Backwater Valve Cost in Ontario: 2026 Pricing and Rebate Guide

What a Backwater Valve Costs in Ontario

If you are researching backwater valve cost in Ontario, most homeowners pay between $1,800 and $4,500 for a mainline backwater valve installation in an existing home. With municipal rebates available in Toronto, Mississauga, Hamilton, Ottawa, and many other Ontario cities, the net out-of-pocket cost drops significantly — often to $1,550 to $3,550 in Toronto after the city's subsidy program. Understanding the full cost picture, including what rebates you qualify for, ensures you make an informed decision about this critical basement protection investment.

Average installed costs

• Interior basement retrofit (most common): $1,800 to $4,200. Involves saw-cutting the basement concrete slab, excavating 3 to 5 feet to the sewer pipe, installing the valve, backfilling, and restoring the concrete. This represents 60 to 70 percent of the total project cost as labour and restoration.
• Exterior yard installation: $2,400 to $4,500. Requires deeper excavation (6 to 8 feet) but avoids disruption to the basement interior. Includes landscape restoration afterward.
• New construction: $1,200 to $2,200. The valve is integrated before the concrete slab is poured, eliminating demolition, restoration, and the associated labour premium.
• Complex retrofit (under walls, driveways, or limited access): $4,200 to $6,500. Additional excavation, shoring, and structural considerations drive up the cost.
• Single-fixture branch valve: $650 to $1,400. Protects only one drain (typically a basement floor drain). Less expensive but provides partial protection only.

Cost breakdown

The valve unit itself costs $600 to $1,200 depending on the type and size (typically 3-inch or 4-inch PVC or ABS). The remaining $1,200 to $3,300 covers labour, concrete cutting and restoration, excavation, backfill material, permit fees (approximately $215 in Toronto), and cleanup. Labour and site restoration represent the bulk of the cost — which is why new construction installations are so much cheaper. Homes with an existing sump pit near the sewer line may benefit from lower excavation costs, as the contractor has easier access to the pipe. Finished basements with tile flooring or built-in storage over the installation area add to restoration costs.

Regional pricing

Toronto and GTA installations consistently run at the higher end of the range due to higher labour rates, denser urban conditions, and more complex permitting requirements. The average Toronto backwater valve installation costs $2,800 to $4,000 before rebates. Smaller Ontario cities typically see lower per-project costs — 10 to 20 percent less than GTA pricing — though the valve equipment cost is consistent province-wide. Always get at least three quotes from licensed plumbers who are familiar with your municipality's rebate program and permit requirements.

Types of Backwater Valves

Choosing the right valve type is important for proper protection. The type affects cost, maintenance requirements, and how well the valve performs during different backup scenarios.

Mainline backwater valve

A mainline valve is installed on the main sewer line leaving your home — the single pipe that carries all wastewater from every fixture to the municipal sewer. This provides whole-home protection: when the municipal sewer backs up, the valve closes and prevents sewage from entering through any drain in the house. Mainline valves are the standard choice for comprehensive protection and the type required by most municipal rebate programs. They cost $600 to $1,200 for the valve unit and are available in 3-inch and 4-inch sizes to match your sewer lateral diameter.

Normally open vs normally closed

Normally open (NO) valves keep the internal flap in the open position during regular use, allowing wastewater from your home to flow freely to the municipal sewer. When reverse pressure from a sewer backup pushes against the flap, it swings shut, blocking the incoming sewage. This is the most common type for residential mainline installations in Ontario — it requires no power, no manual operation, and allows normal drainage without restriction. The flap relies on gravity and water pressure to function, making it mechanically reliable. The trade-off is that the valve requires annual inspection to ensure the flap is not obstructed by debris that could prevent it from closing during a backup.

Normally closed (NC) valves keep the flap in the closed position by default, opening only when outgoing wastewater from your home pushes it open. This provides a higher level of baseline protection — the valve is sealed shut unless your drains are actively flowing. NC valves are used in higher-risk situations and areas with frequent sewer backups. They may require periodic priming and occasional manual override to ensure proper operation. For most Ontario residential applications, a normally open mainline valve provides adequate protection with simpler maintenance requirements.

