Ceramic Proppants – Cooling & Heating Resin Coated Ceramic Proppant

Solex heat exchange technology is commonly used for resin coated ceramic proppant applications. The indirect plate heat exchange technology is the preferred technology for cooling (or heating) resin coated ceramic proppants for a number of reasons: it uses up to 90% less energy, enables precise process control of the cooling process and does not degrade or alter the shape of the resin coated ceramic proppant in the process.

Watch this video to learn more about Solex technology for resin coated ceramic proppants.

Cooling Resin Coated Ceramic Proppant Video – technology explanation

How Solex Technology Works for Cooling Resin Coated Ceramic Proppant

Watch this video and learn how Solex technology works for cooling resin coated ceramic proppant.

Heating Resin Coated Ceramic Proppant – technology explanation

How Solex Technology Works for Heating Resin Coated Ceramic Proppant

Watch this video and learn how Solex technology works for heating resin coated ceramic proppant

Uses up to 90% Less Energy

The Solex heat exchange technology cools (or heats) resin coated ceramic proppant indirectly, without the use of air. This highly efficient method of heat exchange uses up to 90% less energy than technology that require large volumes of air.
Compare the energy savings.

Product Integrity is Maintained While Cooling Ceramic Proppants

During the heat exchange process, resign coated cermamic propannts move through the Solex unit with slow and controlled velocities preventing product abrasion or degradation. This ensures that the integrity of the ceramic proppants is retained. The Solex technology ensures product quality is consistent.

Low Operating and Installation Costs for Resign Coated Ceramic Proppant Applications

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 or heating ceramic proppants. Furthermore, only a cooling or heating source is required, limiting the installation requirements and costs.

Compact Design

The vertical configuration gives the Solex heat exchanger a small installation footprint, making it an ideal choice for ceramic proppant applications.