Warren calls itself the smallest town in the smallest county in the smallest state, and it sits on the flattest ground in this part of Rhode Island, between the Warren River, the Kickemuit River, Belcher Cove, and Mount Hope Bay. About 11,000 people live here. A quarter of the town is already water, and the average elevation is about seven feet. Water Street and the blocks behind it hold 1700s and 1800s houses from the shipbuilding years, with mill housing from the 1880s through the 1920s north of downtown and postwar neighborhoods toward Touisset and the Barrington line.
Warren floods more readily than any town on this site. Market Street, the Metacom Avenue neighborhoods, and the businesses on Water Street take water on a high tide with a storm behind it, and storm drains run backward when the cove is up. In 1938 the surge carried an oyster boat into the middle of the street and washed houses in South Warren into the bay. The town has begun planning a retreat from its lowest ground.
This site puts Warren homeowners through by phone to an independent local water damage provider who knows which streets go under first.
Bay or river water in a house on the low streets is a storm surge and coastal flood cleanup, and it happens here without a hurricane. Groundwater and tide through the stone cellar of an 1800s house on Water Street is a stone cellar flooding cleanup. Standing water on any floor starts with water extraction.
Rebuild permits go through the Town of Warren, which also maps the streets that flood and the ground it expects to give up. The Warren Preservation Society keeps track of the downtown's colonial and Federal houses, many of which now sit in a mapped flood zone that will shape how they can be repaired.
Call (401) 560-5802 and say which street the house is on and how deep the water got. We put you through to an independent local water damage provider serving Warren.
Standing water pulled off wide pine boards, tile, brick, and dirt cellar floors on any level of an old Newport house, then the first moisture readings.
Air movers and dehumidifiers run by daily readings until plaster, lath, old timber, and subfloor come back to dry numbers in salt air.
Harbor or bay water that came in during a nor'easter or hurricane pumped out, contaminated material removed, and the ground floor dried.
Water pumped out of a fieldstone or rubble cellar, the source traced to a joint, a drain, or the tide, and the stone and framing above it dried.
Cleanup after a supply line froze in an uninsulated wall, a crawl space, or a shut-up summer house and split, then drying of what the thaw soaked.
A failed supply line, corroded fitting, or split radiator line shut off, the water pulled out, and the floors and plaster below it dried.
Wet attic insulation, plaster ceilings, and walls dried after a slate slipped, an ice dam backed up at the eave, or a nor'easter drove rain under the flashing.
A stained, sagging, or dropped plaster ceiling opened, the cavity above it dried, and the source found before anyone patches it.