Cooling Tetrapotassium Phosphate Using Solex Technology

Solex heat exchange technology is engineered specifically for cooling free flowing bulk solid materials such as chemicals. Solex has hundreds of heat exchangers installed in more than 43 countries in applications like cooling tetrapotassium phosphate. Not only does Solex technology use up to 90% less energy while cooling tetrapotassium phosphate, but it offers other remarkable process benefits as well. Watch this video to learn more about Solex cooling technology for applications like cooling tetrapotassium phosphate.

Chemical Cooling Video – technology explanation

How Solex Technology Works for Cooling Tetrapotassium Phosphate

Watch this video and learn how Solex technology works for cooling tetrapotassium phosphate.

Years of Experience in Chemical Cooling Applications

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

Benefits of the Solex Technology for Cooling Tetrapotassium Phosphate

Solex indirect plate heat exchange technology operates without the use of air as the cooling medium. Since no air is used in the cooling process, emissions and dust are eliminated, the risk of product contamination is reduced, and installation costs are minimized due to the elimination of unnecessary air handling equipment.

Low Operating Costs and Reliable Operation

The Solex heat exchanger is designed to operate without any moving parts, offering simple and easy maintenance and years of low cost and reliable operation when cooling tetrapotassium phosphate.