Maximizing heat transfer efficiency

Inside the ePLUS® DTS, the main bioprocess fluid stream is sent along the strategically arranged tubes, while the cooling fluid is channeled inside the shell, flowing in close proximity. This configuration ensures an effective cooling process, as this design maximizes the surface area available for heat transfer. Meanwhile, the separation of the two fluids by the double-tube-sheet prevents any mixing between the two fluids.

The ePLUS® DTS system, a sophisticated shell and tube heat exchanger, operates entirely automatically, thereby enhancing efficiency in thermal exchange processes. This system is equipped with advanced automated controls and sensors that continuously monitor and regulate the flow and temperature of the involved fluids. As a result, it precisely achieves the desired temperature levels for your bioprocess fluid.

By leveraging automation within the shell and tube heat exchanger framework, the ePLUS® DTS system minimizes the need for manual intervention, thus ensuring reliability, accuracy, and optimal performance in thermal exchange applications across pharmaceutical, chemical, and biotech industries. Furthermore, by incorporating automation, the ePLUS® DTS system reduces the need for manual intervention, guaranteeing reliability, accuracy, and optimal performance in thermal exchange applications for pharmaceutical, chemical, and biotech industries.

The ePLUS® DTS tube diameters, thickness, length, and number of tubes are calculated to withstand the main parameters, in accordance with space and performance requirements.
Moreover, all product contact surfaces are built in AISI 316 L stainless steel and internally electropolished mirror.