With a robust array of design options, designers are often tasked with the challenge of deciding which dehumidification methods best suit their projects’ needs.

While efficiency is sometimes thought of in terms of massive projects and initiatives, micro- improvements, like the choice of insulating material used on pipes, can have a significant impact on the bottom line.

Texas A&M researchers have enhanced the dehumidification efficiency of a polymer that could help develop more energy-efficient systems with a smaller carbon footprint.

Instant measurement and production line correction is enabled since calculations are performed in real-time inside the sensor and data is analyzed multiple times per second with integrated software.

The location of the chilled water system — both in terms of geography and physical placement — influences the design specifics needed to properly insulate or protect it.

There is a fine line between a well-controlled data center and one that houses equipment in danger of catastrophic failure.

Perform a detailed technical analysis to determine which dehumidification technology will provide the best performance for a specific application when using a DX dedicated outside air system.