Reverse Osmosis System For Laboratory
Max Water Recovery Rate: 65-70%
Rejection rate: ≥ 97%
Turbidity: 3.0 NTU
Power Supply: 220V, 50Hz
Working Environment: 5ºC – 45ºC
Inlet TDS: <2000 PPM
Booster Pumps: High-Pressure Pump- Multi-Stage
1.5T/H Laboratory Reverse Osmosis System: Ultra-Pure Water for Lab
EDI-Integrated | 99%+ Ion Removal | ASTM Type I/II Compliant
For labs requiring ultra-pure water-whether for PCR, HPLC, or pharmaceutical formulation-our 1.5T/H reverse osmosis system delivers conductivity below 1µS/cm. This system integrates advanced RO and EDI technologies to remove over 99% of dissolved ions, organics, and colloids, ensuring compliance with ASTM Type I/II standards.
Why Our reverse osmosis system for laboratory Stands Out
| Laboratory Water Problems | Technical Solutions | Core Values |
|---|---|---|
| Substandard water purity affects experimental results | ✅ EDI+RO Hybrid Technology | Removes 99%+ dissolved ions (e.g., Na⁺, Cl⁻), achieving <1µS/cm conductivity (ASTM Type I). |
| Frequent maintenance increases labor costs | ✅ Automated Controls & Self-Cleaning | Real-time conductivity monitoring + auto-backwash; reduces manual intervention by 80%. |
| Chemical regeneration is environmentally polluting and costly | ✅ EDI Zero-Chemical Regeneration | Eliminates acid/alkali usage; lowers operational costs by 30% vs. traditional DI systems. |
| Limited space makes it difficult to install large equipment | ✅ Compact, Corrosion-Resistant Design | Stainless steel frame + FRP tanks; fits under laboratory benches (W×D×H: 1200×800×1600mm). |
Technical Specifications
| Parameter | Details | Laboratory Relevance |
|---|---|---|
| Capacity | 1500L/H (1.5T/H) | Supports high-throughput experiments (e.g., 24/7 operation). |
| Conductivity | <1µS/cm (ASTM Type I) | Meets requirements for molecular biology, HPLC, and IC. |
| Process Flow | Quartz sand filter → Carbon filter → Softener → RO → EDI → UV sterilization | Multi-stage purification ensures no residual contaminants. |
| RO Membrane | Vontron 8040 (98% rejection rate) | Industry-leading membrane for stable ion removal. |
| Control System | PLC with touchscreen + auto-alarm | Real-time monitoring of water quality; alerts for membrane replacement. |
| Power | 2.25kW (solar/electric optional) | Energy-efficient; compatible with laboratory power grids. |
EDI: The Heart of Ultra-Pure Water Production
How EDI Works：
Electrodeionization (EDI) uses a DC electric field to drive ions through ion-exchange membranes, removing contaminants without chemical regeneration. Paired with RO, it polishes water to <1µS/cm, critical for sensitive experiments like PCR and mass spectrometry.
Advantages Over Traditional DI Systems：
- No Chemicals: Eliminates acid/alkali handling, reducing lab safety risks.
- Continuous Operation: 24/7 water production without downtime for regeneration.
- Low Maintenance: Only requires periodic membrane cleaning (every 6 months).
Trusted by Leading Laboratories
- Molecular Biology: DNA sequencing, PCR, and cell culture (avoids ion interference in reactions).
- Pharmaceutical Research: Drug formulation and stability testing (complies with USP <1231>).
- Analytical Chemistry: HPLC, IC, and AA spectroscopy (minimizes baseline noise).
- Clinical Diagnostics: Sample preparation for ELISA and immunoassays (ensures accurate results).
FAQ
Q1: How often does the RO membrane need replacement?
A: Typically, every 2-3 years under normal laboratory use (municipal water source).
Q2: Can the system handle hard water (high TDS)?
A: Yes. The integrated water softener reduces hardness to <50 ppm, protecting RO membranes.
Q3: Does it comply with GLP standards?
A: Yes. The system logs conductivity, flow rate, and maintenance records for audit trails.
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