The TheWay NF-4040 is a 4-inch spiral wound nanofiltration membrane element designed for selective ion removal, water softening, color and organic removal, and partial desalination applications. Nanofiltration operates between ultrafiltration and reverse osmosis, selectively rejecting divalent ions (calcium, magnesium, sulfate) while allowing monovalent ions (sodium, chloride) to partially pass through. This makes NF ideal for applications where full desalination is unnecessa

The TheWay RO-8040 is a full-size 8-inch diameter spiral wound reverse osmosis membrane element engineered for large-scale industrial and municipal desalination, water reclamation, and high-purity process water production. The 8040 format is the industry standard for commercial RO systems, offering maximum membrane area per element for cost-effective operation at scale. Key Specifications Operating Parameters Performance Description The RO-8040 delivers 99.7% NaCl rejection a

The TheWay RO-4040 is a 4-inch diameter spiral wound reverse osmosis membrane element designed for small commercial, light industrial, and pilot-scale desalination and water purification systems. The compact 4040 form factor fits standard 4-inch pressure vessels and delivers reliable salt rejection and permeate flow for brackish water desalination, process water production, and small-scale seawater treatment. Key Specifications Operating Parameters Performance Description The

The TheWay UF Flat Sheet Membrane is a plate-and-frame ultrafiltration membrane designed for submerged MBR applications and high-solids wastewater treatment. The flat sheet configuration offers unique advantages in applications with very high MLSS concentrations, fibrous solids, or where hollow fiber membranes are prone to clogging. Key Specifications Operating Parameters Advantages of Flat Sheet Design Flat sheet membranes tolerate very high MLSS (up to 25,000 mg/L) without

The TheWay UF Flat Sheet Membrane is a plate-and-frame ultrafiltration membrane designed for submerged MBR applications and high-solids wastewater treatment. The flat sheet configuration offers unique advantages in applications with very high MLSS concentrations, fibrous solids, or where hollow fiber membranes are prone to clogging. Each panel provides a rigid, self-supporting membrane surface that resists deformation under challenging process conditions. Key Specifications O

The TheWay UF Hollow Fiber Module is a pressurized ultrafiltration membrane designed for potable water treatment, industrial process water purification, and pre-treatment ahead of RO systems. Unlike our submerged MBR modules, this UF module operates in a pressurized housing with inside-out or outside-in flow configurations, making it ideal for standalone water clarification without biological treatment. Key Specifications Operating Parameters Performance Description The UF Ho

The TheWay MBR-10 is a compact pilot-scale membrane bioreactor module for bench testing, pilot studies, and small-scale decentralized wastewater treatment. With 10 m² of PVDF hollow fiber membrane area, engineers can evaluate MBR performance under site-specific conditions before full-scale deployment. Key Specifications Operating Parameters Pilot Testing Applications The MBR-10 is engineered for pilot studies where accurate scale-up data is critical. Applications include crit

The TheWay MBR-10 is a compact pilot-scale membrane bioreactor module purpose-built for bench testing, pilot studies, research applications, and small-scale decentralized wastewater treatment. With 10 m² of PVDF hollow fiber membrane area, the MBR-10 enables engineers to evaluate MBR performance under site-specific conditions before full-scale deployment. It also serves as an effective standalone treatment unit for small communities treating up to 25–50 m³/day. Key Specificat

The TheWay MBR-10 is a compact pilot-scale membrane bioreactor module purpose-built for bench testing, pilot studies, research applications, and small-scale decentralized wastewater treatment. With 10 m² of PVDF hollow fiber membrane area, the MBR-10 enables engineers to evaluate MBR performance under site-specific conditions before full-scale deployment. Product Overview The MBR-10 features the same PVDF hollow fiber membrane technology used in TheWay's full-scale MBR-40 and

The TheWay MBR-10 is a compact pilot-scale membrane bioreactor module purpose-built for bench testing, pilot studies, research applications, and small-scale decentralized wastewater treatment. With 10 m² of PVDF hollow fiber membrane area, the MBR-10 enables engineers and researchers to evaluate MBR performance under site-specific conditions before committing to full-scale deployment. It is also an effective standalone treatment unit for small communities, remote sites, and t

The TheWay MBR-20 is a mid-capacity membrane bioreactor module designed for small-to-medium municipal wastewater treatment plants, decentralized treatment systems, and industrial process water applications. With 20 m² of PVDF hollow fiber membrane area, the MBR-20 offers the same proven membrane chemistry as our flagship MBR-40 in a compact form factor that simplifies installation and reduces capital costs for systems treating up to 50–100 m³/day. Product Overview The MBR-20

The TheWay MBR-20 is a mid-capacity membrane bioreactor module designed for small-to-medium municipal wastewater treatment plants, decentralized treatment systems, and industrial process water applications. With 20 m² of PVDF hollow fiber membrane area, the MBR-20 offers the same proven membrane chemistry as our flagship MBR-40 in a compact form factor that simplifies installation and reduces capital costs for systems treating up to 50–100 m³/day. Product Overview The MBR-20

The TheWay MBR-40 is our flagship membrane bioreactor module, engineered for large-scale municipal and industrial wastewater treatment applications. Featuring 40 m² of effective membrane area with premium PVDF (Polyvinylidene Fluoride) hollow fiber construction, the MBR-40 delivers exceptional permeate quality, long operational life, and low energy consumption. This technical datasheet provides comprehensive specifications, operating parameters, and guidelines for engineers a