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Ceiling advance control
Storyboard 
In the case of water damage, the correction process is longer because removing moisture is not a quick process. Additionally, it is a problem that is often not visible, so it must be monitored with regular measurements.
ID:(147, 0)
Mezzanine humidity control
Description
The intermediate floor shows a high moisture level due to the rains that occurred while the roof was being built. During that time, actual puddles formed and remained for days, soaking the wood.
An initial inspection showed moisture levels between 35% and 55%, which is highly problematic as it can lead to the deterioration of the pressed wood panels of the SIP panels and, consequently, the weakening of the supporting structures in the intermediate floor.
The areas are defined according to the following diagram:
ID:(912, 0)
Status as of 07/13
Description
The west crawl space (above the study) shows maximum moisture levels in certain areas, with barely any change from the unsystematic measurements taken last week:
Similarly, the east crawl space presents slightly lower values but is still far from showing surfaces with acceptable moisture levels:
Finally, the area above the kitchen is completely soaked and was only recently opened. Judging by the temperature, the opening was done just hours before the measurement, as there has not yet been significant air exchange with the crawl space, which has a slightly higher temperature.
Since these spaces do not allow for air circulation, it would be necessary to consider using environmental moisture extraction systems that evaporate and condense the water, which would then be removed manually.
ID:(904, 0)