Blog

How solids heat exchange technology is providing plant operators with the tools they need to improve carbon capture processes by saving energy costs and reducing emissions.

Simple in its operation yet complex in its design, there’s much more than meets the eye with vertical moving bed heat exchanger (MBHE) technology. We explore the role of laser welding technology in supporting a reliable heat exchange solution with Jan Steenhuis of Mosman Stainless Steel.

In Episode 9 of The Exchange, we discuss the diverse southeast Asia market with Go Takagi of DJK Asia and Albert Bedell of Solex Thermal Science. 

Highlighting Solex's involvement in this year's technical presentations from the AOCS Processing Division, plus a sneak peak of Solex’s booth.

A closer look at the differences between indirect rotary drums and vertical moving bed heat exchangers, focusing on energy consumption, temperature control, operational flexibility and more.

Solex will be on hand at 2021 AFS Metalcasting Congress to showcase how proven, indirect plate technology can condition foundry sand more efficiently. Here are three takeaways attendees can expect after visiting Solex’s booth.

In Episode 8 of The Exchange, we discuss sustainability in the cocoa industry with Aldo Marino of the European Cocoa Association and Pedro Moran of Solex Thermal Science. 

CRU Phosphates virtual conference an opportunity to recognize fertilizers’ role in meeting the demand for food

You won’t find the definition of a high-temperature bulk solids heat exchanger in any textbook. Yet the technology is finding its way into more industries. Which leads then to the obvious question: What are high-temperature heat exchangers? Or perhaps better put, how do they work?