Description

Hydranautics CPA2 High Rejection RO Membrane – 8040 Model

Superior Water Purification with 99.7% Salt Rejection

The Hydranautics CPA2 RO Membrane is designed for high-efficiency water treatment, delivering exceptional salt, TOC, and hardness removal with a 99.7% rejection rate. Engineered for municipal, industrial, and ultrapure water applications, this spiral-wound composite polyamide membrane offers high recovery rates and a compact footprint, making it a cost-effective solution for demanding water treatment needs.

Key Features & Advantages

✔ 99.7% Salt Rejection – High-purity water output
✔ Reduces TOC, Silica & Hardness – Ideal for industrial applications
✔ Optimized Membrane Area – Higher efficiency & recovery rates
✔ Low Fouling & Easy Cleaning – Reduces maintenance and extends lifespan
✔ Versatile Configurations – Available in both 4” and 8” sizes

Technical Specifications

🔹 Brand: Hydranautics
🔹 Model: 8040 CPA2
🔹 Membrane Type: Spiral-Wound Composite Polyamide
🔹 Maximum Operating Temperature: 113°F (45°C)
🔹 Maximum Operating Pressure: 600 psi (41 bar)
🔹 Maximum Feed Flow Rate: 75 gpm (17 m³/h)
🔹 Maximum Pressure Drop: 15 psi (1.0 bar)
🔹 pH Range (Continuous Operation): 2 – 11
🔹 Maximum Feed Water SDI: 5
🔹 Free Chlorine Tolerance: < 0.1 ppm
🔹 Maximum Feed Water Turbidity: 1.0 NTU
🔹 Membrane Active Area: 365 ft²
🔹 Flow Rate: 37.9 m³/day

Ideal Applications

🏭 Industrial Water Treatment – Reliable and cost-effective
🏢 Municipal Drinking Water – Ensures safe, high-purity water
💧 Well Water Desalination – Effective for brackish water treatment
⚙️ Boiler Feed Water – Protects equipment and enhances efficiency
🔬 Ultrapure Water for Semiconductor Manufacturing

Why Choose Hydranautics CPA2?

💧 Trusted Globally – Over 600 million GPD of purified water produced worldwide
📉 Cost-Effective Performance – Lower energy use & maintenance costs
♻ Sustainable & Efficient – Maximized water recovery, reduced waste

📞 Need help choosing the right RO membrane? Contact us today for expert advice! 🚀

product code : SIE20250331260