Water damage can strike when you least expect it. Whether it’s because of a burst pipeline, a rain-flooded basement, or some kind of natural disaster, you never know what might happen. However, one of the most important steps in the recovery and restoration process is structural drying. It ultimately helps fight off the damage left behind by pools of water, such as mold growth, infestation, etc. But what exactly happens at a structural drying, and how does it work? To learn more about this phenomenon, keep on reading this blog.
What is Structural Drying?
Structural drying is a professional method of removing all excess moisture from a building’s structure. This includes the walls, floors, ceilings, and any other surfaces that may have gotten waterlogged or damaged. Structural drying ultimately helps to return your house to its pre-damaged state. By extracting the moisture, restoration technicians promote healthy living since it seals your home’s walls from the inside out. Rafi A. and his team have years of combined experience dealing with complicated cases of water damage. We have the tools you need to bring your property back to life, with no traces of moisture left in sight.
What Happens During Structural Dying?
There are various steps that a professional has to go through when structurally drying a property affected by water damage. Here are some of the most important factors that take place during an in-depth cleaning process.
- Thorough Inspection
The very first step in structural drying is to assess the extent of the water damage. Professional restoration technicians usually inspect the affected areas to determine the source of the water. - Water Extraction
Before starting the drying process, it is incredibly important to remove as much standing water as possible. Water extraction typically involves powerful pumps and vacuums to suck up excess water from the affected areas. Only when everything has been collected and disposed of does the drying occur. - Dehumidifying the Air
Dehumidification is an essential step in the drying procedure. High-quality dehumidifiers are used to remove moisture from the air and other abstract building materials. The dehumidifiers work by sucking in the moist air, cooling it down until it condenses before reheating it. The air is then released back into the space as dry air. This process continues until the moisture levels are optimum. - Temperature Control
Maintaining an optimal temperature can boost the drying process. Professionals often raise the temperature of your house so that evaporation can occur at a faster pace. This is particularly important when drying materials like drywall and wood, which can absorb moisture and retain it as well. - Restoring Other Materials
Not all building materials can be dried out. Sometimes, water damage can destroy things that are beyond repair. In such cases, professionals take their time to inspect the area to see if certain materials can be salvaged or replaced. - Preventing Mold Growth
Mold and mildew growth is by far one of the biggest risks associated with water damage. However, structural drying can prevent mold infestations from its roots. This is because by reducing moisture levels to normal, the mold’s ability to expand is destroyed, taking away its chance to double. - Final Inspection and Assessment
Once the building structure is thoroughly dried, a final inspection is conducted to ensure that all moisture has been properly removed. Technicians tend to reevaluate the areas affected by water damage to confirm that they are safe, dry, and suitable for living once again.
Closing Words
A structural drying process includes various steps that only a professional restoration technician can carry out. Nevertheless, for more information on the matter or to schedule a quick structural drying of yourself, contact Flood Tech 3 today at (703) 270 6428.