Sewer Repair near you

Start by finding out where your city draws the boundary, because there is no national rule. Portland publishes the split clearly: the owner is responsible from the house to the curb, the city from the main under the street to the curb line, and repairs are permitted according to where they fall. Work between the house and the property line takes a plumbing permit and inspection from the city's development services; work in the right-of-way from the property line to the curb takes a right-of-way sewer repair permit, known there as a UR permit, with its own inspection; a repair crossing both needs both permits and two inspections. New York City, by contrast, holds the owner responsible out to the city main, and notes that such repairs are not covered by most homeowner policies.

Cities also set who may touch the pipe. Portland states that only the property owner or a licensed plumbing contractor can legally work on the sewer line, and that anyone working in the right-of-way must meet bonding and insurance requirements first. Minneapolis requires a permit to repair a sanitary lateral so that the work meets city code. Portland goes further for lined repairs in the public right-of-way, issuing permits for cured-in-place lining only to manufacturer-certified installers approved in writing by the sewer bureau.

Behind all of that sits state licensing, which is where you verify the contractor. Washington requires state plumber certification to work in the trade; Minnesota licenses master and journeyworker plumbers and the contracting business separately, and issues a certified pipelayer credential for work on building drain, sanitary sewer and storm sewer pipe within the property lines; California's Contractors State License Board licenses the plumbing contractor under its C-36 classification. Check the state board's own search, then ask the city which permits your job will need.

EPA names tree roots entering through defects or openings in a sewer line as a cause of blockages, and describes stormwater, groundwater and snowmelt entering sanitary sewers through cracks, faults and leaky joints. Those two descriptions cover most residential lateral failures between them. A root does not break into sound pipe; it exploits a joint that has already opened or a crack that has already formed, which is why root problems and pipe-age problems are usually the same problem.

Material and era tell you a lot before the camera goes in. Vitrified clay in short jointed sections, common in older neighborhoods, offers a joint every few feet for roots to find. Cast iron corrodes and loses wall thickness from the inside. Some mid-century construction used bituminous fiber conduit, which deforms with age. Modern plastic pipe rarely fails on its own but is unforgiving of poor bedding: settle it and you get a belly that holds water and collects solids at the same spot forever.

Groundwater intrusion is worth understanding even when it is not what backs your drains up, because it is why utilities care about private laterals. The Milwaukee Metropolitan Sewerage District's residential program sends an approved contractor to identify sources of rain or groundwater entering the sanitary sewer from a home's lateral, naming connected downspouts and foundation drains and defects such as roots as the sources that lead to basement backups.

A sewer repair should begin with video, not with a shovel. The camera goes in through a cleanout, and the operator notes the distance to each defect, what kind it is, and whether the pipe holds water. A transmitter in the camera head lets the contractor mark the position and depth on the ground above, which is what keeps excavation to one hole instead of a trench of guesses. Minneapolis tells homeowners outright that the city does not televise private laterals and that they can hire a company to do it.

Insist that the inspection and the repair proposal match. The proposal should say where the defect is in feet from the cleanout, how deep, what method is proposed, what surface has to be removed and restored — lawn, driveway, sidewalk, street — and which permits and inspections are included. If the line crosses into the right-of-way, ask which portion the city maintains, since in cities like Portland part of the run may not be yours to repair at all.

Open-trench excavation remains the reference method: the pipe is dug up, the bad section is cut out and replaced, and the ground is backfilled and restored. It handles anything, including a collapsed line or a section that has to be regraded, and its real cost is usually the surface above it rather than the pipe itself.

Cured-in-place pipe lining is the common trenchless alternative. Portland describes it as a trenchless method of sewer construction requiring little or no digging and significantly less time than other repair methods: a flexible liner is inserted into the existing pipe, inflated, and cured with heat or ultraviolet light, forming a smooth surface inside the old pipe and restoring it to near-new condition. The same description notes the limit that matters when you compare quotes — lining suits pipes that do not need to be upsized, and it needs a host pipe intact enough to line.

Pipe bursting sits between the two. Portland describes it as a trenchless method in which a bursting tool breaks the old pipe apart and pulls the new pipe into place behind it, allowing a pipe to be replaced or even upsized without a traditional construction trench. It still requires access pits at each end, and it is the usual answer when the existing pipe is too far gone to line but the yard, driveway or street above is worth protecting.

Because private laterals leak groundwater into public sewers, a number of US utilities and cities help pay for work on them, and the programs are worth checking before you sign anything. The Milwaukee Metropolitan Sewerage District's residential pipe program offers financial incentives toward foundation drain disconnection, downspout disconnection, sump pump rerouting, storm lateral installation, lateral replacement and lateral lining, with the district covering a portion and the homeowner the rest. The City of Madison, Wisconsin runs a backwater valve program for one- and two-unit residential properties without an existing backflow valve, reimbursing part of an installation that must be done by a Wisconsin licensed plumber under a city building permit, with an inspection to close the permit out. Minneapolis offers a grant toward fixing a sewer lateral line and reimburses homeowners where the fault turns out to be in the public sewer.

These are local programs, not national ones, and eligibility is usually tied to being a customer, to the property type and to using a licensed contractor with a permit. Check your own sewer utility's site and your city's sewer or engineering department before work begins, because most programs will not pay retroactively for work done without their prior approval.

A lateral failure announces itself as sewage coming up at the lowest drain. EPA's description of what sewage contains — bacteria, viruses, protozoa, helminths and inhaled molds and fungi — is the reason to stop all water use immediately, keep people and pets away, and bring in professional cleanup for anything porous that got wet. Photograph everything before it is moved; you will need that record for the utility and any insurer.

Coverage is the part homeowners most often get wrong. Under the National Flood Insurance Program, damage caused by sewer backup is covered only if it directly results from flooding; a backup caused by clogged or broken pipes is not a flood claim. The NFIP also treats sump pumps as covered building property when they are installed and connected to power. Sewer backup coverage for the ordinary case — a blocked lateral, a failed pump with no flood behind it — is generally a separate endorsement on a homeowner policy, and New York City's utility warns specifically that service line repairs are not covered by most home insurance policies. Read your own declarations page before you need it.