Industry Blogs

By: Chris Holbert, CEO of SecuraTrac Being a plumber is one of the most dangerous jobs in America. According to the Bureau of Labor Statistics, plumbers have one of the highest rates of injuries among all occupations. Often times plumbers are prone to slips and falls from high heights, working in confined spaces, and more Read more

By: Chris Holbert, CEO of SecuraTrac

Being a plumber is one of the most dangerous jobs in America. According to the Bureau of Labor Statistics, plumbers have one of the highest rates of injuries among all occupations. Often times plumbers are prone to slips and falls from high heights, working in confined spaces, and more. While plumbers have cell phones on them on the job, as well as having and wearing protective/preventative gear or equipment, it’s not necessarily the most efficient way to keep them safe or provide them tools to react in an emergency.

Depending on the job and what scenario they find themselves in, plumbers may not always have the ability to call 911 in an emergency. Or if they fall or a struck by an object, plumbers may be unconscious. This common scenario makes it impossible for the workers to use a cell phone and reach for help.

According to the Pew Research Center, approximately 95 percent of Americans now own a cell phone of some type, and more than one-third own a smartphone. Although these devices may provide many conveniences to users, in emergency situations their use is limited. Cellular devices require the user to still be conscious, or within range of the phone to call for help, making the device un-reliable for plumbers and not the most plausible option for ensuring workers stay safe.

But there’s a better solution to providing emergency communication for workers that can be easily carried or worn. The specific devices we are talking about is mPERS devices, which can automatically report an incident to emergency services so workers can receive help as soon as possible. mPERS devices, which have been used by seniors for years, are essentially a help button that can be pressed to alert emergency services that a worker needs help. In recent years, these devices have become even more beneficial outside of the senior space because they no longer require a base station device to place calls, which limited their range of use.

mPERS devices are small, portable, and lightweight. They use up-to-date location technology, and some even offer built-in fall advisory capabilities. These devices can detect horizontal and vertical movement and can initiate a call for help to emergency services without the need to even press a button. This is perfect in situations where plumbers may be unresponsive because of an accident or medical emergency, eliminating the need to call for help themselves entirely. The cloud-based technologies found in mPERS devices make it possible for Central Stations to pick up and response to the need for help as soon as possible. If a worker falls on the job, the device can report it via a text message or red flag in a software system.

The devices can also last much longer on one charge than a normal cell phone, making this another benefit of a mPERS device being used by plumbers. By having less functions, no screen, apps, or texting ability to drain battery, you aren’t constantly on them doing something. They can be turned off, but many also come with a “sleep” mode, where once the SOS button is pressed, the exact location information of the worker is sent to a central reporting station where an emergency call can be placed. There are mPERS devices on the market that can last up to 30 days on a single charge.

The use of mPERS devices can also make it easier to keep track of the number of incidences that occur, where they occur, and the type of accident that occurs. This is valuable information that can help implement newer safety tactics to avoid a repeat accident, for both workers and employers.

But not just any mPERS device can satisfy all the needs of all plumbers that will be utilizing this device. Several things should be considered before selecting a device. One of the most important considerations is looking into mPERS devices that are capable of 5G technology. By the end of this year, all major cell phone networks will fully transition to 5G technology, making out-of-date devices that can only handle 3G or 4G useless. Another consideration is the ability to upgrade an mPERS device down the line if it becomes necessary with new data networks and technologies evolving every day.

Whether it’s a pendant, clipped to the pocket or belt, etc. picking a wearable device (mPERS device) that makes the most sense for plumbers’ specific needs is an important part of taking advantage of all of the safety benefits that can potentially help save loves and improve the health of plumbers.

Personal Protective Equipment (PPE) has moved beyond heat insulated gloves, hard hats, eye protection, etc. While these are all vital pieces of equipment for plumbers to use, they can’t prevent and protect against everything. mPERS devices are another great addition to plumber PPE that doesn’t take up space, is easy to use, and can even work on its own without a user doing anything. Plumbers, and companies, should seriously consider and look into employing these devices as a standard across their practice. Instead of being stranded or calling out for help, a worker can receive connection to emergency services within seconds and in turn, prevent a bad situation from becoming worse by just the push of a button.


