Ultrapure Water Systems: Custom Design & Manufacturing
Ocpuritech offers high-quality ultrapure water treatment systems for electronics, pharmaceutical & lab use. Custom RO EDI ultrapure water solutions with wholesale price. Contact our suppliers now!
Product Categories
500LPH RO+EDI Demineralized Water Treatment System
Cabinet Design 200L Ultrapure Water Process for Laboratories
Full Stainless Steel Double Pass RO+EDI Water Purification
Double Pass RO System with EDI for Ultra-Pure Water Filtration
Industrial Double-Stage RO + EDI Ultra-Pure Water Production
Small-Footprint EDI Module for High-Purity Water Treatment
Ultrapure Water Solutions for Efficient AdBlue Production
2T/H Double Pass RO EDI System for Pharma Water Supply
What is the Advantage of Ultrapure Water Purifier System?
In high-precision laboratory and industrial environments, the quality of your water is the foundation of your results. An Ocpuritech ultrapure water system is engineered to deliver consistent Type 1 water with a resistivity of 18.2 MΩ-cm at 25°C, ensuring that even the most sensitive analytical applications remain uncontaminated.
Superior Water Quality & Analytical Precision
▪ ASTM Class 1 Compliance: Our systems meet or exceed ASTM, ISO, and USP standards, significantly increasing the sensitivity of your analytical data.
▪ Total Organic Carbon (TOC) Reduction: Integrated UV Oxidation lamps effectively degrade organic compounds, essential for HPLC and GC-MS applications.
▪ Comprehensive Multi-Stage Purification: A synergistic combination of Reverse Osmosis (RO), Deionization (DI), and Ultrafiltration (UF) removes ions, bacteria, and pyrogens in a single streamlined process.
Innovative Design & Operational Efficiency
▪ Revolutionary Bag-Tank Technology: Eliminate time-consuming cleaning cycles. Our unique disposable bag-tank system prevents biofilm buildup and simplifies maintenance.
▪ Chemical-Free Deionization (EDI): Utilize Electrodeionization for continuous, chemical-free ion removal, lowering your environmental footprint and operational overhead.
▪ Energy Recovery & Sustainability: Engineered with innovative recovery modules to minimize water waste and reduce the total cost of ownership (TCO).
User-Centric Intelligence
▪ Intuitive Touchscreen Interface: Navigate complex dispensing options via a high-definition color screen with personalized, easy-to-use menus.
▪ Real-Time Water Quality Monitoring: Advanced intelligent control systems provide instant feedback on resistivity and TOC levels, ensuring total peace of mind.
▪ Versatile Footprints: Whether you require a compact benchtop unit or a large skid-mounted/cabinet industrial deionised water system, our designs adapt to your facility’s spatial constraints.
Technical Details Of Ultrapure Water Treatment Equipment
High-performance ultrapure water systems for demanding industrial applications. Engineered for continuous, high-flow reliability, our custom UPW treatment systems seamlessly integrate advanced RO/EDI technologies to deliver lab-grade purity. We help manufacturing, electronics, and pharmaceutical facilities meet stringent water quality standards while significantly reducing operational costs.
| Specification | Value | Specification | Value |
|---|---|---|---|
| Capacity (T/H) | 0.25T-100T | Oxidizing Agent | 0 |
| Control Type | Micro controller/PLC (touch screen option) | Silicon Dioxide (mg/L) | ≤0.5 |
| Recovery Rate | ≥ 90% | SDI15 | ≤1 |
| Total exchange Anions (mg/L) | ≤35 | PH | 7-9 |
| Total Hardness (mg/L) | ≤1 | Temperature (°C) | 5-35 |
| TOC (mg/L) | ≤0.5 | Heavy Metal (mg/L) | Fe ≤ 0.01, Mn ≤ 0.01 |
| Residual Chlorine (mg/L) | ≤0.02 | Inlet Operating Pressure (bar) | 3-5 |
Ultra High Purity Water Systems: How Do They Work?
Ultrapure Water Treatment Systems are engineered to push water purity to its theoretical limit. In high-tech industries such as semiconductors, pharmaceuticals, and photovoltaics, ultrapure water is treated as a critical "industrial solvent." These systems remove virtually all impurities—including ions, organics, and microorganisms—leaving only pure H2O molecules.
