In the June issue of Processing magazine, Devon Robinson of Solex Thermal Science discusses how indirect heat exchange technology can play an important role in improving energy efficiency and reducing emissions in bulk solids processes.
How do you get the most out of indirect-based technology? In the March 2022 issue of Heat Exchanger World Magazine, Sven van der Heide and Francisco Castellano share insights into how to get the most out of indirect plate heat exchange technology for granular solids.
In the July 2021 issue of Process Heating magazine, Solex Thermal Science Global Director of Industrials Gerald Marinitsch discusses how moving-bed heat exchangers can help reduce the carbon footprint and energy costs of some process applications by capturing and repurposing heat that would otherwise be lost.
The September 2020 issue of Foundry Management & Technology Magazine highlights the collaboration between Solex Thermal Science, Waupaca Foundry and MT Systems on an indirect vertical heat transfer solution that resulted in reduced scrap/salvage rates and lower sand-additive costs.
In the August 2020 issue of Foundry Management and Technology magazine, Solex Thermal Science discusses how advances in heat-transfer technology are giving foundries an opportunity to reset their prospects versus mounting regulatory, technological and competitive pressures.
In the June 2020 issue of Process Heating Magazine, Solex Thermal Science explores the history of heating/cooling bulk solids, including advancements that have led to global use of indirect plate exchange technology.
Plastic polymers are all around us in the products we use every day. Learn what they are, how they're made and how Solex Thermal Science is using their indirect heat exchange technology to make the drying, heating and cooling of polymers more stable and efficient.
Learn what minerals are, how they are processed and what technologies can be used for the processing of minerals. Read more about the Solex Heat Exchanger and how it uses the principals of thermal dynamics to improve downstream processes for the minerals processing industry.
Foundry sand is clean, uniformly sized, high quality silica sand, used in foundry casting processes. The sand is bonded to form molds or patterns used for ferrous (iron and steel) and non-ferrous (copper, aluminum, brass) metal castings. Shake-out sand from completed metal casting are often reclaimed back into the foundry sand process.
