To clarify, what does the term "structural drying" refer to? This is a common line of questioning from our clientele. To rephrase, it is the rapid evaporation of water vapour from the air and the components of a structure that have been saturated with water vapour. Not everyone has a firm grasp on what "structural" implies in the context of the restoration profession. This term describes the part of the building that has to be dried out before the rest of the building may be destroyed seriously. You must be able to clearly and concisely define the various drying processes, how they function, and why they are the best choice for the client's facilities. Your consumers may feel more at ease in tense situations because to the air of confidence we exude throughout this process. 

How Many Steps Are There in the Drying Procedure?

There are some rules that must be followed in any method used to clean up after flood damage or water contamination, and they apply regardless of the size of the job, the kind of region covered, or the contaminated materials. For structural drying process, these rules are essential.

The act of draining water

This is the process of getting rid of excess water, which increases the building's drying success and efficiency.

Aerial currents

Saturation of a surface will persist without air movement and evaporation, and the rate at which water will evaporate from the surface will slow. This not only slows the drying process but also increases the risk of decay and mildew. The importance of knowing what it is you may be disseminating is something to keep in mind throughout the process. 

Before installing equipment for air movement and drying, surfaces must be evaluated for the presence of asbestos and subsequently cleaned to eliminate the risk of a spill or cross-contamination.

If mould is found during the water removal process, ventilation must be shut off until it can be thoroughly removed using air scrubbers. If an air mover is improperly built, it may turn a task to remove water from one room into one to remove mould from a whole building.

The act of removing moisture from the air

Along with addressing the root cause of the problem and getting rid of any pools of water, this is one of the most important steps in the drying process. There is a risk of condensation forming on the inside of walls and floors if dehumidifiers aren't used to remove excess moisture from the air. The water content is frequently still rather considerable, even if the surface may seem dry to the touch. The relative humidity may be above normal, which may ultimately promote the growth of mould.

Ranks in Fahrenheit

Stable temperatures within the ideal range for the equipment being utilised to remove moisture are vital for optimising drying operations. We make it a point to keep temperatures between 75 and 90 degrees Fahrenheit to speed up the evaporation process and dry out the construction materials. This makes it easier for steps two and three to achieve their objectives. For sub floor wood and hard flooring process, these options are most essential.

Conclusion

When the air conditioner is on or if too much cooler air is introduced into the drying chambers, the drying process is slowed down. Equally, increasing the temperature may reduce the efficacy of the dehumidifiers, so striking a balance between the two is essential.