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Every successful water treatment project begins with one important question: What is in the water?

Water quality can vary significantly depending on whether the source is a well, municipal supply, river, lake, wastewater stream, or seawater. Designing a system without understanding these characteristics can lead to poor performance, unnecessary maintenance, and higher operating costs.

A complete water analysis provides the information needed to select the right treatment technologies.

What Should Be Evaluated?

A water analysis may include parameters such as pH, Total Dissolved Solids (TDS), hardness, alkalinity, iron, manganese, turbidity, suspended solids, organic content, and microbiological activity.

Each parameter can influence system design.

For example, high hardness may increase scaling risk, while elevated iron or manganese can cause fouling and discoloration. High organic content may require additional pretreatment, and elevated salinity may determine whether Reverse Osmosis or another technology is necessary.

Why One Solution Does Not Fit Every Application

A treatment system that performs well with municipal water may not be suitable for groundwater or surface water.

Different sources require different treatment strategies. The correct solution depends not only on water quality but also on the intended use of the treated water.

Water used for cooling, manufacturing, drinking, boiler feed, or food processing may require different treatment levels.

Better Data Leads to Better Performance

Water analysis helps engineers determine the appropriate filtration stages, membrane configuration, chemical treatment, operating pressure, and recovery targets.

It also helps prevent overdesign. Installing unnecessary equipment can increase costs without improving performance.

A Customized Approach

American Water Solutions develops treatment solutions based on application requirements and water characteristics. This approach supports efficient system design and helps improve long-term reliability.