Inside a Real Water Damage Restoration Project
Homeowners who have never experienced water damage often wonder what professional restoration actually looks like in practice. What happens when the trucks arrive? How do they decide what to save and what to tear out? How long does each phase take? And most importantly : does the home really look the same when it is done?
Here is a detailed walkthrough of an actual residential water damage project completed by WrightWay Emergency Services in Southwest Florida, with professional insight at every step to help you understand what to expect if water damage ever happens to you.
The Emergency Call: Thursday, 11:07 PM
The homeowner discovered water flooding their kitchen and family room at approximately 11 PM on a Thursday evening. A braided stainless steel supply line to the refrigerator’s ice maker had developed a pinhole leak at the crimp fitting : a common failure point that is nearly impossible to detect before it fails. Based on the volume of water present, the line had been leaking for approximately 4 hours before discovery, releasing an estimated 1,500 gallons onto hardwood and tile flooring.
The homeowner immediately shut off the main water supply and called WrightWay’s 24/7 emergency line. Our dispatcher gathered key information: type of water (clean, Category 1 from a supply line), approximate area affected, flooring types, and whether electricity was safely accessible. A two-person extraction crew was dispatched.
Hour 1: Emergency Response and Initial Extraction
Our crew arrived within 45 minutes : at 11:52 PM : with a truck-mounted extraction unit and portable equipment. First priority: remove all standing water as fast as possible. Truck-mounted extractors operate at rates of 100+ gallons per minute, dramatically outperforming any rental equipment or wet-dry vacuum.
Within an hour of arrival, all visible standing water was removed from approximately 800 square feet of affected area spanning the kitchen, family room, hallway, and the edge of the master bedroom. The crew also placed aluminum foil under furniture legs throughout the affected area to prevent wood stain transfer to the wet flooring.
Hours 2-4: Detailed Assessment and Equipment Setup
With standing water removed, our lead technician conducted a thorough moisture assessment using thermal imaging and calibrated penetrating and non-penetrating moisture meters. The findings revealed the true extent of the damage : which, as in most water losses, extended well beyond the visible water:
- Moisture had wicked up the drywall 14 inches above the visible waterline in the family room and 8 inches in the kitchen : invisible to the eye but clearly visible on thermal imaging
- Hardwood flooring in the family room showed moisture readings of 25% (normal range is 6-9% in Florida)
- Moisture was detected under the kitchen tile, having traveled through grout lines and spread across the concrete subfloor beneath
- The hallway carpet, while not visibly wet on the surface, showed elevated moisture in the padding beneath
- The master bedroom edge showed minor moisture migration : caught early enough to prevent significant damage
Based on these readings, the crew set up 12 high-velocity air movers in a calculated pattern, 2 commercial LGR dehumidifiers, and drilled weep holes at 16-inch intervals in the base of affected walls to allow trapped moisture to escape from wall cavities. Baseboards were removed and set aside for potential reinstallation after drying. Hallway carpet was pulled back from tack strips and saturated padding was removed and disposed of.
Days 2-4: Structural Drying and Daily Monitoring
An IICRC-certified technician visited the property daily to take moisture readings at over 30 documented measurement points : each one photographed and logged in our project documentation system. The dehumidifiers were removing 15-20 gallons of water per day from the air and structure : water that would otherwise fuel mold growth.
Drying progress by day:
| Material | Day 1 Reading | Day 3 Reading | Day 5 Reading | Dry Standard |
|---|---|---|---|---|
| Drywall (family room) | 25% | 14% | 9% | Under 12% |
| Drywall (kitchen) | 18% | 11% | 8% | Under 12% |
| Hardwood flooring | 25% | 18% | 12% | Under 12% |
| Concrete subfloor | Saturated | Elevated | Acceptable | Relative to reference |
Day 5: The Critical Decision Point
By Day 5, wall drywall throughout the home had reached IICRC dry standards (under 12%). However, the hardwood flooring in the family room was reading 12% : right at the threshold : with some boards still showing 14-16% in the center of the worst-affected area.
This is where expertise matters. A less experienced company might have called the job done, or conversely, recommended tearing out the entire hardwood floor. Our ASD-certified (Applied Structural Drying) technician recommended continuing drying for two additional days with repositioned equipment focused specifically on the remaining elevated areas. The estimated cost of continued drying was approximately $800. The estimated cost of hardwood floor replacement for the affected area was approximately $8,000.
After discussion with the homeowner and coordination with the insurance adjuster, the decision was made to continue drying : saving the homeowner significant expense and preserving their original hardwood floors.
Day 7: Drying Complete : Final Clearance
All materials reached IICRC S500 dry standards. Final readings were documented at every measurement point, creating a comprehensive drying record for the insurance claim file. Equipment was removed from the home. Summary of the mitigation phase:
- Total water extracted: approximately 1,500 gallons
- Total moisture removed through structural drying: approximately 45 gallons from building materials
- Equipment deployed: 12 air movers, 2 LGR dehumidifiers, 1 air scrubber
- Duration: 7 days from emergency call to equipment pickup
- Materials saved that would otherwise have been replaced: hardwood flooring ($8,000+ value)
Days 8-10: Repairs and Restoration
Because drying began within 1 hour of discovery and was performed to IICRC standards, the reconstruction scope was remarkably limited for a 1,500-gallon water loss:
- Drywall replacement was needed only on the bottom 16 inches in affected areas : not full sheets from floor to ceiling
- Baseboards were replaced throughout the affected area with matching profiles
- Walls were primed with antimicrobial primer and painted to match the existing color
- Hallway carpet padding was replaced and carpet was re-stretched and reinstalled
- The hardwood floor : which had been saved through the extended drying protocol : required only light sanding and one coat of refinishing in the most affected section
The Final Result
Total project time: 10 days from emergency call to final walkthrough. The homeowner stayed in the home throughout the project : only the affected rooms were out of commission during equipment operation. Insurance covered 100% of the restoration cost through the homeowner’s policy, and the home was returned to pre-loss condition with no visible evidence that water damage had ever occurred.
The Takeaway: Response Time Determines Everything
This homeowner’s quick action : calling WrightWay within one hour of discovering the water : saved their hardwood floors, prevented mold growth entirely, and kept the overall project scope and cost to a minimum. Had they waited until morning (approximately 8 additional hours), the estimated impact would have been dramatic:
- Hardwood floor replacement: $8,000+
- Extended drywall demolition due to additional moisture migration: $2,000+
- Probable mold remediation: $5,000-$10,000
- Extended project timeline: 3-4 additional weeks
The difference between an $8,000 restoration and a $25,000+ restoration was a single phone call made at 11 PM instead of waiting until 7 AM.
For emergency water damage restoration in Southwest Florida, call WrightWay Emergency Services 24/7: (941) 379-8669. We respond in under 2 hours : because every minute matters.
