Reduce water-related costs, ensure compliance and achieve sustainability goals in your laboratory operations

Brunel University operates research programs including a facility analysing zebrafish to gain insights into the fundamental biology of non-steroidal anti-inflammatory drugs. The university required a reliable, high-capacity water purification system to support this critical research. After consulting with Veolia's technical experts, a new solution was devised featuring a duplex reverse osmosis setup comprising two 30L/hr RO units. Both systems feed into an existing large capacity tank and are connected to Veolia's innovative digital portal for remote monitoring. Key results include the new system filling the reservoir three times faster than before, ensuring uninterrupted water supply for sensitive research applications, and enhanced system monitoring through digital connectivity, supporting research excellence at one of the UK's leading universities.

An international pharmaceutical company required ultrapure water for analytical development of high-quality, affordable generic pharmaceuticals. The company needed consistent Type I+ water quality with real-time monitoring to ensure reliable results in critical quality control and development applications. Veolia provided a fully validated system and a dispenser, allowing scientists to conveniently dispense water into any size container while receiving real-time feedback on inorganic water purity and TOC levels. Key results include optimal water purity meeting stringent standard operating procedure requirements, an easy-to-use interface enhancing laboratory workflow efficiency, and consistent ultrapure water quality essential for accurate analytical testing. 

A leading provider of inspection, analysis, and technical services to the metals, minerals, and solid fuels industry required a water deionisation and distribution solution for a new-build laboratory complex. The challenge involved supplying deionised water with a consistent resistivity of ≥2 MΩ-cm to two separate ringmains using two standalone systems. Following an in-depth analysis of the client's needs, Veolia installed two identical systems, offering combined water purification, storage, and distribution in a single unit. Key results include consistent deionised water quality meeting the ≥2 MΩ-cm resistivity requirement, turnkey solution combining purification, storage, and distribution reducing complexity and footprint, reliable dual-system configuration ensuring uninterrupted water supply to both ringmains, and customised design perfectly suited to the new laboratory's specific requirements, supporting accurate testing and analysis for the metals and minerals industry.