Branch (single-fixture) valves

Branch valves protect individual drains rather than the entire home. They are installed on specific drain lines — most commonly on basement floor drains, which are the lowest drain in the house and the first to back up during a sewer event. Branch valves cost $650 to $1,400 installed and provide targeted protection at a lower cost than a mainline installation. However, they do not protect toilets, sinks, or other fixtures on the same floor unless each fixture has its own branch valve. For comprehensive basement protection, a mainline valve is the recommended approach. Branch valves are most appropriate as a supplementary measure or for situations where mainline installation is not feasible due to site constraints.

Factors That Affect Installation Cost

The wide price range for backwater valve installation reflects the significant variation in project complexity between different homes and site conditions.

Access and excavation

The single biggest cost driver is the excavation required to reach the sewer pipe. In a typical interior installation, the contractor must saw-cut a section of the basement concrete slab (usually a 3-foot by 3-foot opening), excavate 3 to 5 feet down to the sewer pipe, install the valve, backfill with gravel and soil, and restore the concrete. If the sewer line runs under a finished basement floor with tile, hardwood, or carpet, the restoration adds to the cost. Unfinished basements with bare concrete slabs are the least expensive to work with — there is nothing to remove and restore beyond the concrete itself. Exterior installations require deeper excavation (6 to 8 feet in many Ontario municipalities) but avoid interior disruption.

Basement condition and obstacles

The location of the sewer line relative to walls, staircases, furnaces, and other permanent fixtures affects cost. If the optimal valve location is directly under a load-bearing wall, staircase, or large appliance, the contractor must work around these obstacles — adding time, complexity, and cost. Finished basements with built-in cabinetry, entertainment centres, or storage systems may require partial demolition and reconstruction of these features to access the sewer line. Some homes have multiple sewer connections (sanitary and storm laterals), which may require two valves for complete protection.

Existing sewer condition

When the sewer pipe is exposed during excavation, the contractor may discover additional issues — cracks, corrosion, root intrusion, or deteriorated pipe material — that need repair before or during the valve installation. Repairing the sewer pipe at the valve location adds $500 to $2,000 to the project depending on the extent of damage. Older homes with clay or cast iron sewer pipes are more likely to require pipe repair during the installation process. A camera inspection of the sewer line before the project helps identify these conditions in advance so they can be included in the quote rather than appearing as unexpected add-ons during the work.

Ontario Municipal Rebate Programs

Ontario has some of the most generous municipal rebate programs in Canada for backwater valve installation. These programs exist because preventing individual basement flooding is far cheaper for municipalities than responding to widespread sewer backup events.

Toronto Basement Flooding Protection Subsidy

The City of Toronto offers up to $1,600 per backwater valve (increased from $1,250 effective May 1, 2026) through its Basement Flooding Protection Subsidy Program. Homeowners can claim subsidies for up to two devices per property, totalling a maximum of $3,200 for backwater valve installation alone. The subsidy covers 80 percent of the invoiced cost, capped at $1,600 per device. Combined with sump pump subsidies (up to $2,250 per pump plus $300 for battery backup) and a $500 plumbing assessment credit, the total program provides up to $6,650 per property.

This is a reimbursement program: you pay the contractor, then submit your application with receipts, inspection report, and supporting documentation. Processing takes 8 to 12 weeks. The work must be done by a contractor holding a valid City of Toronto business licence, and a City inspection is required after installation. The net effect for most Toronto homeowners is reducing a $2,800 to $4,000 installation to $1,550 to $3,550 out of pocket.

Other Ontario municipal programs

• Mississauga / Peel Region: Up to $1,500 per property for mainline backwater valves. Permit and licensed contractor required.
• Hamilton: $1,000 to $1,500 per property, with focus on low-income and high-risk households. Covers 50 to 75 percent of costs.
• Markham / York Region: Up to $1,200 per property. Can be combined with sump pump subsidies. Inspection mandatory.
• Ottawa: Up to $1,200 per valve through the Sewer Backup Prevention Program. Maximum $2,400 per property for two valves.
• London: $750 to $1,000 for backwater valve installation, particularly when combined with disconnection from combined sewer systems.
• Halton Region (Oakville, Burlington): 50 percent of materials and labour costs post-July 2024.

Program details, eligibility requirements, and subsidy amounts change periodically. Check your municipality's website or contact the building department for current information before starting the project. Most programs require the application to be submitted within a specific timeframe after installation — typically 3 to 6 months.

