Graphite cubic block heat exchangers have a small footprint with a high amount of heat transfer surface area. Heat exchangers in excess of 400 ft2 of surface area can be supplied.

Cross contamination in the pharmaceutical industry is not just an issue for those working in it, but for the wider public as a whole. As general awareness of the potential issues has increased, more questions are being asked of manufacturers and health professionals about the safety, integrity and potential side effects of a range of products and medicines.

Heat exchangers used for processes such as pasteurization and sterilization must be properly designed and built in order to ensure product safety. In terms of design, there are two main methods to prevent cross-contamination between the product and the service medium (heating or cooling).

Sandvik’s team based in Dubai will partner with Serck Services of United Arab Emirates to manufacture heat exchangers. Duplex tube-to-tube sheet welding is key to fabrication, and Sandvik will offer this support as part of the agreement.

Our Equipment Overview on Heat Exchangers offers a side-by-side comparison of industrial heat exchanger manufacturers to show you which companies manufacture the types you want.

A fully packaged storage water heater utilizes a compact double-wall brazed-plate heat exchanger. 

Replacing non-functioning boiler systems — pressurized vessels placed in a facility to heat water — can take quite a bit of time. Enter the boiler-bypass system: a non-pressurized system that sits outside a facility or building. It heats up hot water, which then goes through the heat exchanger inside the building. Such units can be deployed rapidly and are scalable.

Inline heat exchanger makes use of different types of mixing in the heat transfer system to help users meet their unique mixing requirements. 

Tremaine Hartranft was promoted to director of technical sales for bakery and snack-food production equipment maker Reading Bakery Systems (RBS), Robesonia, Pa.

The process-efficiency benefits of utilizing heat from one part of an industrial process in another are well understood. Heat reuse — sometimes referred to as regeneration — is widespread across a range of processes: pasteurization and sterilization, evaporation, drying, distillation, pressurization, cooking, space and media heating, and reactor heating, to name a few. In fact, the list of applications is as varied as the industries themselves.