What Should You Check After a Hurricane or Severe Storm? A Pool Owner's Safety-First Recovery Checklist

Let's re-examine the fundamentals after a hurricane or severe storm: safety comes before cleanup, and inspection comes before restarting equipment. A pool can look like the biggest mess in the yard, yet downed power lines, unstable trees, damaged structures, contaminated floodwater, and wet electrical components are the first concerns. Once local officials say it is safe to return, check from the house and yard outward to the pool, documenting what you find before moving anything.

Start With People, Power, and Property

Walk the property only when conditions are safe, wearing sturdy shoes, gloves, and eye protection. Stay away from fallen wires and anything touching them, including fences, branches, puddles, and metal pool enclosures. If standing water blocks access to the main breaker, do not enter it to shut off power. Call the utility company or a licensed electrician.

From a safe distance, inspect the roof, exterior walls, windows, gas connections, large trees, and overhead limbs. Look for leaning screen-enclosure posts, loose roofing, shattered glass, exposed nails, and soil washed away near foundations. Photograph damage before cleanup for insurance purposes, and do not enter a building that appears structurally unstable.

Inspect the Pool Area Before the Water

A damaged barrier is an immediate safety problem. Check fence panels, self-closing gates, latches, door alarms, safety covers, handrails, ladders, diving boards, and screen-cage anchors. Keep children and pets away until access is controlled. Examine the deck for lifted pavers, settlement, new gaps, washout, and sharp debris. A hollow area beneath a slab or coping stone can collapse under weight even when the surface looks intact.

Look along the shell and waterline for fresh cracks, displaced coping, loose tile, liner tears, fiberglass bulges, or areas where soil has eroded from behind the pool. Vinyl liners may wrinkle or float when groundwater rises. Fiberglass shells can shift or bulge, while plaster pools may show cracks around fittings or at the tile line. Compare questionable marks with pre-storm photos if available.

Do Not Drain the Pool Automatically

A dirty or overflowing pool may tempt you to pump it empty. That can be a costly mistake after prolonged rain or storm surge. Saturated soil creates upward pressure around the shell, and removing the water's weight can allow an in-ground pool to lift, shift, crack, or float. If contaminated water must be removed, ask a pool professional how much can be safely exchanged and where discharge is permitted.

Also note whether the level is unusually high, normal, or falling. Overflow from rainfall does not by itself mean there is damage. A steady drop after the weather settles may point to a displaced fitting, cracked pipe, damaged skimmer, torn liner, or failed check valve. In a pool-spa combination, compare both basins: a spa that drains down to pool level while the system is off can indicate check-valve or valve damage rather than a leak in the spa shell.

Check the Equipment Pad Before Restoring Power

Inspect the pump, motor, filter, heater, automation panel, salt system, lights, junction boxes, GFCI protection, valves, unions, and exposed plumbing. Look for a high-water line, mud inside housings, cracked pipes, shifted equipment, scorched wiring, or the smell of overheated insulation. Equipment exposed to saltwater is especially vulnerable to internal corrosion even if the exterior dries.

Do not energize a submerged motor, heater, control panel, receptacle, or lighting circuit just to see whether it works. A qualified electrician or pool technician should inspect wet electrical equipment first. When the system is cleared to restart, verify that valves are correctly positioned, the pump is primed, and water moves without leaks, grinding sounds, air surges, or repeated breaker trips.

Remove Debris Without Making the Problem Worse

Use a leaf rake or net to lift branches, roofing fragments, leaves, and other large material before running the pump. Sending heavy debris toward the skimmer can clog plumbing or starve the pump of water. Do not reach blindly beneath opaque water; broken glass, metal, and sharp branches may be hidden below the surface.

Empty skimmer and pump baskets frequently during the first cleanup cycles. Watch filter pressure rather than relying on a fixed schedule. A rapid rise usually means the filter is loading with fine debris and needs cleaning or backwashing according to the manufacturer's instructions. If suction remains weak after the baskets and filter are clean, stop and check for an obstructed line, air leak, damaged impeller, or storm-shifted valve.

Treat Storm Water as More Than Extra Rain

Heavy rain usually dilutes sanitizer, salt, stabilizer, calcium hardness, and alkalinity, while wind adds organic material that consumes chlorine. Floodwater or storm surge is different: it may carry soil, sewage, fuel, pesticides, salt, and microbes. Keep everyone out of a flooded or visibly contaminated pool until debris is removed, circulation is working safely, the water is clear, and sanitation has been restored.

Test free chlorine, pH, total alkalinity, stabilizer, calcium hardness, and salt where applicable. Make adjustments in stages, following chemical labels, and never mix products or add water to concentrated pool chemicals. If chemical containers became wet, lost their labels, swelled, leaked, or were exposed to floodwater, isolate the area and contact local hazardous-waste authorities for disposal guidance.

Watch for Delayed Water Loss

Some storm damage appears only after power, circulation, and normal weather return. Mark the water level and inspect the equipment pad, backwash line, skimmer throat, returns, lights, and visible plumbing daily. Splash-out, a lowered overflow line, and windy post-storm evaporation can mimic a leak, so a single low reading is not enough.

Know When to Stop and Call a Professional

Bring in qualified help for any submerged electrical component, repeated breaker trip, gas odor, major shell crack, floating liner, shifted fiberglass shell, undermined deck, unstable enclosure, suspected sewage contamination, or unexplained water-level drop. A pool technician, electrician, structural specialist, or restoration professional may each be needed for a different part of the recovery.

Keep a record of water levels, test results, filter pressure, unusual sounds, error codes, and photographs. That timeline helps distinguish storm damage from routine maintenance and gives professionals better evidence. The goal is not to make the pool look perfect in one afternoon. It is to restore the property safely, catch hidden damage early, and return the water and equipment to dependable operation.