Step 1
Isolate hazards before cleanup starts
De-energize unsafe circuits, isolate children and pets from wet zones, and avoid contact with potentially contaminated water until classification is confirmed.
Water Restoration Sub-Guide
Flood losses demand more than fast extraction. This playbook outlines contamination-aware cleanup, structural stabilization, and sequencing decisions that protect occupant safety and insurance scope.
First-Hour Priorities
Step 1
De-energize unsafe circuits, isolate children and pets from wet zones, and avoid contact with potentially contaminated water until classification is confirmed.
Step 2
Capture waterline height, exterior points of entry, and damaged contents before disposal. This documentation is often critical for claim scope support.
Step 3
High-volume extraction comes first, followed by controlled removal of contaminated drywall, insulation, and flooring as required by category and dwell time.
Step 4
After mitigation, moisture readings drive equipment placement and define when safe rebuild can begin without trapping residual moisture.
Field Visuals
These examples show the conditions and response patterns teams evaluate during active water losses.
Flood losses often begin at doors, garage thresholds, and low envelope points where surge or runoff enters rapidly.
Bulk removal lowers evaporation burden so teams can transition to controlled drying with less secondary damage.
Meter and thermal checks confirm when wall cavities and subfloors still hold moisture beyond visible surfaces.
Technical Workflow
This sequence keeps decisions measurable, documented, and aligned with a safe transition to reconstruction.
Classify source water and define PPE, containment boundaries, and disposal protocols before broad demolition begins.
Remove standing water, separate salvageable contents from non-salvageable porous materials, and stage items for documentation.
Apply cleaning and antimicrobial protocols to reduce microbial amplification risk after contaminated exposure.
Use moisture data and daily logs to validate dry targets before reconstruction scope is finalized.
South Florida
Storm surge and wind-driven rain events often produce mixed-category losses and require larger dehumidification capacity in humid conditions.
Charlotte / Metrolina
Flash flooding and drainage overflow can spread rapidly through lower levels and utility zones, especially in multi-story properties.
South Carolina
Coastal markets combine floodwater exposure with wind impact, so cleanup and structural scope frequently overlap.
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