4 Phrases OF Structural Drying

Have you ever wondered what structural drying is? This is a question we often hear from our clients. In simple terms, structural drying refers to the efficient removal of excessive moisture trapped in building materials, both structural and non-structural, within a specific timeframe.

To ensure the best results for our clients who desperately need structural drying repair service, it is crucial to explain the drying process clearly so they know what to expect. By doing so, we can help alleviate any high-stress situations they may be facing.

4 Phrases Of Structural Drying

Four phases of structural drying that are crucial in any water damage restoration process, regardless of the size of the job, the type of space, or the materials affected:

Water extraction

The first step is to remove excess water from the affected area. This not only improves the efficiency of the drying process but also reduces the chances of further damage to the structure. Removing standing water is essential to prevent the proliferation of mold and rot.

However, it is important to be cautious during this process to avoid spreading potential contaminants. Prior to using air-movement and drying equipment, it is necessary to test surfaces for asbestos and ensure they are cleared to prevent any spills or cross-contamination.

Air movement

Without proper air circulation and evaporation, surfaces will remain saturated, slowing down the drying process and creating conditions favorable for mold growth. Therefore, it is crucial to have adequate air movement to promote drying.

However, if molds are identified during water extraction, it is important to delay air movement until the molds are properly removed with air scrubbers. Failure to address molds effectively can turn a water remediation project in one room into a large-scale cleanup throughout the entire facility.


In addition to addressing the source of the problem and removing standing water, dehumidification plays a vital role in the drying process. Moisture can become trapped inside building materials if excessive water vapor is not collected using dehumidifiers.

Even if surfaces appear dry to the touch, the water content might still be high, and the relative humidity could be above the norm, which creates an environment conducive to mold growth. Using dehumidifiers helps to maintain the ideal moisture levels and prevent further damage.

Temperature control

Maintaining a consistent temperature within the ideal range is crucial for maximizing drying efforts. Usually, temperatures between 75 and 90 degrees Fahrenheit are recommended to accelerate evaporation and release moisture from building materials.

Finding the right balance is important, as running the air conditioner or allowing too much cooler air can slow down the drying process. Similarly, excessive heat can hinder the effectiveness of dehumidifiers. Therefore, it is crucial to maintain an optimal temperature for efficient drying.

Other Structural Drying Methods

Apart from these phases, there are two methods commonly used to complete the drying process:

Aggressive Drying

    This method is typically chosen for smaller water damage situations. It involves using drying equipment to increase the evaporation rate by raising the temperature and airflow.

    However, this method requires specific conditions to be successful, including the water category being at a category 1 or less (clean water with no additional contaminants) and the water loss being recent (not sitting for an extended period). While this method can reduce repair costs and minimize downtime, it may lead to increased equipment costs and require additional drying time.

    Disruptive Drying

    This method is the most common and safest option. It involves removing building materials (non-structural) after asbestos testing has been completed. This typically includes removing baseboards, making flood cuts, removing padding, and eliminating insulation or items that cannot be effectively dried within a reasonable time.

    Disruptive drying is suitable for category 2 (grey water) or category 3 (black water) situations, as materials cannot be saved in these cases. While this method provides reassurance through direct moisture measurements in hidden areas, it requires more repairs and causes additional downtime for clients, resulting in higher overall costs.

It's important to remember that water disasters can be stressful and unexpected. By reaching out to confident and prepared professionals, like us, you can minimize downtime, lost revenue, and disruption, allowing you to get back to work and normal life as quickly as possible.

Don't wait until mold and other issues worsen. If you have water damage inside your home or building in Los Angeles County, call for professional structural drying help today. Our team is ready to assist you and ensure a swift and effective restoration process.

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