Water Purification Systems

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Evoqua Water Technologies provides a comprehensive range of systems for laboratory, industrial, and healthcare applications. Their portfolio includes deionization (DI) systems, reverse osmosis (RO) units, electrodeionization (EDI), filtration systems, and ultrapure water systems, all designed to remove ions, organics, particulates, and microorganisms. These systems are essential wherever water quality directly affects analytical accuracy, product consistency, and compliance with industry standards.

Description

Water Solutions for Every System

Evoqua systems are engineered to achieve defined water purity levels across different applications. Typical outputs range from Type III water (RO-treated, ~5–50 µS/cm) to Type II water (~0.1–1 µS/cm) and up to Type I ultrapure water (18.2 MΩ·cm resistivity, <5 ppb TOC) for highly sensitive analytical techniques. Flow rates vary depending on system configuration, from a few liters per hour for benchtop laboratory units to hundreds or thousands of liters per hour in industrial installations, ensuring scalability based on demand.

The purification process integrates multiple stages, including pre-filtration, activated carbon treatment, reverse osmosis membranes, DI cartridges, and EDI modules, to progressively remove contaminants. Advanced systems also incorporate UV oxidation, ultrafiltration, and final polishing cartridges to reduce total organic carbon (TOC), endotoxins, and microorganisms. This multi-barrier approach ensures consistent water quality suitable for applications such as HPLC, GC, ICP, and microbiological testing.

Designed for reliability and operational efficiency, Evoqua water systems offer features such as real-time conductivity and resistivity monitoring, automated regeneration or cartridge replacement alerts, and integrated control systems. Their solutions support continuous operation with minimal maintenance, making them ideal for laboratories and production environments requiring a dependable supply of high-purity water with validated performance and traceability.