How to Select the Right Water Purification System for Your Lab  

This application note provides guidance on selecting a laboratory water purification system by assessing water quality needs, volume requirements, and lab design. It highlights key considerations such as monitoring, compliance, user experience, and sustainability to ensure consistent, high-quality water for reliable analytical results.  

This application note outlines key considerations for selecting an appropriate laboratory water purification system to ensure accurate, reliable analytical results. You will learn the importance of matching water quality—Type 1, Type 2, or Type 3—to specific applications, while accounting for total volume requirements, peak demand, and laboratory layout. Critical factors such as contaminant removal technologies, monitoring tools (e.g., resistivity and TOC), and data traceability are discussed to support consistent water quality over time. The note also highlights the role of user experience, service support, certification, and regulatory compliance in system selection. Sustainability considerations, including reduced resource consumption and environmentally responsible design, are addressed. By evaluating these parameters, laboratories can confidently select a solution that meets performance, operational, and compliance needs. 

Learning outcomes:

• How to determine the appropriate water quality (Type 1, 2, or 3) and volume requirements based on specific laboratory applications and workflows
• Key factors in selecting a water purification system, including contaminant removal technologies, monitoring tools, compliance, and service considerations
• Best practices for ensuring consistent water quality, system efficiency, data traceability, and alignment with sustainability and laboratory design goals