Audited Supplier
Plate and frame
RO
Industry
1t/H
Reverse Osmosis Water Filter System
Drinking Water Purification
1 Years
Video Technical Support\Online Support
SUOAI
Plastic Film and Wooden Case
1cbm
Quanzhou, Fujian, China
8421299090
Product Description
SPECIFICATIONS
Reverse osmosis technology represents the pinnacle of contemporary high-tech advancements in China. This cutting-edge technique leverages the power of reverse osmosis to expertly separate water from solutions. By applying pressure that surpasses the natural osmotic equilibrium, water is driven through a specially crafted semi-permeable membrane. The process, aptly named 'reverse osmosis,' deviates from the natural flow direction, achieving the separation, extraction, purification, and concentration of various solutions without the need for heating or phase transitions, ultimately conserving energy more efficiently than traditional methods.
| Function | Drinking water, Bottle water, Industrial water, Commercial water |
| System | Reverse osmosis system, Ultrafiltration system, EDI ultrapure system, Water reuse system, Seawater desalination, Brackish water desalination |
| Capacity | 250/500/750/1000LPH, 2TPH, 3TPH, 4TPH, 5TPH, etc |
| Voltage | 380V, 220V/50HZ etc; (Power supply can be Customized) |
| Power | 2-10 kw |
| Raw Water | TDS ≤ 1000PPM Working temperature: 0 ≤ 45°C Well water, tap water, seawater, salt water, brackish water |
| Produced water quality | Conductivity <10μs/cm Total organic carbon ≤ 0.5mg/L Microorganism <100cfu/ml |
| Desalination rate | 96-99% |
| Water recovery rate | 50-70% |
| Work pressure | Pretreatment: 0.2-0.4MPa, RO host: 0.8-1.6Mpa |
| Material | FRP tank, Stainless steel 304, PVC pipe, |
| Control | Automatic or manual |
| Process | Quartz sand filter → Activated carbon filter → Water softener → High pressure pump → Ro system → UV → Ozone generator |
Applications
- Groundwater and surface water purification
- Reclaimed water reuse
- Pretreatment of reverse osmosis systems
- Pretreatment in seawater desalination
- Clarification and turbidity removal in beverages
About Suoai
SUOAI's pioneering multihole membrane technology Suoai has revolutionized the drinking water purification industry with its innovative multihole membrane technology. By ingeniously uniting seven capillaries into a single membrane fiber, Suoai has crafted a robust support layer. This groundbreaking design not only fortifies the membrane's structural integrity but also elevates its functional prowess to new heights.
Certificate
Advantages of Multihole Membranes
1. **Structural Stability**:
- The porous membrane design significantly enhances stability. Compared to conventional single-hole membranes, which may falter under prolonged high-pressure and high-temperature conditions, porous membranes create a resilient unit by combining multiple capillaries, thereby minimizing the risk of filament failure.
2. **Operational Safety**:
- With their superior structural stability, porous membranes markedly boost operational safety. This advancement ensures that water purification systems consistently operate with reduced contamination risks, safeguarding the purity of drinking water.
3. **Reduced Maintenance and Repair Costs**:
- Porous membranes' stability leads to lower maintenance needs and costs. Unlike traditional single-hole variants, they exhibit fewer issues over time, offering substantial cost reductions in maintenance and replacements. This economic benefit is particularly advantageous for those managing water purification systems.
Impact on the Field of Drinking Water Purification
Suoai's Multihole membrane technology signifies a new era in drinking water purification, marked by enhanced efficiency and quality. By curtailing maintenance expenses, it democratizes access to premium drinking water. Furthermore, the dependable stability and safety of porous membranes empower operators with greater trust and assurance in their systems.
Conclusion
In conclusion, Suoai's Multihole membrane technology has instigated a paradigm shift in drinking water purification. This innovative approach effectively resolves the challenges of stability and maintenance costs presented by traditional single-hole membranes. As this technology continues to advance and gain traction, the future of drinking water purification promises to be more vibrant and sustainable, heralding a new horizon for the industry.
