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The Process Behind Water Damage Restoration

tulsa water damage restoration

Water damage can wreak havoc on homes and businesses, causing structural damage, mold growth, and severe health risks. To effectively address and mitigate the consequences of water damage, it’s crucial to understand the science behind water damage restoration. This blog post will delve into the fundamental principles and processes that guide water damage restoration experts in their efforts to restore properties to their pre-loss condition.tulsa water damage restoration

Tulsa Water Damage Restoration

Understanding the Water Damage Classification

Before delving into the restoration process, it’s essential to understand the classification of water damage. The Institute of Inspection, Cleaning, and Restoration Certification (IICRC) categorizes water damage into three classes and four categories based on the severity and source of the water. 


  • Class 1: Minimal damage where only a small area is affected.
  • Class 2: Significant damage where a larger area is affected, and the water has soaked into walls and carpeting.
  • Class 3: Extensive damage where water has saturated ceilings, walls, and insulation.
  • Class 4: Specialty drying situations that require unique solutions, such as hardwood floors or plaster walls.


  • Category 1: Clean water from a sanitary source like faucets, toilet tanks, or water supply lines.
  • Category 2: Contaminated water with potential health risks, such as washing machine or dishwasher overflow.
  • Category 3: Highly contaminated water containing bacteria and pathogens, like sewage backup or floodwaters.

The Drying Process

Once the water damage has been classified, restoration professionals employ a thorough drying process to remove excess moisture and prevent further damage. The process typically involves the following steps:

  1. Extraction: The first step is to remove standing water using pumps and vacuums. This prevents further saturation of materials and accelerates the drying process.
  2. Evaporation: Once standing water is removed, the drying process begins. Evaporation involves removing moisture from affected materials by increasing the air temperature and promoting airflow. Dehumidifiers are often used to extract moisture from the air.
  3. Dehumidification: Dehumidifiers play a crucial role in the restoration process by removing excess moisture from the air. This helps prevent mold growth and ensures a more efficient drying process.
  4. Temperature Control: Maintaining an optimal temperature is essential for accelerating evaporation. Restoration professionals often use heaters to raise the temperature in affected areas, expediting the drying process.
  5. Monitoring: Throughout the restoration process, professionals use specialized equipment such as moisture meters and thermal imaging cameras to monitor the moisture levels in materials and the air. This ensures that the drying process is thorough and complete.

Preventing Mold Growth

One of the primary concerns after water damage is mold growth. Mold can begin to develop within 24 to 48 hours of water exposure, posing significant health risks and further damage to structures. To prevent mold growth, restoration professionals take several measures:

  1. Rapid Response: Quick action is vital to prevent mold growth. Restoration professionals aim to start the drying process as soon as possible to minimize the risk of mold infestation.
  2. Moisture Control: By efficiently extracting water and controlling the humidity levels, restoration experts create an inhospitable environment for mold growth.
  3. Disinfection: Disinfection is essential in Category 2 or 3 water damage cases where contaminants are present. Professionals use antimicrobial agents to sanitize affected areas and prevent the growth of harmful microorganisms.

Water damage restoration is a complex and scientific process that requires expertise and precision. The professionals at Oklahoma Disaster Restoration understand the classification of water damage, implement efficient drying processes, prevent mold growth, and adhere to structural drying principles to effectively restore properties to their pre-loss condition. In the face of water damage, applying these scientific principles is crucial for mitigating damage, ensuring the safety of occupants, and preserving the structural integrity of buildings.