Pump-out, clearing, cleaning and metered drying of flooded cellars, including stone and brick walls, dirt floors and mechanical plant.
Fastest: call (833) 490-5225. Or send this and we call you back.
Flooded basement cleanup covers getting the water out of a cellar, removing what cannot be saved, cleaning the surfaces and drying the space and the framing above it. In Baldwinville most cellar water arrives from heavy rain, snowmelt, a failed pump or a split pipe. Phones are answered 24/7.
A cellar is the lowest point of the building and everything that gets loose in a house ends up there. That is true of water from a burst supply line upstairs, water that came through a foundation wall in a wet spell, water that backed up a drain, and water that got in because a pump stopped. The cleanup is broadly the same; what differs is how clean the water was and what has to be thrown away because of it.
The first decision is whether it is safe to go down at all. Cellars here hold the boiler, the water heater, the electrical panel, often the well pump and the pressure tank, and frequently a freezer and a washing machine. All of those sit on the floor, which is where the water is. If the level has reached outlets, cords, the base of the boiler or the panel, stay on the stairs and have the supply isolated before anyone wades in.
The second decision is what the water was. Clean water from a pipe leaves most of a cellar salvageable. Water that came up a floor drain, out of a septic line or in from outside is treated as contaminated, which means porous items that touched it go out rather than get dried. Say on the phone whether the water smells, because it changes the gear the crew brings.
Older cellars were dug for storage, coal and later a furnace, not for living space. Walls of fieldstone, brick or unreinforced block with mortar joints, floors that were poured thin or never poured at all, and houses built on low ground near a watercourse because that is where the mills were. None of it was built to be watertight.
The village grew up around water power. The Otter River, about ten miles long and a major tributary of the Millers River, turned a woolen mill, a paper mill and a brickyard in Otter River village, and houses followed the work. What made sense for industry in the 1800s produced a village where a good deal of housing sits lower than the surrounding land.
No published record says which cellars here take water in a wet spell, and this page will not pretend otherwise. What is reliable is the mechanism: saturated ground raises the pressure against a cellar wall, and water finds the weakest joint in it.
Get anything porous off the floor if you can do it without entering the water: cardboard, paper, bedding, timber offcuts and chipboard shelving. Photograph the cellar before you move much. Then leave the water alone, especially if it has reached outlets, the panel or the base of the boiler.
Lift what you can reach from the stairs or a dry corner and stack it high and dry, and put foil or a wood offcut under furniture legs so finishes do not bleed. Do not use a household vacuum, do not run an extension lead across wet ground, and do not put a petrol pump or a generator inside the building.
If the water is still rising and you know where it is coming in, say so when you call (833) 490-5225. A cellar filling from a split pipe is stopped at a valve; a cellar filling from outside is not, and the crew will plan the visit differently.
Porous material that sat in water: cardboard, stored paper and books, carpet and pad, chipboard and particleboard, soft furnishings, mattresses, wet insulation and the bottom of any wallboard. Solid timber, metal, glass and sealed plastic can normally be cleaned and kept, and the category of water shifts the line.
Where the water was clean, a lot of borderline items can be dried and saved. Where it came up a drain or in from outside, the same items go, because cleaning the inside of a soaked mattress or a carpet pad is not realistic.
Mechanical plant is its own question. A boiler, water heater, furnace or pump that was submerged is not simply dried off and put back into service: it gets looked at by the trade that covers it. Keep the list and the photographs of everything discarded, whether or not you open a claim.
Most repeat cellar water is a drainage problem rather than a building problem. Gutters and downspouts discharging well away from the wall, ground sloping away from the house, window wells that drain, and a working pump with somewhere to send the water deal with the majority of cases.
The pump is the part that gets neglected. Test it by lifting the float, check the discharge line runs somewhere that will not freeze or back up, and know what happens when the power goes. In the hill towns here that last question is not theoretical: the ice storm of December 2008 left around 350,000 Massachusetts customers without power, with roughly 77,000 still dark five days later, and some households in these towns counted their outage in days.
One thing to raise with the town rather than with a restoration crew: how a sump discharge or a roof drain may legally connect. Never assume it can go into a sewer line. Snowmelt and spring thaw basement water covers the melt season specifically.
It depends on how the water arrived and what your policy says, and only your insurer can answer it. As a general pattern, a sudden escape of water from a pipe inside the building is treated differently from surface water or groundwater from outside, and from a drain backing up; the last two commonly need an endorsement.
Document it as though the answer will be argued. Photographs of the standing water, the tide line on the wall, the list of what was discarded and the drying log together describe a loss far better than a recollection does.
If a claim is denied and you think the handling was wrong, the Massachusetts Division of Insurance Consumer Service Unit takes complaints, although it cannot decide the cause of a loss for you. The water damage insurance claims guide sets out the usual pattern, and what to do first in a flooded basement covers the first hours.
Do not enter standing water that has reached outlets, cords, the electrical panel or the base of a boiler, furnace or water heater, and do not touch a wet panel. Treat any gas appliance that has been submerged as out of service until the right trade has seen it. Do not use a household vacuum on water, do not run a generator or petrol pump indoors, and keep children and pets out of the cellar until it has been cleaned.
Before anyone enters the water, the technician looks for cellar outlets and lights at or below the line, cords and power tools in it, the panel, and the base of the boiler or water heater. Circuits are isolated where there is any doubt. A gas appliance that has been under water is not relit, and you are told to have it checked by the appropriate trade.
Submersible pumps take the depth down, and wet vacuums finish the floor. While that runs, the technician works out the route in: a split supply line, a failed heater, the sump pit, a floor drain, the wall-floor joint or water coming in around a hatch or a window well. Knowing the route matters, because a cellar that filled from outside will fill again.
