Integrated cooling and pneumatic transport for hot rare earth products
In rare earth processing, hot product streams must often be cooled prior to storage, transport or downstream handling. These materials are frequently abrasive, dusty, radio-active and sensitive to product losses or contamination, requiring fully enclosed handling systems.
Ingetecsa’s Flash Cooler combines flash cooling and conveying in a single enclosed process step. Operating under slight vacuum conditions, the system enables clean plant operation and reliable transfer of hot rare earth products directly to downstream silos or storage systems.
Ingetecsa’s Flash Cooler combines flash cooling and enclosed pneumatic conveying in a single process step. The system cools and transports hot rare earth products directly to downstream silos, storage systems or further processing stages.
Operating under slight vacuum conditions, the Flash Cooler ensures clean and contained handling of abrasive and dusty materials while minimising product losses and dust emissions. This is particularly important for high-value or radioactive rare earth products, where clean plant operation and controlled handling are essential.
In many applications, the Flash Cooler replaces conventional bucket elevators or separate conveying systems. Enclosed pneumatic conveying minimises spillages, dust exposure and housekeeping requirements while allowing flexible plant layouts and transport over long horizontal or vertical distances.
With very few moving parts, the Flash Cooler provides high uptime, low maintenance requirements and robust operation under demanding industrial conditions.
Discuss your cooling requirements
Advantages of the Flash Cooler
Optimise your flash cooling and conveying process
Ingetecsa designs Flash Coolers for the cooling and enclosed conveying of hot rare earth products. Our engineers assess product characteristics, cooling requirements and plant layout conditions to determine the most suitable cooling and transport configuration for downstream handling and storage.