Selecting a chiller supplier is part of a multistep process that ultimately aims to deliver adequate, effective cooling for your process application at a cost-effective price.

Finding just the right heat exchanger for your specific process cooling application sometimes can be an intimidating task.

When choosing which low temperature heat transfer fluid to use for your process, data such as density, film coefficient, viscosity, pour point and thermal conductivity need to be taken into consideration.

Designed for safe, reliable operation, system chillers deliver the cooling needed throughout the plant from a single large unit. Find suppliers using our Cooling Capabilities Chart.

While perhaps not quite as frightening as the famous Alfred Hitchcock shower scene, just imagine the shock of stepping into a hot shower, unwrapping your favorite bar of soap and discovering that it is already dirty.

Typically, heat exchangers are fabricated from steel, tantalum and other metals, fluoropolymers, glass or graphite. For highly corrosive media such as diluted sulfuric acid, the the list of appropriate construction materials is greatly reduced to fluoropolymers, glass, graphite and tantalum.

When deciding on a temperature control scheme for a process, options include a PLC or stand-alone temperature controllers. Learn about the pros and cons of each technology in process applications.

Ammonia was among the early refrigerants, first used in 1850 in France1 in mechanical systems.

Water is a universal solvent and, as such, it is capable of dissolving and retaining high concentrations of minerals and deposits.