Water Damage Emergency
in Charleston?
Don't wait. IICRC-certified pros in Charleston respond in 42 minutes on average. Every minute of standing water increases damage and mold risk.
Do These Things Right Now
- 1
Shut off your main water supply
The shutoff is usually at your water meter, under a sink, or in your utility room. This stops the water immediately.
- 2
Cut electricity to wet areas
Go to your breaker panel and cut power to any circuit in the affected area. Never wade through water near electrical outlets or panels.
- 3
Document everything NOW
Video and photograph all damage before touching anything. Walk through every affected room. This is critical for your insurance claim.
- 4
Call us — we dispatch IICRC-certified pros in Charleston
Our emergency line connects you immediately with certified local teams. Average dispatch time in Charleston: 42 minutes.
- 5
Call your insurance company
Open a claim while waiting for the restoration team. Get a claim number before work begins.
Free to homeowners · 24/7 · IICRC certified pros
Common Emergencies in Charleston
Charleston area water damage risk reflects West Virginia's flood-prone topography and severe weather exposure. Mountain topography concentrates rainfall into narrow creek and river valleys at alarming speed — 2-foot flood rises in 15 minutes have been recorded in WV creek events. Hollow communities with impacted coal seams have compromised natural drainage that worsens flooding. Winter ice storms cause roof damage enabling water intrusion, and spring snowmelt from Appalachian highlands creates flooding in virtually every major WV watershed annually. WV's regulatory environment for contractors is administered through the WV Division of Labor.
- Tidal 'sunny-day' flooding from the Ashley and Cooper Rivers is now a routine nuisance throughout the Charleston peninsula — sea level rise has increased tidal flood days from a handful per year in the 1970s to 80+ days annually
- Atlantic hurricane storm surge funneled between the Ashley and Cooper Rivers during direct landfalls or near-miss tracks — Hugo 1989 and Dorian 2019 demonstrated 8–12 foot surge potential in the Lowcountry
- Intense subtropical rainfall from slow-moving tropical systems overwhelms Charleston's aging gravity-fed stormwater infrastructure, which was engineered for pre-21st-century rainfall intensities
- Aging combined sewer outfalls in the historic peninsula districts back up sewage into lower-elevation homes and basements during heavy rainfall events above 1.5 inches per hour
- Wappoo Creek and its tidal tributaries flood James Island and West Ashley residential areas during combined tidal surge and rainfall events