Cooling Urea Prills With Ultra Efficient Technology

Solex heat exchange technology is engineered specifically for cooling urea prills of all types. Solex has hundreds of heat exchangers installed in more than 43 countries in fertilizer cooling applications. Not only does Solex technology use up to 90% less energy while cooling urea prills, but it offers other significant process benefits as well. Watch this video to discover more about Solex cooling technology for cooling urea prills.

Fertilizer Cooling Video – technology explanation

How Solex Technology Works for Cooling Urea Prills

Watch this video and discover how Solex technology works for cooling Urea Prills.

Years of Experience in Fertilizer Cooling Applications

Solex has been involved in fertilizer cooling applications world-wide for more than 20 years, and has a team of experts capable of handling the most difficult fertilizer cooling challenges. View a list of some of the fertilizer companies Solex has served world-wide.

Benefits of the Solex Technology for Cooling Urea Prills

Solex indirect plate heat exchange technology provides slow and controlled movement of the fertilizer through the cooler, preventing product abrasion and degradation. And, since air is not used directly to cool the fertilizer, the risk of product moisture content changes and contamination is eliminated. Emissions and dust are also eliminated and installation costs are minimized due to the removal of unnecessary air handling equipment.

Cooling Urea Prills Without Caking

The Solex heat exchanger is designed to cool fertilizers reliably without condensation or product caking. The engineers at Solex have implemented years of experience in fertilizer cooling applications to ensure reliable cooling without caking.