Emergency Water Extraction
Standing water removed before it travels further into the building - the first step after any failure, and the one that shows how far the water went.
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Colorado · See All Locations
Water Damage Restoration
A pipe that froze in a house nobody was in, a well line that split over a cold week, a basement that took the spring melt - one call reaches an independent restoration contractor who works your part of the state.
The Front Range cities, the Western Slope, the mountain and resort towns, the San Luis Valley, and the farm and ranch country of the eastern plains and the Arkansas Valley.
A referral line to independent water damage contractors across Colorado, from the plains to the high valleys, reached on one number.
Most of what decides the size of a water loss is settled before anyone arrives: how long the failure ran, and whether the building was occupied while it did. Four things set that clock.
01
An occupied house finds a leak within hours. A second home, a rental between tenants, a ranch house while the family is away for a week, a cabin closed for the winter - each of those can run a failure for days or months. Occupancy is the single largest factor in how long water runs.
02
A pipe freezes where cold air meets it: an exterior wall, a crawl space, an attic run, a well line near the surface, the pipe from the pressure tank to the house. A long cold spell reaches further into a building than a single cold night does, and a heating failure reaches everything at once.
03
A frozen line usually leaks when it thaws, not when it freezes. That puts the water on the first warm day after a cold spell - often days after the cause, and often when the building has been left for the season.
04
A city main keeps pushing water through a break until someone closes a valve. A well stops when the pump loses power or the tank drains; a cistern stops when it empties. Where the shutoff is, and whether anyone knows, decides how much water a single failure can put into a building.
Homes, cabins, rentals and commercial buildings: every town listed below is covered by the same call.
Standing water removed before it travels further into the building - the first step after any failure, and the one that shows how far the water went.
Learn MorePipes split while frozen and leak when they thaw. The water arrives on the warm day, often days after the cold that caused it.
Learn MoreA leak in an occupied house is found in hours. In an empty one it runs until the next visit, and that time is the size of the loss.
Learn MoreA winter of snow melts in a few weeks. Frozen or saturated ground sends it toward the lowest point, which is often a basement.
Learn MoreSnow melts over the warm roof and refreezes at the eave. The ridge of ice holds water back until it finds its way inside.
Learn MoreA septic system that cannot drain - frozen lines, thawing ground - sends water back to the lowest drain in the building. It is sewage whatever it looks like.
Learn MoreWater that ran unnoticed reaches further than it shows. Drying brings walls, floors and framing back, measured point by point.
Learn MoreThe Front Range cities, the Western Slope, the mountain and resort towns, the San Luis Valley, and the farm and ranch country of the eastern plains and the Arkansas Valley.
No town in this list matches that search; the full town list covers the rest.
Not seeing your town? Coverage is not limited to the towns with their own pages. A call from anywhere in Colorado reaches an independent contractor who works that area, however long the water ran before anyone found it.
Colorado water damage runs from plains farmhouses to mountain cabins at nine thousand feet. An independent local contractor who works a given area knows its buildings, its roads in winter, and its water systems.
A loss found on a return visit has usually run longer than one found by the people living there. Contractors routed through this line work those losses: the second home, the vacant rental, the property checked once a month.
Where a property is not on a city main, a water loss involves the pump, the pressure tank, the storage and the septic system as well as the house. The contractor who visits works with those systems rather than around them.
A loss found in February is not handled like one found in July. Freezing temperatures, snow on the access road and a building that has to be heated before anything else can happen are part of the work here.
One free call reaches an independent local contractor who works your part of Colorado - no form, no obligation.
The call is free, and nothing about it obliges anyone to book work.
One number reaches the referral line for every town on this site. The call is free, there is no form, and it commits no one to anything.
(833) 243-4415Because ice holds the water in while the pipe is frozen. The split usually opens during the freeze, but water only comes out once the line thaws - on the first warm day, or when the heat comes back up. A freeze and the flood it causes are often days apart.
Stop the water first: the main shutoff, or the well pump's breaker. Then get heat back into the building before testing anything, because lines that are still frozen will leak as they thaw. Write down when the building was last visited; the contractor will want to know how long water could have been running.
It is urgent. A frozen line has often already split and is being held shut by the ice. Thawing it gently while someone watches, with the water supply ready to close, is very different from letting it thaw on its own while the building is empty.
Because the pump keeps working. A broken line lowers the pressure, the pressure switch turns the pump on, and it refills the line for as long as it has power and water. Switching the pump off at its breaker is what stops it.
The tank running dry, if nothing else does. That bounds the volume, but it also means a slow leak can empty a full tank into a crawl space over weeks, and the first sign is often needing a delivery sooner than usual.
Snowmelt. A winter of snow melts over a few weeks, the ground beneath it is frozen or already saturated, and water moves toward whatever is lowest. The wettest weeks for a Colorado basement are often in spring, not during storms.