Chris Holbert is the CEO of SecuraTrac. SecuraTrac® develops, markets, and sells a suite of mobile safety solutions focused on improving senior and employee health and safety through mobile, location-based technology and state-of-the-art, cloud-based platforms. For more information please visit:

As the demand for more energy-conscious water heating solutions continues to grow, the industry is seeing an increase in the popularity of heat pump water heaters – a product rated three times more efficient than a standard tank electric water heater. This trend has allowed manufacturers to focus on creating more energy-efficient technology with the Read more

As the demand for more energy-conscious water heating solutions continues to grow, the industry is seeing an increase in the popularity of heat pump water heaters – a product rated three times more efficient than a standard tank electric water heater. This trend has allowed manufacturers to focus on creating more energy-efficient technology with the homeowner and professional in mind. Driven by factors including government regulations, customer demands and the desire for smart technology, A. O. Smith strives to be a key resource for customers by providing insights and solutions to help move the industry forward.

Regulations and rebates

To support decarbonization and electrification efforts, local, state and national governing bodies have set, or are currently vetting, regulatory standards that have already elevated the demand for heat pump products. Tax credits and rebates are also helping to drive the adoption of heat pump water heaters in new construction and existing homes by giving consumers more reasons to switch from traditional electric or gas water heaters to heat pump water heaters.

The Inflation Reduction Act, which was passed in mid-2022, will have a direct impact on the water heating industry. It includes increases in tax credits for homeowners and homebuilders, which will help lessen the financial investment that often comes with purchasing a heat pump water heater and select high-efficiency gas water heaters.

Starting in 2023, the tax credit for heat pump water heaters will be 30% of the total cost to purchase and install the unit up to a cap of $2,000. This variable tax credit will offer significantly higher upfront savings to homeowners in 2023, especially when combined with local utility rebates, which can run as high as $1,000 in some states.

To make it easier for customers purchasing energy efficient water heaters to find local rebates and tax credits, A. O. Smith also offers a ZIP code-enabled rebate finder powered by EcoRebates. The tool helps streamline the process by allowing customers to enter their location to see current rebates available for a wide selection of high-efficiency products.

Professional perks

Along with the desire for increased cost-savings comes the need for an improved installation and service experience for the professional. A. O. Smith recently launched the Voltex AL (anti-leak) heat pump water heater, a first-of-its-kind water heating solution with updated water connections, smart connectivity and integrated leak detection.

Installation flexibility was a priority when designing the Voltex AL model, providing professionals with a universal replacement option. Incorporating a zero-clearance design for the sides and back, as well as top and front water connections, this product is an ideal choice for a variety of new and retrofit applications. The Voltex AL heat pump water heater also operates at 45 dBA, making it the quietest model currently on the market.

The ENERGY STAR® certified Voltex AL® product features an incredibly high Uniform Energy Factor (UEF) of 4.02 with the 66-gallon unit and 3.8 with the 50-gallon. It’s also available in an 80-gallon model.

Smart technology

Another key driving factor in the development of heat pump water heating technology is the adoption and integration of smart features. As technology evolves, more homeowners are interested in controlling their appliances remotely using their smartphones.

With the new Voltex AL heat pump water heater, the integrated iCOMM connectivity platform supports features like anti-leak technology through the use of integrated leak detection and a smart anode. Using the A. O. Smith mobile app, professionals and homeowners can remotely monitor and adjust the water heater to improve performance and increase savings. For added peace of mind, the smart sensor provides notifications through the notification-enabled mobile app in the event of a detected leak. Owners can also utilize an optional shutoff valve accessory to further protect homes. The smart anode adapts to local water conditions, protecting and extending the life of the water heater, and it displays a specific error code on the control panel when it needs to be replaced. Demand response and time-of-use capabilities make it even easier to save money by integrating the heat pump water heater into the growing number of utility smart grid programs.

Heat pump water heaters will continue to play an important role in decarbonization and efficiency efforts. As government agencies put energy efficiency front and center, it’s our responsibility as manufacturers to prioritize more sustainable technology for our customers to ensure a greener future.

Blog Authors:

Arthur Smith, Product Coordinator – Specialty Residential, A. O. Smith




Francois Lebrasseur, Business Development Manager – Utility Sector, A. O. Smith




Without proper maintenance, steam and hot-water boilers in hydronic heating systems corrode and become less efficient, leading to additional service calls and a shorter life span. Replacing a heating system can be very expensive, costing home and building owners thousands of dollars. To help prevent this, encourage your customers to spend a little money every Read more

Without proper maintenance, steam and hot-water boilers in hydronic heating systems corrode and become less efficient, leading to additional service calls and a shorter life span. Replacing a heating system can be very expensive, costing home and building owners thousands of dollars.

