused on cost control, water conservation, and simpler solids handling, this type of solution offers practical operating benefits.
In many applications, the system can help improve water efficiency, reduce labor tied to waste handling, and support cleaner overall operation. It is especially useful where backwash water would otherwise be lost, even though much of that water can still be recovered for productive use.
Facilities also value this approach because it supports more responsible resource use. By concentrating solids separately and allowing cleaner water to remain in circulation, operators can improve process efficiency while reducing the environmental impact of unnecessary water disposal.
For operations looking to improve recycling and water recovery, Tekleen provides a practical option that fits broader filtration and water treatment strategies.
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Benefits of Water Recovery
Recovering water from backwash streams can help reduce total water consumption, lower disposal costs, and improve overall process efficiency. It can also support sustainability goals by reducing waste and making better use of available resources.
How the Process Works
Backwash water enters reusable filter bags that capture the removed solids. As solids are concentrated, cleaner water remains available for reuse, helping reduce drain loss and improve water recovery.
Why Reusable Bags Matter
Reusable bags help reduce waste compared with disposable options and make maintenance more practical for facilities that routinely manage solids removal. They also support lower operating costs over time.
Typical Use Cases
This type of setup is useful in industrial filtration applications where backwash water contains solids but still has recoverable value. It can support facilities that want better water reuse, lower waste volume, and more efficient operation.
Learn More About Water Reuse
Water reuse can help facilities reduce waste, recover more usable water, and improve overall efficiency. Learn more about water reuse and recycling from the U.S. EPA, and explore additional water reuse resources from the Water Environment Federation.