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From livestock housing to food processing, storage and transportation, regulating humidity is critical to health and safety. Farmers rely on the proper conditions to keep their animals comfortable, safe, and productive.

Preserving metallurgical artifacts with temporary climate control solutions is vital to minimizing conditions that cause damage, such as corrosion, tarnishing and pitting. Since metals have differing valences, their storage requirements also differ, making climate control technologies essential to their preservation.

Corrosion prevention is vital to maintenance, safety and preservation of equipment. Without the right environmental conditions during the surface coating preparation, application and drying stages, the life of the preventive coating shortens, thus increasing maintenance costs. For this reason, companies often look to temporary climate control to ensure the success of the protective coating applications.

Crude oil tanks are generally made of steel. While steel offers the strength needed to hold and protect oil, it’s vulnerable to corrosion. During the manufacturing stage, modern steel tanks receive a protective surface coating to prevent corrosion. The coating, however, doesn’t last forever. It is necessary for the tanks to undergo maintenance every 5 to 10 years to reapply a surface coating to prevent corrosion, pitting and oil leaks.

Humidity control in schools is a critical function, impacting indoor air quality, student health and the longevity of a building. When high levels of relative humidity are present, students and faculty may experience health problems and the building will degrade at a faster rate. By implementing a humidity control strategy, a school will save on maintenance and repair costs, increase comfort levels, and decrease the risk of moisture-related health concerns.