Anything porous that stood in the water comes off the floor: cardboard, stored paper, carpet, chipboard shelving, soft furnishings and wet insulation. It is photographed and listed before it goes. Metal, glass, sealed plastic and solid timber can usually be cleaned and kept, and the technician will tell you which pile a given item belongs in rather than deciding for you.
Floors, the base of the walls and the outside of the plant are cleaned, and where the water was not clean they are treated afterwards. Stone and brick are rinsed and cleaned rather than scoured, because the mortar joints matter more than the face. Silt in a floor drain or a sump pit is cleared so the next rain has somewhere to go.
Dehumidifiers run with the cellar closed, air movers sweep the walls and the joists, and readings are taken daily against a benchmark from a dry part of the building. The underside of the floor above is measured as well as the floor of the cellar. Drying ends on the readings, not when the floor looks dry.
Heavy rain or snowmelt saturating the ground until water finds the wall-floor joint, a window well or a hatch. The cleanup is straightforward; the cause usually is not, because it sits in grading, gutters and the footing drain outside the building. Expect the technician to look at the outside of the house as well as the inside.
A split supply line, a failed water heater, a washing machine hose or a pipe that froze and let go upstairs. The water started clean, which keeps more of the cellar salvageable, and the repair is a plumbing job rather than a drainage one. Frozen and burst pipe damage covers the winter version of this.
A floor drain or a sewer line pushing water back into the cellar, or a septic system that cannot take any more. This is contaminated water whatever it looks like, so the handling changes completely. See sewer and septic backup cleanup for how that is dealt with.
A sump pump that failed, jammed, outlived itself or lost power while the ground was saturated. Nothing about the building changed; the only defence stopped. Sump pump failure water damage deals with the aftermath and with what a second line of defence looks like.
If it's an emergency, call now. For non-urgent flooded basement cleanup, send the form and we'll call you back.
Baldwinville sits in the north of Templeton, a town of roughly 8,100 people made up of four villages. The village has been built on since the 1700s, with a historic district listed on the National Register in 1986 and a surviving residence from 1797, and the turnpike of 1805 and a junction of two rail lines brought more building after that. Cellars across that range of dates are all different: dirt floors, thin slabs poured later, stone walls pointed and repointed, and modern work added alongside the old.
A 1965 special act created the Baldwinville-Otter River Sewer District in Templeton, and the town wastewater plant on Reservoir Road discharges to the Otter River. In practice that means some homes in these villages are on village sewer while others rely on private septic systems and wells. Which is which at a given address is not something any published source sets out, and it matters for a cellar, because a house with a septic system and a cellar pump has both systems in the same low space.
The calendar drives the cellar work. Saturated ground in spring is the classic one, with melt and rain arriving together and pumps running for weeks. September to April brings nor'easters, with wind-driven rain and wet snow testing roofs, gutters and the ground around a foundation in one go. Summer and early autumn bring cloudbursts and the remains of tropical systems, which put a month of rain through a downspout in an hour. This is a seasonal pattern, not a measurement of any particular year.
Removal, drying and cleanup after a sump pump fails, jams or loses power and the pit overflows into the cellar.
Pump-out and vacuum removal of standing water from cellars, first floors and finished rooms, with the wet area measured before drying starts.
Pumping out, cleanup and drying when a thaw puts meltwater through a cellar wall, slab or bulkhead.
Contained removal, disposal, cleaning and drying after a drain, sewer line or septic system pushes water back into a cellar or bathroom.
Not sure if you're covered? Check your ZIP code.
A water damage quote is built from how much water came in and how long it sat, whether it was clean or contaminated, how many floors and materials took it on, how many days of drying equipment the building needs, how hard the wet space is to reach, and whether anything has to be rebuilt afterwards..
Stay off the stairs until you know the power to the cellar is off, then find where the water is coming from and stop it if you safely can.
Coverage is decided by your own policy and your insurer, never by this page.
Water damage work in Massachusetts requires a written contract, deposit cap and terms you can verify in the law.
The Millers River drains the snow and rain of north central Massachusetts through Athol, Winchendon and Orange, and it has flooded in several major events.
A flood that reaches a well pump or a septic tank contaminates both the water and the system.
Usually yes. A cellar that drains leaves the walls, the floor and the base of the framing soaked, and in an old stone cellar the mortar joints hold water that no pump would have reached anyway. The remaining job is cleaning and metered drying, and it is the part that decides whether the smell comes back.
Not until the right trade has looked at them. An appliance whose motor, controls or burner sat in water can fail or become a hazard even if it runs at first. The outside can be cleaned, but the decision about putting it back into service is not a restoration call.
It is slower, because the ground itself is a moisture source and there is no sealed surface to dry down to. The usual approach is to dry the structure, the walls and the framing to a benchmark reading and to accept that the ground will keep giving up some moisture, which is a reason to keep porous storage off that floor permanently.
Both. Surfaces that the water touched are cleaned, and where it was not clean they are treated afterwards. Silt in a floor drain or sump pit is cleared out as part of the work, because a blocked drain is what turns the next heavy rain into a repeat visit.
It should not, if the work is finished properly. A lingering smell nearly always means something porous was left in place or a reading was called dry too early, most often a wall cavity, wet insulation or a section of subfloor. Say so rather than living with it, because the fix is far smaller early on.
Significantly. Carpet, pad, stud walls, insulation and boarding mean more material that holds water and more cavities that need opening. Expect baseboard off, inspection holes low on the walls and in some cases a cut back of the bottom few inches of board, all agreed with you first.