Courtney & Nye

In many industrial processes, it is necessary to heat or cool a fluid, condense a vapor, or recover heat from a process stream. Heat exchangers transfer heat between two fluids by bringing them in thermal contact with each other and keeping them separate. Processes can be managed more effectively, with greater efficiency and a higher degree of control, when heat exchangers are selected to meet specific industrial needs. Courtney & Nye offer guidance and products relevant to this task. Understanding Heat Exchangers A heat exchanger is a system used to transfer heat between two or more fluids. The most common type of heat exchanger uses a solid surface to separate the two fluids, which allows thermal energy to directly transfer between the two fluids. It is possible that one fluid enters at a higher temperature, while another enters at a lower temperature. As they flow along different flow paths, heat is transferred from the hotter fluid to the colder fluid. This temperature change ...

With rational pressure control, good material handling and assured process performance, Vacuum technology is an essential part of a contemporary industrial operation. Nash vacuum pumps occupy the vacuum industry for applications where dependable daily operation is crucial. Based around the concept of producing and maintaining a vacuum, the primary role of Nash equipment is to remove gases, vapors and air from process equipment. Courtney & Nye consult to the industrial market, guiding customers in selecting the right equipment for each challenging application and environment. Understanding Nash Vacuum Pumps A vacuum pump is a mechanical device that used to evacuate molecules of gas from a sealed volume, thereby lowering the pressure in the space. Vacuum is employed in various processes like evaporation, filtration, drying, deaeration, material handling, and vapor recovery. Nash vacuum pumps often refer to liquid ring vacuum systems. A liquid ring pump comprises a rotating impeller ...