The Immediate Response: Stabilization and Containment
The moment water enters a structure, the clock starts. Within minutes, porous materials like drywall and insulation begin to wick moisture. Within 24 to 48 hours, microbial growth (mold) can begin to colonize. Recovery begins with stabilization.
Safety and Source Control
Before we can dry a building, we must ensure it is safe to enter and that the source of moisture is terminated. In Texas, we often deal with slab leaks, burst pipes during unusual freezes, and flash flooding. As a licensed adjuster, I look for the "cause of loss" immediately — is it a sudden and accidental discharge, or a long-term seepage issue? This distinction is critical for your insurance claim.
Professional Inspection and Moisture Mapping
We don't guess if something is wet — we prove it. Using high-end diagnostic tools like FLIR infrared cameras, Delmhorst BDX-30 moisture meters, and Tramex invasive probes, we create a moisture map. This is a topographical layout of where the water has traveled, including behind tile, under hardwood floors, and inside wall cavities.
Without a moisture map, you are flying blind. Carriers will often try to limit the scope of work to what is visible. At WTR, we provide the forensic evidence required to justify the full drying plan — securing thousands of dollars in additional claim value by proving the extent of water migration that initial adjusters often miss.
The Science of Drying: Psychrometrics and IICRC S500 Standards
Recovery isn't just about sucking up water with a shop-vac. It's about managing the environment. We follow the IICRC S500 Standard for Professional Water Damage Restoration — the authoritative reference for our industry.
Understanding Water Categories
Clean Water
Sanitary source (e.g., a supply line break)
Gray Water
Significant contamination (e.g., dishwasher overflow, washing machine discharge)
Black Water
Grossly unsanitary (e.g., sewage or floodwater)
Psychrometrics: The Dr. Moisture Edge
Psychrometrics is the study of the thermodynamic properties of moist air. To dry a building effectively, we must manipulate relative humidity, temperature, and vapor pressure.
We use AlorAir dehumidifiers and XPowER axial fans to create a "drying envelope." By lowering the vapor pressure in the air, we force the moisture out of structural materials and into the air where our dehumidifiers can condense it into liquid water and pump it out. This isn't just "fans in a room" — it's a calculated orchestration of airflow and humidity control.
Why this matters: If you heat up a room without increasing dehumidification capacity, you can increase the evaporation rate beyond what dehumidifiers can handle. This causes relative humidity to spike, and that moisture condenses on cooler surfaces — leading to "ghost mold" and wood rot in areas that weren't even wet initially. Forensic drying prevents this secondary damage.
The Insurance Battle: Documentation and Line-Item Justification
This is where Ben Jernigan's background as a licensed Texas adjuster becomes your greatest asset. Insurance carriers are in the business of minimizing indemnity. They use software like Xactimate to calculate costs, but they often miss the technical nuances that ensure a property is truly restored.
Documenting Concessions and Scope
Every piece of equipment we place — every axial fan, every LGR dehumidifier — is tracked in a daily equipment log. We document the GPP (Grains Per Pound) of the air entering and exiting the dehumidifier. This "dehu performance" data is the forensic proof that the equipment was necessary and effective. We don't just bill for a dehumidifier — we prove why it was there and what it accomplished.
Xactimate Line-Item Justification
We justify every line item — from specific labor codes for ICRA containment to consumables like Graco sprayer tips used for antimicrobial application. When we document that a Graco sprayer with a 311 tip was used for precision application, it's a level of detail that carrier adjusters respect and pay for.
The Restoration Phase: More Than Just Drying
Once the structure is verified dry (compared to a dry unaffected area), the reconstruction begins. We prefer a "mitigation-heavy" approach — by using advanced drying techniques like Injectidry systems for wall cavities, we can often save drywall and flooring that other companies would simply rip out.
This reduces rebuild time and allows you to get back into your home faster. In New Braunfels and the surrounding Hill Country, building codes are specific. Whether it's ADA compliance for commercial rebuilds or specific moisture barriers required by Texas code, we ensure the reconstruction is "better than before."
The Dr. Moisture Protocol
1. Initial Assessment
Using FLIR thermal imaging to identify hidden moisture pockets.
2. Moisture Mapping
Creating a visual record of moisture levels across all surfaces.
3. Environmental Control
Establishing a drying envelope using LGR dehumidification and controlled airflow.
4. Daily Monitoring
Tracking GPP and moisture content to adjust the drying plan in real-time.
5. Post-Cleanup Verification
Using ATP testing and moisture readings to confirm the structure is certified dry.
Key Recovery Checklist for Homeowners
Stop the Source — call a plumber or roofer immediately.
Document Everything — take photos of standing water and affected items.
Call WTR Restoration — get a forensic inspection before you call your adjuster.
Demand Data — ask for moisture logs and drying plans.
Verify 'Dry' — never let a contractor pull equipment until they prove materials are at dry standard.
Local Climate Factors in Central Texas
In New Braunfels and the surrounding Hill Country, the limestone terrain doesn't just affect foundations — it affects how water drains and where it pools. During flash floods common in Central Texas, "rising water" is almost always Category 3 — a cocktail of bacteria, pesticides, and road runoff.
High summer humidity can act as a catalyst for mold. If your HVAC system isn't sized correctly or if a small leak is left unaddressed, the ambient humidity can push structural materials past their mold-growth threshold (typically 16–19% moisture content for wood). At WTR, we don't just look at the leak — we look at the whole building envelope.
Don't Settle for "Dry Enough" — Demand Forensic Restoration
Whether it's a burst pipe in the winter or a summer storm flood, WTR Restoration is your partner in recovery. Data-backed results. Professional advocacy. 24/7 emergency response.