Water removal and drying when a cellar flood reaches the well pump, pressure tank, treatment gear or the plumbing serving a septic system.
Fastest: call (833) 490-5225. Or send this and we call you back.
Flooded well and private system cleanup is the water-damage side of a cellar flood that reaches the pump, pressure tank, filters or the drain line to a septic system. A technician extracts the water, dries the space and cleans what the water touched. Lines are answered 24/7 and a crew is sent as soon as one is free.
If water is standing in a cellar that holds your well equipment, treat the room as electrically live until you know otherwise. The pump, the pressure switch and any treatment pump are wired circuits sitting low down, often on the floor or a few inches above it. Shut the breaker from a dry spot if you can reach the panel without stepping in water, and if you cannot, leave the room and call from outside. (833) 490-5225 is answered at any hour.
Outside the sewered streets of the village, plenty of houses in this part of Worcester County run on their own water and their own septic system. That puts two pieces of household infrastructure in the wettest room of the house. A flooded cellar is then not only a flooded cellar: it is a submerged pump and a drain line that may have taken in water from the wrong direction.
The work on this page is the water and the drying. A technician removes the standing water, opens and dries what can be saved, and cleans surfaces the flood reached. Servicing the pump, rewiring a pressure switch, pumping or repairing a septic tank and testing the water are separate trades, and drying is arranged around their visits rather than instead of them.
Do not walk into standing water in a cellar that holds pump wiring, a control box or a treatment lamp while the circuit is live, and do not reach for a breaker you can only get to by wading. Until the water quality question has been answered by your local board of health, do not drink, cook with or brush teeth with water from the tap, and do not assume a filter or lamp that was submerged is still doing anything. Treat water that came up a floor drain or from the septic side as contaminated: keep children and pets out, and wear gloves and boots if you must go in at all.
The common version in the hill towns. Rain or melt gets into a cellar and the pump, tank and switch are in its path. Even where the well itself is untouched, a submerged motor and a wet pressure switch are not simply dried off and switched back on, and the room around them needs the same drying any flooded cellar needs. Treat the equipment as out of service until someone qualified has looked at it.
A different problem with the same weather behind it. Where floodwater rises to or above a well cap, surface water and whatever it carried can enter the well rather than just the room. This is a water-quality question, not a drying question, and it is the one case on this page where the first call should be to your local board of health, which sets private-well testing locally. The cellar still needs extracting and drying.
A septic system relies on soil that can still take water. When the ground is saturated the system cannot discharge, and the house end shows it first as slow drains or a backup at the lowest fixture. The cleanup is the contaminated kind. Having the tank looked at and pumped is separate work, and a licensed Title 5 inspection is what Massachusetts requires when a property with a septic system is sold or enlarged, not after a wet spring.
Tell us what's happening and we'll tell you honestly whether it's a quick fix, and what flooded well and private system cleanup should cost.
Nobody on a drying crew can answer that, and a technician will not pretend to. Private-well testing in Massachusetts is set by your local board of health, so that is the office to call. Until you have an answer, use bottled or hauled water for drinking, cooking and brushing teeth.
The reason the restoration trade stays out of this is that water quality is a laboratory question with a public-health office behind it. Our research found that private-well testing requirements are set locally by the board of health rather than by one statewide rule, which means your answer comes from your own town and may differ from the next town's.
Two practical points while you wait. Running a tap hard does not make an unknown supply safe, and a treatment lamp or filter that spent a night under water should be considered out of service rather than protecting you. Both of those are reasons to get the testing question moving on the same day you get the water out.
Water gets into places that were designed to stay dry: the pump motor housing, the pressure switch contacts, the control box, filter housings and the wiring to all of them. Some of it survives, some does not, and the difference is not visible. The parts are assessed by the trade that services them, not by the drying crew.
A jet pump sitting on the cellar floor and a pressure tank on a low pad are both in the first few inches of any flood, and a few inches is all most cellar floods are. A submersible pump down the well is less exposed, but its control box and its wiring are usually indoors and low.
What the drying crew does is get the room dry quickly so that whatever is salvageable is not sitting wet for days, keep the record of what was under water, and work around whoever you bring in. For the electrical and plumbing side, Massachusetts licenses plumbers and gas fitters through the Board of State Examiners of Plumbers and Gas Fitters, and you can look up a licence with the state before anyone starts.
It depends on the policy and the cause, and the insurer decides. Surface flooding, sewer or drain backup and sump-pump failure are generally excluded from a standard homeowner policy unless an endorsement has been added, while a sudden failure inside the house is generally treated differently from gradual seepage.
That is the pattern, not a ruling on your claim. The Massachusetts Division of Insurance runs a Consumer Service Unit for complaints about an insurer's handling of a claim, and it is clear that it cannot decide the cause of a loss. Only your insurer can read your policy against what happened at your house.
What helps either way is a record: photographs before anything is moved, a note of what was under water, and the drying readings a technician leaves with you. Our water damage insurance claims guide sets out the general pattern and where to go if a claim is denied.