That the system is not carrying water away, often because of frozen lines or ground saturated by a thaw. Water coming back up through the lowest drain is sewage whatever it looks like, and porous material it touches is handled as such.
Decide whether it will be heated or drained. A heated building depends on fuel, power and the furnace for the whole absence. A drained building needs every line emptied. And whoever checks on it should know where the water shutoff and the pump breaker are.
Longer freezing seasons, supply lines that run a long way through cold ground on steep lots, and a high share of homes that are not lived in all year. Heat tape and drain-down valves help, but each is another part that has to keep working while no one is there.
No. The call costs nothing and nothing has to be filled in. It reaches a referral line that routes to independent local contractors, and any agreement or warranty is between the property owner and the contractor they choose.
Water expands as it freezes, and a pipe full of ice is under pressure along its whole length. The split often opens somewhere between the ice and a closed fixture, and nothing escapes while the ice holds it. The water comes when the line thaws - the first warm afternoon, or the day the heat is turned back up - which is why a freeze and the flood it causes can be days apart.
Colorado has a great many buildings that are not lived in all year: second homes in the mountain towns, cabins reached by seasonal roads, rentals between guests, ranch houses left while cattle are moved. A failure in any of them runs until the next visit. The damage from a slow leak found after six weeks and a burst line found after two days can look similar; the time they ran is what differs.
A building left at a low setting depends on the furnace, the fuel supply and the power all working for the whole time nobody is there. A propane tank that runs low, an ignition fault, a storm outage or a thermostat battery ends that, and every pipe in the building starts cooling at once. Most mass freeze-ups begin with heat, not with plumbing.
Where a property is on a well, the water system has parts a city home does not: a pump, a pressure tank, and a supply line between the wellhead and the house that runs outside the heated envelope. The pump will keep refilling a broken line for as long as it has power, which is why shutting off the pump breaker is the first thing to do on a well property.
A septic system depends on the ground around it. Frozen lines and saturated ground in a spring thaw both slow what leaves the house, and a system that cannot drain sends water back to the lowest drain in the building. That backup is sewage, and it is handled as sewage whatever it looks like.
Some rural properties store water rather than draw it: a cistern filled by truck, a holding tank, a pressure system fed from storage. A failure there empties the tank into the building rather than running without end, so the volume is bounded - but the tank may also have been drained into a crawl space for weeks before anyone noticed it needed refilling.
Across much of the state, the wettest weeks for a basement are not the stormiest ones. Snow that fell all winter melts over a few weeks in spring, the ground below it is still frozen or already saturated, and water moves toward whatever is lowest. In mountain towns that runoff arrives late in spring; on the plains, rivers fed by the mountains rise later still.
Mountain buildings sit in longer freezing seasons, often on steep lots where the supply line runs a long way through cold ground, and sometimes at water pressures a valley house never sees. Heat tape, drain-down valves and pressure regulators are common because they have to be - and each of them is one more part that has to keep working while the building is empty.
Most unattended water losses start with a building that was left in a state it could not hold. The general principles apply to any property; the specifics belong to the building and its systems.
A building left heated depends on everything that makes heat staying up. A building left cold has to have its water lines drained, because water that remains in a pipe will freeze. The in-between choice - heated low, water left on - is the one that fails most often.
The main shutoff, the pump breaker on a well, the valve at a cistern. Whoever checks on the building should know where they are, because they are what limits how much water a failure can release.
A building checked weekly can run a failure for a week. A building checked monthly can run one for a month. Nothing else about the building changes that number.
The thermostat and the reading on it, water on floors and below fixtures, the pressure tank on a well property, and anything that is warmer, colder or quieter than it should be.
A loss discovered after the building was empty has run for an unknown length of time. The first steps are the same as any water loss; what is different is how far the water may have traveled.
Close the main shutoff, or switch off the well pump at its breaker. If the heat is off and it is still freezing, turning water back on will only find the next split.
Water that ran for days has had time to reach the floor below, the crawl space and the insulation. The wet floor in front of the door is where it ended up, not the whole of where it went.
When the building was last visited, when the weather turned, whether the power went out. Those tell the contractor how long water has been in the structure.
A building that froze has to be brought back above freezing before its plumbing can be tested, and slowly, because lines that are still frozen will leak as they thaw.
A property that makes and disposes of its own water has more parts that can fail, and some of them are outside the house.
A well pump refills the pressure tank whenever pressure drops, and a broken line keeps pressure low. It will run until it loses power or the well drops, so a well property's leak can be as large as a city one.
Pressure tanks sit in basements, crawl spaces and pump houses, often the coldest part of the property. A frozen fitting there can empty into the space under the house before anyone notices.
Water coming up through a floor drain or a lower-level shower on a septic property means the system is not taking water away. Everything it touched is handled as sewage.
On a cistern or hauled-water system, a tank that needed filling far sooner than usual is often the first sign that water has been going somewhere it should not.