In the aftermath of water damage, no matter its cause, your focus must shift quickly to repairs and restoration. Every second you wait, water is finding new ways into your walls, floors, basement, and elsewhere. To remove every last bit of moisture, you’ll need more than some old towels or a trusty mop. You’ll need structural drying, a cornerstone of the water damage restoration process.
In an effort to save time and money, too many property owners attempt water damage restoration on their own. But depending on its source, that water could be dangerous. And water damage extends far beyond visible puddles or wet streaks on walls. Moisture in the air can encourage mold and mildew growth long after surfaces are dried.
So, what is structural drying, and why is it a necessary step for getting back to life as you know it? Let’s dive into this crucial process and what it means for you.
What is Structural Drying?
Structural drying is a crucial aspect of water damage restoration, going beyond merely removing visible water to address the moisture trapped within the building’s materials. This process involves sophisticated techniques to ensure complete drying, preventing long-term issues such as mold growth and structural weakness.
Important Elements of Structural Drying
- Standing Water Removal: For starters, we’ll remove all standing water wherever it’s found. Using powerful pumps and wet vacuums, we extract puddles so the drying process can begin.
- Thermal Imaging: This technology allows professionals to visualize moisture levels in various structures without destructive methods, pinpointing areas that require attention and helping locate hidden moisture behind surfaces for targeted drying.
- Dehumidification: By reducing the air’s moisture content, dehumidifiers accelerate removing moisture from wet materials, with relative humidity control and temperature management helping the process work efficiently. Household fans alone are not enough, since they move air but do not manage humidity or provide professional drying results.
- Deodorization: Water damage can leave behind musty odors. Deodorization is an essential step in restoring the air quality and ensuring the environment is pleasant and safe. Air scrubbers can also be used during restoration to reduce airborne contaminants.
Why Structural Drying is Important for Preventing Mold Growth
- Mold Prevention: Proper structural drying is crucial for preventing mold growth, which can cause health issues; mold can begin developing within 24–48 hours, contribute to respiratory problems, and affect your family’s health while also damaging building materials. By preventing mold today, we’re getting you back on the right foot for the foreseeable future.
- Structural Integrity: Moisture can weaken the structural components of a building. Effective drying maintains the strength and longevity of structural materials, protecting wood, drywall, and metal from structural deterioration after water exposure and preventing further damages or even potential collapses.
- HVAC Operation: Your heating, ventilation, and air conditioning (HVAC system) doesn’t just treat the temperature of air–it controls humidity, too. Your HVAC system won’t work as well with excess moisture in the air and wet pockets hidden in the walls or floors.
- Comfort and Odor Control: Excess moisture can lead to unpleasant odors and a humid atmosphere, affecting comfort levels. Structural drying restores a comfortable and odor-free environment while helping avoid secondary damage and higher repair costs.
The Structural Drying Process
Structural drying is paramount after water damage–not just for immediate recovery but for long-term property integrity and safety. Effective structural drying, involving advanced techniques like thermal imaging and dehumidification, preserves the building’s integrity, ensures a healthy environment, and maintains comfort levels by stabilizing humidity and eliminating odors; professional structural drying protects the affected area after water intrusion through a systematic approach tailored to the materials affected.
- Initial Assessment: The structural drying process begins with a thorough assessment, utilizing advanced tools like thermal imaging cameras to accurately detect moisture levels throughout the property. This initial step is crucial for identifying the extent of water damage and formulating an effective drying strategy. Thermal imaging and moisture checks also help locate hidden dampness under flooring, behind cabinets, and in other concealed spots before unnecessary demolition.
- Water Extraction: Before the drying can effectively start, any standing water must be removed from the affected area. This step involves using powerful pumps and vacuums to ensure that all excess water is extracted from the property, limiting damage to structural elements and reducing moisture from building materials.
- Employing Air Movers: Air movers play a pivotal role in the structural drying process. These high-powered fans are strategically placed to facilitate optimal airflow across wet surfaces, significantly enhancing the evaporation rate of moisture from structural components and furnishings. Strong air movement and air circulation drive the evaporation process, with axial units suited to larger spaces and centrifugal units better for targeted airflow.
- Dehumidification: Industrial-grade dehumidifiers are then deployed as key drying equipment to reduce the humidity levels in the air, extracting moisture to prevent mold growth and secondary water damage. This step is vital for stabilizing the environment and facilitating the drying of materials with specialized equipment such as LGR dehumidifiers for aggressive drying, while desiccant drying may be used in humid conditions or larger buildings. Closed drying is the most common setup, while open drying may be used for minor dampness or in dry climates.
- Monitoring and Adjustment: Throughout the drying process, professionals continuously monitor the environment using moisture meters and other tools, tracking drying progress and adjusting equipment settings based on the materials affected to ensure efficient and thorough drying. Advanced options like drying chambers and injectidry systems can also target wall cavities and other hard-to-reach wet materials. This adaptive approach ensures the best possible outcome.
- Final Steps – Sanitization and Deodorization: Once the structure is dry, the focus shifts to sanitizing and deodorizing the area to eliminate any odors and bacteria, ensuring the space is clean, safe, and comfortable. Prompt, targeted drying can also reduce the need for extensive demolition and help preserve materials instead of replacing them. This final phase marks the completion of the structural drying process.
Choosing A Structural Drying Service for Your Needs
When choosing the best water damage restoration company, it’s important to consider several factors. First, limit your search to companies that have extensive experience and a solid track record of handling the scale of structural drying that you need performed.
They should employ certified restoration professionals with professional expertise in applied structural drying who are knowledgeable in the latest drying technologies and strategies, including thermal imaging and advanced dehumidification techniques, and who follow industry standards such as the IICRC S-500. The Institute of Inspection, Cleaning and Restoration Certification provides standards for the restoration industry. They should also be providing a comprehensive assessment of your property’s damage and a clear, detailed plan for the drying process that accounts for conditions inside the affected area and temperature targets, typically around 70°F to 90°F. DIY efforts often stop when surfaces look dry even though hidden moisture may remain in walls and other structural materials.
Finally, a leading company should focus on transparent communication, keeping you in the loop with regular updates on the progress of the project, along with any adjustments that are needed. Beyond structural drying, a water damage restoration company can facilitate discussions between property owners and insurance adjusters for the best outcomes all around, while professional structural drying services help return the property to its pre-loss condition.
Partner with Advanced Structural Drying Technologies
When faced with the challenge of water damage, the success of restoration relies on effective structural drying. Advanced Structural Drying Technologies is your expert in Tennessee, offering leading-edge solutions that ensure your property is thoroughly dried and restored.
Dry Out with Advanced Structural Drying Technologies in Arrington
Turn to Advanced Structural Drying Technologies for top-tier professional structural drying services. Trust us with your residential or commercial structural drying needs, and let us bring back the comfort and safety of your space. A free inspection can reveal hidden moisture, and prompt, targeted drying may save repair costs by preserving affected building materials instead of replacing them. Just reach out online, or call us at 615-437-4407 to speak to a local expert.
