Reverse Osmosis Membrane Model TMG20-370C Applied In Textile Industry

Introduction
The TMG20-370C reverse osmosis (RO) membrane provides efficient water purification for industrial and commercial applications. Engineered with advanced thin-film composite technology, it balances high salt rejection, energy efficiency, and durability to meet challenging water treatment demands.

Features

  • High Salt Rejection: Achieves ≥99.5% rejection of dissolved salts for consistent water quality.
  • Low Pressure Operation: Operates at pressures as low as 150 psi (10.3 bar), reducing energy costs.
  • Enhanced Fouling Resistance: Optimized surface chemistry minimizes scaling and biofilm formation.
  • Large Surface Area: 370 ft² (34.4 m²) effective area increases water production capacity.
  • Wide pH Tolerance: Handles pH ranges from 2 to 11 for versatile feed water compatibility.

Suggested Operating Conditions

ParameterValue
Maximum Pressure600 psi (41.4 bar)
Temperature Range41°F to 104°F (5°C to 40°C)
pH Range2–11 (continuous operation)
Maximum Feed Turbidity≤1 NTU
Maximum Recovery15–25% (system-dependent)

Application

  • Brackish Water Desalination: Cost-effective treatment for moderate salinity sources.
  • Industrial Water Systems: Electronics, power plants, and chemical processing.
  • Wastewater Reclamation: Reuse of municipal and industrial wastewater.
  • Food & Beverage: Purification for brewing, dairy, and bottling.

Technical Data

SpecificationDetails
Membrane TypeSpiral-wound composite
Effective Area370 ft² (34.4 m²)
Salt Rejection≥99.5% (NaCl, 2,000 ppm)
Product Water Flow8,500 GPD (32.2 m³/day)
Dimensions40” length × 8” diameter
Weight26 lbs (11.8 kg)
MaterialPolyamide thin-film composite
Reverse Osmosis Membrane Model TMG20-370C Applied In Textile Industry
Structure

Conclusion

The TMG20-370C RO membrane offers a balance of performance, efficiency, and reliability for water treatment applications. Its high salt rejection, low energy requirements, and fouling-resistant design make it ideal for systems where water quality and operational costs are critical. With a large surface area and wide pH tolerance, this membrane delivers consistent results and long-term value.

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