How Backwater Valves Work

Understanding the mechanism helps you appreciate why this relatively simple device provides such effective protection against one of the most damaging types of home flooding.

Normal operation

During everyday use, wastewater from your toilets, sinks, showers, and appliances flows through the sewer lateral from your home to the municipal sewer main under the street. In a normally open backwater valve, the internal flap sits in the open position, allowing this outgoing flow to pass through without any restriction. You would not know the valve is there — your drains work exactly as they always have. The valve creates no measurable back-pressure, no flow reduction, and no noise during normal drainage. Water flows out, the flap stays open by gravity, and your plumbing functions normally. The valve is entirely passive — it requires no power, no electronics, and no manual intervention during routine use.

During a sewer backup

When heavy rain overwhelms the municipal sewer system, the main sewer line under the street fills beyond capacity. Water pressure reverses direction, pushing sewage back toward your home through the same sewer lateral that normally carries your wastewater away. When this reverse pressure reaches the backwater valve, it pushes the internal flap closed, sealing the pipe and blocking sewage from entering your home. The flap remains sealed as long as reverse pressure persists — whether that is 20 minutes or several hours during a sustained storm event. Once the municipal system drains and normal flow resumes, the flap opens again and your drainage returns to normal automatically.

Without a backwater valve, this reverse flow enters your home through the lowest drain — typically a basement floor drain or toilet — flooding the basement with municipal sewage. This is not clean water or even grey water; it is Category 3 "black water" containing raw sewage with bacteria, viruses, parasites, and chemical contaminants that require professional hazardous material cleanup according to IICRC standards. All porous materials contacted by sewage (carpet, underpad, drywall below the water line, upholstered furniture) must be removed and replaced — they cannot be effectively decontaminated. The damage and health risks from a sewer backup are significantly worse than clean water flooding from a plumbing leak or groundwater infiltration, and the cleanup costs are correspondingly higher.

An important limitation to understand: while the valve is closed during a backup, your home's drains cannot exit to the sewer either. This means you should minimize water use during the backup event — avoid flushing toilets, running sinks, or using appliances. Once the municipal system recovers and the valve reopens, normal drainage resumes. Some homeowners install a small sump pit with a pump downstream of the valve to handle any wastewater generated during the backup period, though this is typically unnecessary for the short duration of most backup events.

The Installation Process

Knowing what to expect during installation helps you plan for the disruption and evaluate contractor quotes.

Pre-installation steps

Before any physical work begins, the contractor performs a sewer camera inspection to locate the main sewer line — determining the exact position, depth, direction, and condition of the pipe under the basement floor. This step is critical because guessing the pipe location and cutting into the concrete slab without precise mapping risks cutting into the wrong area, damaging other underground utilities (water supply, electrical conduits, in-floor heating loops), or discovering the pipe at a different depth than expected. The camera inspection also identifies existing pipe damage — cracks, root intrusion, offset joints, or deteriorated material — that needs to be addressed during the valve installation. Any pipe repair adds to the project cost and timeline, so it is better to know about these conditions in advance so they can be included in the initial quote.

The contractor applies for the building permit (approximately $215 in Toronto, though fees vary by municipality) and schedules the required inspections — typically a rough-in inspection before backfilling and a final inspection after completion. Clear the area around the installation zone well before the scheduled start date — move stored items, furniture, appliances, and anything within 6 to 8 feet of the marked location. If the installation is in a finished basement, plan for dust containment (the concrete cutting generates significant fine dust) and temporary loss of access to the affected area. The contractor should set up dust barriers to protect the rest of the basement.

Installation day

On installation day, the contractor begins by scoring and cutting through the concrete slab using a diamond-blade concrete saw — a loud process that generates water mist and fine concrete dust. The cut section of slab is broken into manageable pieces and removed, exposing the soil beneath. The crew then excavates by hand or with a compact excavator down to the sewer pipe, typically 3 to 5 feet below the slab for an interior installation. The pipe is cleaned, measured, and cut to accommodate the valve body. The backwater valve is positioned and connected using appropriate PVC or ABS couplings, ensuring the correct orientation (flow direction) and proper slope through the valve section.

