Firefighting Water Damage in Camden

Firefighting water damage in Camden homes

In a Camden house, the water firefighters use runs down through the floors and collects in the basement, soaking walls, ceilings and stored belongings on the way. In winter, the house can also freeze if the heat is off. Drying it quickly and safely is the next priority. Our [water damage from firefighting](/services/water-damage-from-firefighting/) page explains the process. Call, and the independent local contractor who answers will talk drying your home through with you on that same call.

Key facts: Firefighting Water Damage in Camden

In a closed-up north Minneapolis house, the EPA's guidance to get wet materials dry within a day or two is what keeps mold from taking hold ^[1].
The IICRC S500 standard describes professional water damage assessment, extraction and drying ^[2].
The Minnesota Department of Health explains that ongoing moisture in homes can lead to mold growth ^[4].

Water finds the basement

Firefighting water on the main floor or upstairs runs through floor gaps, down stairways and inside walls until it reaches the basement. Camden basements often hold the furnace, water heater, laundry and storage, all of which can be soaked. Standing water must be pumped out before anything else.

Electrical equipment in a wet basement should not be used until it has been checked.

Basement with wet concrete floor, damaged walls and drying fans

Freezing risk in a damaged house

If the fire happens in winter and the heat is off, wet materials can freeze and pipes can burst. Ice in walls expands and damages them further. Temporary heat, used safely, or draining the plumbing may be needed while drying begins. The National Weather Service Twin Cities office posts cold-weather forecasts that help plan this ^[5].

Drying equipment works poorly in a cold house, so heat is often part of the plan.

Crew drying a wet basement after firefighting

Drying a Camden home after a fire

The usual order.

1
Pump the basement and extract water upstairs
Standing water is removed from every level.
2
Protect the house from freezing
Safe temporary heat or drained plumbing in cold weather.
3
Map moisture in walls, floors and ceilings
Meters show how far water traveled.
4
Dry with dehumidifiers until readings are normal
Daily checks until materials return to normal.

Ceilings and plaster

Water used upstairs soaks through floors into the ceilings below. Plaster can hold water and sag; drywall can collapse. Keep people out of rooms with bulging ceilings and tell the contractor right away. Some plaster can be dried in place; badly sagging ceilings come down for safety.

Insulation above ceilings and in walls soaks up water and is usually removed.

Moisture meter on a wet, soot-stained wall

Basement finishes and storage

Finished basements with carpet, paneling or drywall soak up water quickly. Carpet pad is usually removed, and drywall may be cut above the water line to let the wall dry. Stored boxes and belongings need sorting; the U.S. Fire Administration notes unburned items can still be ruined by water ^[3].

Books and papers can be frozen to stop mold until they can be dried.

Crew under a sagging, water-stained plaster ceiling

Signs water is still in a Camden house

Look for these.

Damp basement walls or floorWater still present below.
Sagging or stained ceilingsWater held above.
Musty smellPossible mold.
Frost or ice on walls in winterWet materials freezing.

Mold and drying deadlines

The EPA advises drying within 24 to 48 hours ^[1]. In a closed-up winter house or a damp basement, mold can start if drying is delayed. Running dehumidifiers with the house closed and heated is usually most effective.

The Camden page explains basements and heating in these homes.

Pump hose removing water from a basement floor

Furnace, water heater and laundry

If water reached the furnace, water heater or laundry appliances, they should be checked by a qualified technician before use. Wet ductwork may need cleaning or replacement.

Turning on wet equipment can be dangerous.

Worker checking a wet oak floor with a moisture meter

From drying to cleanup

Once readings are normal, smoke damage cleanup and repairs can begin. The Minnesota Department of Commerce Disaster Information Center explains insurance guidance after a loss ^[6].

Keep photos of standing water and wet contents for your claim.

Drywall cut away at the base of a basement wall to dry

Walls and insulation on the main floor

Water running down inside walls soaks insulation and the bottom of drywall or plaster. Wet insulation stays wet for a long time and holds moisture against framing. Removing baseboards, cutting drywall above the wet line or drilling small holes lets air reach the cavity. Wet insulation is usually removed.

Moisture readings guide how much wall needs opening, so no more is removed than necessary.

Heater and dehumidifier drying a cold room in winter

Hardwood floors and subfloor

Many Camden houses have hardwood floors on the main level. Water soaking into them makes boards swell and cup. Drying them slowly and evenly lets many settle back so they can be sanded and refinished. The subfloor below, visible from the basement, is checked and dried too.

Refinishing should wait until moisture readings are normal.

Worker removing a wet carpet runner from stairs

Keeping records of the water damage

Photos of standing water in the basement, wet ceilings and soaked contents taken before anything is moved are the best record for your claim. Moisture readings from the contractor show how far the water spread and how long drying took. Keep a list of discarded items with photos. Together these help the adjuster understand the water side of the loss, which is easy to underestimate next to the fire damage.

Air movers lined along an upstairs hallway

FAQ