
- QingQingQuan
- SHANDONG
- 15 days
- 500 PER MONTH
High-efficiency RO systems with 95% recovery rate for pharmaceutical & food industries. NSF-certified, 60% cheaper than distillation. Case study: 150,000 tons annual water savings. Get specs!
RO Reverse Osmosis Pure Water System - Efficient and Energy-Saving Industrial Water Treatment Solution
(Compliant with International Standards)
1. Core Principles of Reverse Osmosis Technology
The Scientific Power of Semipermeable Membranes
🔬 Filtration Precision: 0.0001 microns (5,000 times smaller than bacteria)
💧 Desalination Mechanism:
• Applying pressure (> osmotic pressure) forces water molecules through the membrane
• Retains 99% of dissolved salts, heavy metals, and microorganisms
Industry Data: RO systems can reduce ion exchange resin load by 90% (American Water Works Association report).
2. Three Major Process Stages of the System
The Journey from Raw Water to Ultra-Pure Water
① Pre-treatment system
• Multi-media filtration: removes suspended solids (turbidity <1 NTU)
• Activated carbon adsorption: eliminates residual chlorine (<0.1 ppm)
• Softening treatment: prevents scaling (hardness <1 ppm)
② Membrane separation core
• Single-stage configuration: single pressure application, recovery rate 50–75%
• Two-stage configuration: double pressure application, recovery rate >85%
③ Post-Treatment Assurance
• UV Disinfection: Inactivates microorganisms with 254nm ultraviolet light
• Ozone Disinfection: Continuous bacterial inhibition (0.1ppm residual)
3. 7 Key Advantages
Why Choose RO Technology?
✅ Stable Water Quality: 24/7 continuous water production (conductivity ≤10μS/cm)
✅ Zero Chemicals: No acid-base regeneration required
✅ Ultra-High Recovery Rate: Up to 95% (with energy recovery)
✅ Environmentally Friendly: No regenerated wastewater discharge
✅ Safe and Convenient: Fully automatic operation, avoiding manual contact with hazardous materials
✅ Cost Savings: Operating costs 60% lower than distillation methods
✅ Wide applicability: Covers everything from seawater desalination to pharmaceutical-grade pure water
Comparison with traditional processes:
Indicator | RO System | Ion Exchange |
---|---|---|
Water consumption | 1-5% concentrate | 30-50% regeneration wastewater |
Energy consumption | 3-5 kWh/m³ | 0.5 kWh/m³ |
Maintenance frequency | Cleaning once every six months | Regeneration once a month |
4. Industry application examples
Successfully solving water challenges in various fields
① Pharmaceutical Industry
• Purified water conductivity ≤1 μS/cm
• Compliant with GMP/2020 Edition of the Chinese Pharmacopoeia
② Food and Beverage
• Removal of odors/colors (TOC <50 ppb)
• Certified by NSF/ANSI 61
③ Seawater Desalination
• Bitter-salty water treatment (TDS 10,000 → 500 ppm)
• Compact design for islands/ships
Customer Testimonial:
After upgrading the RO system at a certain brewery:
✅ Annual water savings of 150,000 tons
✅ Product complaint rate reduced by 40%
5. Selection and Maintenance Guidelines
Key Decision Factors
1️⃣ Water source quality: High-hardness water requires enhanced pretreatment
2️⃣ Product water requirements: Pharmaceutical-grade water recommends two-stage RO + EDI
3️⃣ Energy optimization: Select variable-frequency pumps + energy recovery devices
Smart monitoring features:
• Real-time display of TDS/pressure/flow
• Automatic flushing to prevent fouling
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