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Moisture at a construction site warrants serious attention, particularly because most building materials absorb moisture. As a result, a common construction drying solution includes the use of an on-site HVAC system in an attempt to maintain ideal relative humidity levels. The problem with this approach is that HVAC units are meant to condition air so the occupants inside feel comfortable. Using an HVAC system for a different reason increases the appliance’s load, causing unnecessary wear and tear. It’s simply the wrong tool for the task.

A library collection’s life expectancy is most dependent on its environmental conditions. When conditions are sub-par, damage generally occurs slowly, making it easy to go unnoticed. One of the most common forms of damage is mold growth, which first becomes apparent when a collection gains a musty smell. Because cellulose-based materials are vulnerable to several types of mold, humidity control for libraries is an essential step to maintaining an ideal environment. By knowing which environmental factors are crucial to preserving collections, you can take steps to ensure they are within acceptable ranges.

Moisture-related problems in concrete flooring amount to over $1 billion in damages each year. Concrete is porous by nature. The more porous it becomes the more potential there is for moisture-related damage, which leads to problems such as high pH levels and carbonation. Relative humidity levels in concrete directly affect its pH levels. This means that pH levels rise as relative humidity levels increase. For this reason, optimal humidity for concrete drying is necessary to ensure the building material’s integrity during and after its installation.

In the construction, architecture and engineering fields, mold is a hot topic because it definitely grows in and on concrete. Mold growth on concrete occurs in any geographical area of the world and has the potential to lead to health problems and structural damage. Mold prevention and management should begin with the design phases of a building project, as taking preventive actions to mitigate excessive humidity levels, water infiltration and condensation are essential at all stages. By knowing how, why and where mold grows, you can take measures to prevent its development.

Water is an essential component when making concrete. The moisture that water provides also gives concrete its strength during the curing process. While water is one of the most important ingredients in concrete, it can also be the most destructive in excessive amounts. As one of the most common building materials used in construction, appropriate concrete drying solutions are necessary to ensure concrete strength and safety.