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In mission-critical environments, system reliability is engineered, not assumed. One of the most widely adopted infrastructure reliability strategies is N+1 redundancy. By definition, N+1 redundancy means a system is designed with the capacity required to meet full operational demand, referred …

In high purity water system design, the material used for distribution piping is not simply a construction decision. It directly impacts water quality, bacterial control strategy, maintenance procedures, sanitization compatibility, fire code compliance, fabrication method, and long-term operational stability. While …

Selecting the right high purity water system is critical for engineers, facility managers, and engineering firms designing laboratory, healthcare, and industrial applications. Water softening, reverse osmosis (RO), and deionization (DI) are three of the most common treatment methods. Understanding when …

In high purity water system installations, speed and reliability are essential. Contractors, engineers, and facility managers all aim to reduce downtime while ensuring seamless system functionality from day one. At Atlas High Purity Water, we’ve developed a streamlined approach that …

Water systems in sterile processing departments (CPD, Central Sterile, or SPD) across the United States are undergoing significant changes due to the new AAMI standard released in 2023: AAMI ST108. This article explores the evolving landscape of water systems for …

Clinical laboratory requirements Clinical laboratories rely on precise and accurate test results, which depend heavily on high-quality Reverse Osmosis and Deionization (RODI) water systems. These systems ensure that contaminants do not compromise test sensitivity and specificity. Particularly for detecting analytes …

In the realm of pretreatment for reverse osmosis (RO) system design, multi-media filters (MMFs) and turbidity filters are two of the various technologies available for suspended solids removal, turbidity control, and silt density index (SDI) reduction. This article delves into …

The process of designing an ultrapure water system begins by addressing these 5 critical questions 1) What are the characteristics of the incoming water quality? Understanding feedwater chemistry is the first step to designing any ultrapure water system. That understanding …