The installation is tested by running water through the system and verifying both normal outgoing flow (valve stays open and drains freely) and simulated backflow (water introduced from the downstream side causes the valve flap to close and seal). After testing confirms proper operation, the excavation is backfilled in layers with clear gravel at the pipe level, then compactable fill material, compacted in lifts to prevent future settling. The concrete slab is restored with new concrete to match the existing floor level, with the valve's access lid set flush with the finished surface. The access lid must remain unobstructed — do not place heavy furniture, carpet, or permanent fixtures over it. A standard interior installation typically takes 1 to 2 full days. During the installation, you will not be able to use any drains or toilets in the home while the sewer line is cut — plan accordingly by scheduling the work when the family can be away for the day.

Post-installation

After the contractor completes the work, the municipal inspector visits to verify code compliance — checking the valve type, installation position, connections, and access provisions. Once the inspection passes, you can submit your rebate application with the inspection report, contractor invoice, and proof of payment. Mark the valve location clearly (many contractors install an access cover at floor level) and set a reminder for annual maintenance. Your backwater valve installation is now protecting your home against sewer backups.

Ontario Building Code Requirements

The Ontario Building Code (OBC) Section 7.4.6 mandates backwater valves on building drains and sewers where sewer backups risk flooding habitable space — particularly basements below grade.

New construction requirements

Since approximately 2012, the OBC has required backwater valves in new residential construction where the lowest plumbing fixture is below the level of the upstream maintenance hole (manhole) cover — essentially any home with a basement containing plumbing fixtures. This applies to all new homes, townhouses, and low-rise residential buildings built in Ontario. The valve is installed during construction before the basement slab is poured, making installation straightforward and relatively inexpensive ($1,200 to $2,200) compared to the $1,800 to $4,500 cost of retrofitting an existing home.

New home buyers should verify that their home has a backwater valve and confirm they know its exact location for future maintenance. The valve access cover should be clearly visible and accessible at the basement floor level. Ask the builder for documentation showing the valve make, model, installation date, and the inspection report. This information is valuable for insurance purposes, future maintenance scheduling, and potential warranty claims if the valve develops issues within its warranty period.

Retrofit requirements and incentives

For existing homes built before the code mandate, backwater valves are not retroactively required by the OBC but are strongly encouraged through municipal rebate programs and insurance incentives. The absence of a legal mandate for retrofits means municipalities rely on financial incentives — the rebate programs detailed above — to encourage voluntary installation. Building permits are required for all backwater valve installations regardless of whether the home is new construction or an existing retrofit, and a municipal inspection ensures the installation meets current code standards.

The permit process verifies the valve type and approval listing, installation location (the valve must remain accessible for maintenance — you cannot bury it under a permanent floor covering or pour concrete over the access cover), connection quality and watertight integrity, and proper slope of the sewer pipe through the valve section to ensure adequate drainage. Working without a permit creates legal liability, may void insurance coverage for sewer backup claims, and can complicate future home sales when plumbing modifications require disclosure. During a home inspection for a real estate transaction, a backwater valve installed without permit documentation may be flagged as an issue that the buyer can use to renegotiate the purchase price or request rectification before closing.

Insurance Benefits and Sewer Backup Coverage

Beyond the direct flood protection, a backwater valve provides measurable financial benefits through insurance premium reductions and improved claim eligibility.

Premium discounts

Many Ontario insurance providers — including TD Insurance, Intact, Aviva, Economical, and The Co-operators — offer discounts of 10 to 25 percent on water damage premiums for homes with verified backwater valve installations. This translates to $200 to $500 per year in premium savings depending on your policy, coverage level, and specific insurer. To qualify, provide your insurer with documentation of the installation — typically a municipal inspection report or a detailed contractor invoice showing the valve type, installation date, and installer credentials. Some insurers require a copy of the building permit and final inspection certificate.

Over 5 to 10 years, the cumulative insurance savings ($1,000 to $5,000) recover a significant portion of the installation cost after rebates. For a homeowner who pays $3,000 for installation, receives a $1,600 Toronto rebate (net cost $1,400), and saves $300 per year on insurance premiums, the valve pays for itself in under 5 years. After that, every year of insurance savings is pure return on the investment — while also providing ongoing protection against a flooding event that could cost $10,000 to $30,000 in damage and cleanup.