To maintain peak performance, an ultrapure water plant must operate with 24/7 constant recirculation. Stagnation can lead to rapid bacterial growth and a drop in resistivity. Below is the core multi-stage purification process integrated into every AOMI system:
1. Pre-treatment System (Primary Purification)
Pre-treatment systems used in ultrapure water systems typically include sand filters, activated carbon filters, and water softening. Effective pre-filtration is essential to protect expensive downstream membranes and resins. These steps prepare the water for further purification:
Sand Filters:Remove large particles like sand, rust, and other suspended solids. Activated Carbon Filtration: Remove residual chlorine and organic compounds. Residual chlorine must be eliminated to prevent damage to the downstream reverse osmosis (RO) membranes. Water Softening & Antiscalant: Removes calcium and magnesium ions to prevent scaling and protect expensive reverse osmosis membranes and resins.
2. Single/Double Pass Reverse Osmosis (Core Demineralization)
Reverse Osmosis (RO) purification is the engine of the water treatment process. By applying high pressure through semi-permeable membranes, it rejects 95%-99% of dissolved salts, colloids, and bacteria. Whether using a water deionizer or a distillation setup, RO remains the most cost-effective method for bulk contaminant removal in industrial water purification systems. This stage bridges the gap between raw water and deionized water (DI water), integrating seamlessly with distillers and other water purification equipment.
3. Electrodeionization (EDI) Technology (Advanced Polishing)
EDI system is the critical step for converting pure water into ultrapure water. After reverse osmosis treatment, any remaining ions are removed using an electrodeionization (EDI) system. Combining ion exchange and electrodialysis technologies, EDI continuously removes ions through an electric field without requiring acidic or alkaline regeneration, making it an eco-friendly solution. Provides a stable, chemical-free supply of Type I ultrapure water, high-resistivity output (up to 18.2 MΩ - cm) while reducing environmental impact.
4. UV Sterilization & TOC Reduction
Ultraviolet light at wavelengths of 185nm and 254nm is used to: 185nm UV: Specifically designed for the degradation of Total Organic Carbon (TOC). 254nm UV: Effectively sterilize and kill bacteria, ensuring that water remains microbiologically safe.
5. Polishing Resin (The Final Precision Barrier)
For the most demanding applications, nuclear-grade polishing resins act as the final defense. This stage further lowers ion concentrations to trace levels and reduces TOC. It also acts as a buffer against feedwater fluctuations, ensuring the ultrapure water quality remains consistent and stable.
Achieving stable, high-purity water requires a customized approach. At AOMI Water Treatment, our engineers provide comprehensive water management plans and professional installation of ultra-high purity water systems. Safety Note from AOMI Engineers: While it is the pinnacle of purity, ultrapure water is not suitable for drinking. Because it is entirely devoid of minerals, it is highly aggressive and will actually "leach" essential ions and minerals from the human body if ingested.
Looking for a tailored UPW solution? Contact AOMI Professionals today for a technical consultation and optimize your water management strategy.
Ocpuritech: Top Ultrapure Water Systems for Many Applications
Ocpuritech designs high-performance Ultrapure Water Treatment Systems for Industrial & Commercial Applications, ensuring consistent water quality that meets the most rigorous global standards (USP, EP, and ASTM).
▪ Microelectronics & Semiconductor Manufacturing: Critical wafer cleaning, photolithography processes, integrated circuit (IC) fabrication, and chip manufacturing. Ultra-low TOC and particle-free water to prevent defects in nanometer-scale production.
▪ Pharmaceutical & Biotechnology: Cell culture, PCR, HPLC analysis, and molecular biology research. Chemical-free, continuous high-purity production with strict microbial and endotoxin control.
▪ Power Generation & Energy: High-pressure boiler feed water, nuclear power plants, and cooling systems. Produces high-resistivity demineralized water to prevent scaling and corrosion; used for NOx reduction in gas turbines.
▪ Healthcare & Medical Equipment: Hemodialysis, medical instrument sterilization, and clinical laboratory testing. High-purity water supply for dialysis machines and automated biochemical analyzers.
▪ Laboratory & Analytical Testing: Mass Spectrometry (ICP-MS), environmental monitoring, and trace element analysis. Providing 18.2MΩ-cm water to ensure the accuracy and reproducibility of sensitive analytical results.
▪ General Industrial & Chemical Processing: High-end cosmetics, food and beverage raw materials, mining/hydrometallurgy (selective ion removal), and precision instrument manufacturing. Eco-friendly demineralization for production, cleaning, and cooling processes.
Get Your Custom Water Treatment Solution
Tell us about your water treatment needs and our experts will design the perfect system for your application.