Yes. Replacing equipment does not dry a slab, a sill or a fieldstone wall, and an old cellar that stays damp for a week or more is where mold problems start. The EPA's general guidance is to dry clean-water-wetted material within 24 to 48 hours.
New equipment installed into a wet room has a wet room around it, and the moisture does not stay in the cellar: it moves up into the joists, the subfloor and anything stored on the first floor. Drying is also what gives you readings to show that the problem was dealt with rather than covered over.
If the flood has already been sitting for days, the question shifts from drying to what has to come out. That is covered on the mold after water damage page, and the drying itself on structural drying and dehumidification.
The valley has a documented flood record. The Millers River flooded at Athol in November 1927 after a tropical storm, in March 1936 on the spring melt and in September 1938 during the hurricane, and the Birch Hill and Tully Lake dams were built afterwards for flood control.
Those are the region's big water events, recorded in local history and in federal flood reports, and they are the reason this part of the state has flood-control structures at all. What they do not tell you is anything about your own cellar: no street, cellar or neighbourhood here is described as flooding in any source we could use, and we will not invent one.
The useful reading is seasonal rather than geographic. Saturated ground in spring, a fast melt over frozen soil, and summer cloudbursts are the conditions under which cellars in this area take water and septic fields stop accepting it. Snowmelt and spring thaw basement water covers the melt side of that.
You are asked where the panel is, whether you can reach it dry, and whether anyone has been drinking from the tap since the water came in. If power to the pump circuit cannot be cut safely, nobody goes into the room until it can be. A crew is sent as soon as one is free.
Standing water comes out with pumps and extractors, lowest point first. As the level drops a technician notes what sat under water: pump, tank, switch, filter housings, treatment lamp, electrical boxes and any stored goods. That list is what the other trades need and what an insurer will ask about.
Cellar floors, wall bases, equipment pads and stairs are cleaned. Where the water came up through a floor drain or carried septic effluent it is handled as contaminated, which means more removal and less drying in place, and porous stored items generally go.
Air movers and dehumidifiers run on the slab, the joists above and the lower wall. Fieldstone and brick cellar walls hold water for a long while, so readings are taken in the same places each visit and compared with material the flood did not reach.
You get the moisture log and the photographs. A technician will tell you plainly that water testing is set by your local board of health, that a pump or wiring question belongs to the trades licensed for it, and that nobody drying your cellar can tell you your water is safe to drink.
Baldwinville sits in the town of Templeton, which also holds Templeton Center, East Templeton and Otter River. A 1965 special act created the Baldwinville-Otter River Sewer District, and the town's wastewater plant on Reservoir Road discharges to the Otter River. So some homes here are on village sewer while others, particularly outside the village streets, rely on private septic systems and their own wells. Which one a house has changes what a backup means, and a technician asks before guessing.
Templeton is a town of roughly 8,100 people spread over four villages and a lot of open land, and the surrounding hill towns are smaller still. That geography is why private water and private septic are part of the picture here in a way they are not in a city: the house, the well and the leaching area all share one lot, and all three are affected by the same saturated ground.
Older houses in this part of New England commonly have stone or brick cellars rather than poured concrete, and that matters for drying around well equipment. A masonry wall takes on water through the whole of its thickness and gives it back slowly, so a cellar that looks dry two days after the pump has been pulled out can still be feeding moisture into the floor above. Readings decide when the fans come out, not appearances.
Not sure if you're covered? Check your ZIP code.
Pump-out, clearing, cleaning and metered drying of flooded cellars, including stone and brick walls, dirt floors and mechanical plant.
Contained removal, disposal, cleaning and drying after a drain, sewer line or septic system pushes water back into a cellar or bathroom.
Assessment and drying for chronic moisture in cellars, crawl spaces and foundation areas from groundwater, surface drainage and capillary rise.
That is usually the first task, once power to the equipment in the room is safely off. Extraction is what stops more material getting wet and lets a technician see what was submerged. Call (833) 490-5225 and a crew is sent as soon as one is free.
No. Private-well testing in Massachusetts is set by your local board of health, and that is who to contact for what to test and how. A drying crew handles water, cleaning and readings, and will tell you plainly that it cannot certify your drinking water.
Possibly, and that is a question for whoever services your system. A saturated field cannot take water, which is why drains slow down in a wet spell. The licensed Title 5 inspection Massachusetts requires is tied to selling or enlarging a property, not to a wet spring.
Yes, the service area runs across the state line to Rindge, Fitzwilliam and New Ipswich. Rules differ there: we found no New Hampshire licence specific to water-damage restoration and no state general contractor licence, and some towns set their own requirements, so ask the town.
The water level against a wall or the equipment, the pump, tank and any filter or lamp, the panel if it is dry enough to approach, and anything stored that got wet. Photographs taken before the water comes out are the ones you cannot take later.
It depends on how deep the water was, how long it sat, and whether the walls are masonry. A technician sets equipment, takes readings each visit and compares them against dry material in the same house. Nobody can give you a day count before the first readings exist.