What should technicians do if they encounter persistent high humidity during the drying process?

When technicians encounter persistent high humidity during the drying process, adjusting the drying equipment or methods as necessary is the most effective course of action. High humidity can inhibit the drying process, making it slower and less effective, which can lead to further problems like mold growth or structural damage.

By modifying the drying approach—such as repositioning dehumidifiers, increasing their capacity, or adding fans to improve air movement—technicians can manage moisture levels more effectively. Implementing sensible adjustments ensures that the drying environment is controlled and optimized for faster moisture removal.

While waiting for natural ventilation may seem like a passive solution, it often does not address the underlying moisture issues swiftly enough. Ignoring high humidity readings can lead to complications or rework that could have been avoided. Increasing the temperature may offer some benefit, as warmer air can hold more moisture, but it does not directly decrease humidity levels; in fact, it could potentially exacerbate the issue if not accompanied by appropriate dehumidification methods. Therefore, taking proactive measures to adjust equipment and methods specifically targets the problem of high humidity in a more effective manner.