# Portable Exchange Deionization Tanks: An Efficient Solution for Water Treatment

Water treatment is, without a doubt, an essential process for many industries and applications. Whether it's for drinking water or industrial water processing, the quality of water is crucial to the success of these processes. Water can contain various contaminants, including dissolved minerals that can damage equipment, decrease efficiency, and even affect the health of those who consume it. Therefore, it is crucial to have efficient water treatment systems that can remove these contaminants and ensure clean, safe, and high-quality water.

Portable exchange deionization tanks are one such solution that is gaining popularity in the water treatment industry. AquaTek, a water treatment company based in Churubusco, offers portable exchange deionization tanks as part of their water treatment solutions. In this blog post, we will delve into what portable exchange deionization tanks are and why they are an efficient solution for water treatment.

## What are Portable Exchange Deionization Tanks?

Portable exchange deionization tanks (PEDI) are small, mobile tanks that use ion-exchange resins to remove dissolved minerals and other impurities from water. This process works by exchanging ions present in the water stream with ions from the resin. These tanks typically contain two resin columns – one for removing positively charged ions (cations), such as calcium, magnesium, and sodium, and another for removing negatively charged ions (anions), such as nitrate, sulfate, and chloride.

## Why Choose Portable Exchange Deionization Tanks?

Portable exchange deionization tanks offer several advantages over traditional water treatment systems, making them an efficient solution for various industries and applications.

### High-Quality Water

The ion-exchange process used in PEDI tanks ensures that water is of high quality, free from harmful contaminants, and suitable for various industrial applications. Removing dissolved minerals prevents them from causing scale buildup, premature equipment failure, and other issues that can compromise the efficiency and performance of industrial processes.