Sewer backup coverage

Sewer backup coverage is an endorsement (add-on) available on most Ontario homeowners insurance policies for $50 to $150 per year. This coverage pays for damage inside your home from sewer backups — contaminated flooring, drywall, furniture, personal property, appliances, and professional cleanup costs. Coverage limits typically range from $10,000 to $50,000 per incident depending on your policy. Without this endorsement, sewer backup damage is typically excluded from standard homeowners policies — meaning you bear the full cost of cleanup and restoration out of pocket.

Having a backwater valve installed strengthens your position if you ever need to file a claim. It demonstrates to the adjuster that you took reasonable preventive measures, which insurers view favourably during claim processing. Conversely, a home that experiences repeated sewer backups without a valve may face increased premiums, coverage restrictions, or difficulty obtaining sewer backup endorsements at any price. Some Ontario insurers have begun requiring backwater valves as a condition for sewer backup endorsement eligibility, particularly in flood-prone neighbourhoods with combined sewer infrastructure. Contact your insurance broker to review your current sewer backup coverage level and understand how a backwater valve installation would affect your policy terms.

Maintenance and Lifespan

A backwater valve is a low-maintenance device, but it does require periodic inspection to ensure the flap mechanism operates correctly when you need it.

Annual inspection

Once per year — ideally in early spring before storm season begins — open the access cover and visually inspect the valve. Verify the flap moves freely by manually lifting and releasing it to confirm it swings open and closes without sticking, grinding, or hesitation. Check for debris, sediment, grease buildup, or objects that could prevent the flap from closing during a backup event. Remove any visible obstructions with a gloved hand or long-handled tool. Flush the valve area with several litres of clean water to clear accumulated sediment from the valve chamber and seat surfaces.

Check the seal surfaces for damage, cracking, corrosion, or wear. The rubber or silicone gasket on the flap edge must create a watertight seal when the valve closes — if you can see gaps, deformation, or hardening of the seal material, the gasket needs replacement before it fails during a real backup. Examine the hinge mechanism for corrosion or binding. The entire inspection takes 5 to 10 minutes for a homeowner comfortable reaching into the access pit, or $100 to $200 for a professional service visit that includes documentation. Some municipalities require annual inspection documentation for ongoing rebate program compliance. Keep a maintenance log with the date, observations, and any corrective actions taken — this documentation is valuable for insurance purposes and future resale.

Lifespan and replacement

A properly maintained backwater valve lasts 20 to 50 years before the flap mechanism or seals need replacement. The valve body itself (PVC or ABS) can last indefinitely under normal conditions since it is not a moving part and is resistant to the chemicals found in residential wastewater. The most common maintenance issue is the flap seal degrading over time, particularly if harsh chemical drain cleaners (containing lye, sulfuric acid, or concentrated bleach) are regularly used — these chemicals can attack and degrade the rubber or silicone seal material, causing it to harden, crack, or deform.

If the valve shows signs of leaking, slow closure, or incomplete sealing during your annual testing, the flap assembly can usually be replaced without removing the entire valve body from the sewer line. This flap replacement costs $200 to $500 — a fraction of the $1,800 to $4,500 cost of a full new installation. Most valve manufacturers sell replacement flap kits specifically designed for field replacement without excavation. To extend flap life, use enzymatic drain cleaners instead of chemical ones, and avoid pouring cooking oils and grease down drains — grease accumulation on the flap seal is a common cause of incomplete closure. Your regular sump pump maintenance schedule is a good time to check the backwater valve as well if you have both systems installed.

Signs You Need a Backwater Valve

Not every home in Ontario has the same sewer backup risk. Several indicators suggest your home would benefit from a backwater valve installation.

Risk indicators

• Previous sewer backup: If your home has experienced even one sewer backup, the conditions that caused it — municipal sewer capacity, combined sewer infrastructure, or low-lying grade — have not changed. Without a valve, future backups are likely during the next heavy storm.
• Basement below street grade: Homes where the basement floor is below the level of the street are at highest risk because gravity feeds backup sewage toward the lowest point — your basement floor drain.
• Combined sewer area: Many older Ontario neighbourhoods — particularly in Toronto, Hamilton, and London — have combined sewers that carry both sanitary wastewater and stormwater. During heavy rain, these systems overwhelm quickly, and the excess backs up into homes.
• Storm symptoms: Gurgling toilets, slow drains, or water bubbling up from floor drains during heavy rain are early warning signs that your sewer connection is experiencing reverse pressure — the precursor to a full backup.
• No existing valve: If your home was built before approximately 2012 and has never had a backwater valve installed, you likely do not have one. Check your cleanout access point or ask a plumber to verify during a routine service visit.

