Cleanup of water damage from firefighting in Colorado Springs

Firefighters have one priority: stop the fire. Hose streams are aimed at the seat of the fire and at hidden spaces where it might keep burning, such as attics and wall cavities, and crews sometimes open ceilings and walls to reach those spaces. The result is that a lot of water is introduced quickly at the top of the problem, and gravity takes it from there.

Water soaks the room where the fire was, then runs through gaps in the subfloor, down plumbing and wiring holes, and along framing into the rooms below. It pools on top of ceilings until the drywall sags, fills the bottom plates of walls, saturates carpet pad and settles on basement floors. Because it carried soot, ash and fire debris with it, it is dirty water, and it can stain and contaminate materials that the fire itself never reached.

In most fire losses, the water damage covers a larger area than the burn damage. That is why drying is treated as its own stage of the job, alongside soot removal and smoke cleanup, and why it should start as soon as the fire department releases the house.

The EPA's guidance on mold is direct: dry wet areas and items within 24 to 48 hours to help prevent mold growth. ^[1] After a fire, that clock is hard to beat, because houses are often closed up, without power and waiting for the insurance process to start. Warm interiors, wet organic materials such as drywall paper and wood, and soot that adds nutrients create good conditions for growth.

Colorado Springs' dry climate helps, but it does not remove the risk. Outdoor humidity is low, yet the inside of a closed, wet house can stay humid for days. Basements are especially vulnerable because they are cool and receive the water that drains from above. The surest way to limit mold is to start extraction and drying quickly and to remove materials that cannot dry. The EPA's mold guidance is a useful reference when deciding what can be cleaned and what should go.

Water from a fire hose starts clean, but by the time it reaches the floor below it has passed through burned materials, soot, ash and debris. It can carry residues from burned plastics, insulation and household chemicals. Restoration contractors therefore treat it more like contaminated water than like a clean pipe leak. That changes what can be saved: porous materials soaked with sooty water are usually removed, and remaining surfaces are cleaned rather than just dried.

For you, the practical point is to wear gloves and boots when moving through wet areas, to keep children and pets away, and to wash hands and clothing after contact. Food, medicines and personal care items that got wet should be discarded.

Many Colorado Springs houses have full or partial basements, and many of those are finished with carpet, drywall and bedrooms. Firefighting water from the main floor often ends up there. Finished basements are slow to dry because walls are often against cool foundation concrete and air circulates poorly.

Drying a finished basement usually means removing wet carpet and pad, cutting out the lower part of affected drywall, removing wet insulation behind it, and running dehumidifiers until the concrete and framing read dry. Expect that walls against the foundation will take longer than interior partitions. If the furnace and water heater are in the basement, have them checked if water reached them.

The Pikes Peak region's low humidity is an advantage for drying. Dehumidifiers and air movers work efficiently, and once a house is opened up, materials can dry faster than in more humid cities. Winter, though, brings two complications. A house without heat after a fire can freeze, and water left in pipes, traps or wet materials can freeze and cause additional damage. Drying in a cold house is also slower, so contractors sometimes bring in temporary heat.

After the 2012 Waldo Canyon Fire, the burn scar also raised the risk of flash floods and debris flows into parts of the city in the years that followed. ^[3] That kind of flood damage is a separate problem from firefighting water, but homeowners in burn-scar drainages should know that a fire can change runoff patterns for years.

Water damage from putting out a fire is generally part of the same loss as the fire, but it needs to be documented on its own. Photograph wet ceilings, floors, basement areas and damaged belongings before they are moved. Ask the contractor for their daily moisture readings and drying logs; adjusters often rely on that record to confirm that drying was necessary and complete.

If removal of wet materials is needed before an adjuster can visit, take clear photos, keep a sample if practical, and get a written note from the contractor explaining why. Working with your insurance adjuster covers documentation in more detail.

It is tempting to close walls and lay new flooring as soon as possible. Covering framing or concrete that is still wet traps moisture, invites mold and can ruin the new materials. Drying should be confirmed with recorded readings against normal values for each material, and the cleaned framing should be checked for soot and odor before insulation and drywall go back.

Rebuilding work after a fire generally requires permits. Your contractor or builder should explain which permits apply to your repair.

Firefighting water damage nearly always comes with other work. Openings made by firefighters, broken windows and roof vents need board-up and tarping to stop weather getting in and making the water damage worse. Soot carried in the water and left on surfaces calls for soot removal. And wet, smoky fabrics and belongings often need to go out for contents cleaning before they can dry properly.

Some of the most important water is invisible. It sits in the bottom track of interior walls, between subfloor layers, inside the cavities of exterior walls behind insulation, under cabinets and beneath vinyl or tile floors. A dry-looking floor can have a wet subfloor under it, and a painted wall can be dry on the surface while the cavity behind it is wet. That is why moisture mapping is done with instruments rather than by touch.

Under-cabinet spaces are a common miss. Water runs under kitchen and bathroom cabinets and stays there, where there is little air movement. Contractors sometimes remove the toe kicks or drill small holes to ventilate those spaces, and they record readings there like anywhere else. Ask whether cabinet bases, closets and stair stringers were included in the moisture map.

Furniture, boxes, books, clothing and electronics sitting in rooms below the fire are often soaked even when untouched by flames. Wet cardboard boxes collapse and wick water into their contents, wooden furniture legs absorb water from wet carpet, and paper swells and molds quickly. Moving belongings out of wet areas early is one of the most useful things a homeowner can do once the house is safe.

Items that matter most, such as photographs, documents and heirlooms, can sometimes be frozen to stop mold and buy time until they can be dried by specialists. Upholstered furniture and mattresses soaked with sooty water are usually not worth keeping. Your contractor can sort contents into what can be dried and cleaned, what should be packed out, and what should be photographed and discarded.

If the fire was on an upper floor or in the attic, the main floor below usually takes most of the water. Ceilings fill like shallow trays until the drywall sags or tears. Contractors often poke small drainage holes in a bulging ceiling to release water in a controlled way before removing the damaged section, rather than letting the whole area collapse. Keep everyone out from under a sagging ceiling until that is done.

Light fixtures and ceiling fans in those ceilings may hold water and should stay switched off until checked. Insulation above the ceiling is almost always replaced after it has been soaked with sooty water, because it compacts, holds moisture and keeps the smell of smoke.

A house fire in winter often ends with the heat off, windows broken and water left in pipes, traps and wet materials. Overnight temperatures in Colorado Springs regularly fall below freezing from late autumn into spring, and frozen pipes can burst and add clean-water damage on top of the firefighting water. If the house cannot be heated, ask a plumber or the contractor about draining the plumbing system and protecting fixtures until repairs begin.