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

Shell-and-tube heat exchangers that serve as process coolers often require an expansion joint to relieve stresses in critical exchanger components. Several factors should be considered when developing a cost-effective expansion joint design to ensure safe operation and reliability.

In process industry operations, the difference between success and failure can be as simple as asking the right questions. When designing process cooling equipment, not doing your homework can lead to unplanned shutdowns, costly maintenance — or worse.

Just like a car’s radiator keeps its engine from overheating, the heat associated with the processing of electricity must be reduced significantly in order for consumer electronic devices like computers, televisions and smartphones to function properly. 

The AEC High Efficiency Central Chillers are remarkably energy efficient and can save processors up to 60% in electrical costs. The system continuously measures ambient and process conditions and will adjust to operate in the most efficient manner. 

MIL-XTM is optimized for heat-sink and heat exchanger electronic cooling applications.

As emergent technology for the process industries, microchannel air-side coils are having a favorable impact because their performance exceeds traditional copper tube/aluminum fin coils in many OEM applications.

Tube Weasel Battery Millhog employs a wedge-style blade-locking system and TiN-coated cutter blades to perform clean, ready-to-weld end preps without cutting oils.

Web-based technical support for Intergraph CADWorx & Analysis Solutions products allows users to get immediate help when designing using tools from the company.