How to check if you already have one

Look for a round or rectangular access cover in the basement floor, typically near the main sewer line exit point (usually within a few feet of where the sewer pipe leaves the house toward the street). This cover provides access to the backwater valve for inspection and maintenance. If you cannot identify an access cover, check near the floor drain or the main cleanout fitting. Not all access covers indicate a backwater valve — some provide access to cleanout fittings only. A cleanout cover typically reveals a simple pipe opening with a threaded cap, while a backwater valve cover reveals the valve mechanism with the visible flap inside.

If you are still unsure, a plumber can confirm whether your home has a backwater valve during a routine camera inspection of the sewer line. The camera will clearly show the valve mechanism if one is installed. If your home was built after approximately 2012 in Ontario, it almost certainly has a backwater valve as it was required by the Ontario Building Code for that construction. For homes built earlier, assume you do not have one unless you can visually confirm it or have documentation from a previous installation. If you are uncertain, schedule an inspection before the next storm season rather than waiting to find out during a backup event. The basement flooding prevention guide covers additional protective measures beyond backwater valves.

Complete Basement Flood Protection

A backwater valve is one component of a comprehensive basement flood protection strategy. Understanding how it integrates with other measures ensures your home has complete coverage against all flooding mechanisms.

Backwater valve plus sump pump

A backwater valve and a sump pump protect against different threats. The backwater valve prevents municipal sewer backups from entering through your drains. The sump pump handles groundwater that seeps through the foundation from saturated soil, collecting it in the sump pit and pumping it outside. You can have excellent sewer backup protection and still flood from groundwater without a sump pump — and vice versa. Most flood-prone Ontario homes benefit from both systems working together.

Installing both during the same project saves money through shared mobilization costs (the plumber is already on site with equipment), and most municipal rebate programs cover both installations. In Toronto, combining a backwater valve ($1,600 rebate per valve) with a sump pump ($2,250 rebate) and battery backup ($300) plus the plumbing assessment credit ($500) can provide up to $6,650 in total subsidies. Our sump pump installation cost guide covers pricing for the sump pump side of this equation.

Additional protection measures

Beyond the backwater valve and sump pump, several other measures reduce basement flood risk and form a complete protection system. Disconnecting downspouts from the municipal storm sewer system and directing them at least 6 feet away from the foundation reduces the volume of stormwater entering both the municipal system (reducing backup pressure) and the soil around your foundation (reducing groundwater seepage). Many Ontario municipalities require downspout disconnection and offer guidance on proper routing — Toronto mandated disconnection in 2011 for most residential properties.

Proper exterior grading ensures surface water flows away from the foundation at a slope of at least 2 percent rather than pooling against the foundation walls. Window well covers prevent rain from entering basement window wells and overwhelming their drain capacity. Weeping tile maintenance and repair ensures the foundation perimeter drainage system — the network of perforated pipe around and under your foundation footing — functions correctly to collect groundwater and direct it to the sump pit. Weeping tile can become clogged with sediment accumulation, root intrusion, or structural collapse from age, particularly in Ontario homes older than 30 years. Together with a backwater valve and sump pump, these measures reduce basement flood risk by 90 percent or more — a comprehensive protection system that is far cheaper to implement than dealing with even a single major flooding event that can easily cost $10,000 to $30,000 in damage, cleanup, and restoration.

Get Backwater Valve Installation Quotes

The most accurate way to determine your backwater valve installation cost is to get quotes from licensed plumbers who can inspect your sewer line, assess the installation site, and confirm your eligibility for municipal rebates.

What to ask contractors

When getting quotes, ask each contractor to specify the valve type and brand they recommend, whether the quote includes permit application and fees, the scope of concrete cutting and restoration, whether a camera inspection is included to verify sewer line condition, the project timeline, warranty on both parts and labour, and whether they are familiar with your municipality's rebate program and can help with the application process. Confirm the total all-in price includes cleanup and restoration — quotes that exclude concrete restoration or debris removal will result in additional costs that erode the apparent savings.

For transparent quotes from licensed Ontario plumbers experienced with backwater valve installation and municipal rebate programs, start with free plumbing quotes through PlumbingQuotes.ca.