To help prevent this, encourage your customers to spend a little money every year on services to maximize the life of their heating systems and prolong a significant expenditure.

With that said, there are some best practices when it comes to servicing or flushing different types of hydronic heating systems. In such a system, water expands when it is heated and contracts when it is cooled; i.e., enlarges or reduces in volume. Known as thermal expansion, this is the tendency of matter to change its shape, area, volume, and density in response to a change in temperature.

To accommodate thermal expansion, storage is needed within a system. Two types of systems accommodate thermal expansion: a closed loop (sealed) system and an open loop (vented) system.

Before we dive into how and when to flush a heating system, let’s take a closer look at the difference between a closed loop system and an open loop system.

What is a Closed Loop System versus an Open Loop System?

Closed Loop

In short, a closed loop system is closed to the atmosphere. These systems integrate expansion tanks to accommodate the expansion and contraction of water. A closed system also has a built-in, dedicated return line to carry water back to the heating source (usually a boiler), preventing the possibility of warm or cold spots from mixing in the water supply, as happens in an open loop system.

Usually smaller than open loop systems, closed loop systems there take up less space, while assisting with cleanliness, improving water quality, and reducing the entry of oxygen into the system.

As already noted, a closed loop means less potential for water to enter the system, and that decreases the risk of corrosion.

Open Loop

An open loop system is open to the atmosphere and draws water directly from the hot or cold water lines to which it is connected. Open loop systems have an open expansion tank that accommodates expansion and contraction within the system. More evaporation happens with this type of system, leading to more water being introduced and possibly contaminating the system.

While closed loop systems aren’t as common, they are usually older heating systems and often cannot reach higher pressures. As mentioned, these units allow pollutants to enter the system water, so feed and expansion tanks require periodic cleaning. That enables oxygen to enter the system, contributing to corrosion.

The pipework run from the expansion tank location to the mechanical room where the boiler is located can be grueling and will need insulating to protect against freezing. (More on freezing temperatures later.)

When to Flush a System

Flushing A Hot Water System

Newer residential hydronic systems with hot-water boilers are closed-loop. We do not recommend opening and flushing a closed loop system unless you absolutely have to. Why? Because the enemy of such a system is actually oxygenated water.

However, like a car, closed loop hydronic heating systems must be regularly serviced to prevent problems and maintain efficiency. But unlike a car, they don’t cough, stutter, give off smoke or produce a foul odor when something goes wrong. The system just silently continues doing its job, slowly deteriorating in performance and failing much sooner than it should.

However, sometimes the system will provide some clues that it is acting up — like making a rumbling noise as minerals start to collect in the system. After all, a closed system still has a component that feeds water into it if it needs to.

Additionally, your customer might have a system leak that they weren’t aware of, adding oxygenated water to the system for years. That will cause many problems and change the pH level in the system.

For a closed-loop residential boiler to operate properly, the liquid it circulates must maintain the correct pH levels. To truly identify if you have a potential leak or sludge buildup, you must conduct a pH test to determine if the system should be flushed with a cleaner. We recommend conducting a pH test at least once a year.

Start with a visual reading by opening the drain valve and bleeding off some liquid. If it appears clear, proceed with a pH test. To run a pH test, you can buy test strips that provide a color-coded readout. If you need a more precise reading — say, for an aluminum system — use a digital pH meter.

The correct pH level depends on the composition of the heat exchanger. Systems with a cast iron, stainless steel, or copper exchanger are resilient and usually have a wide range of acceptable levels. Aluminum is more prone to corrosion and may require a specific pH number. Read the system’s installation and operating manual to determine the acceptable pH range. We recommend using a corrosion inhibitor to balance out the pH — a seamless fix. However, if the buildup or corrosion has been going on for several years, the system will probably not recover with this treatment. Instead, you’ll have to use a cleaner to flush the system to maximize boiler efficiency.

Check out this blog that covers the impact of pH in hydronic heating systems and how to test and balance levels.

Flushing A Steam Heating System

Larger steam boilers are usually used in multifamily or commercial applications. Years ago, these large steam boilers held thousands of gallons of water. But, as time went by, steam boilers became more efficient. Today, more compact units are available.

As a steam boiler heats up, water turns into steam and eventually flows through the system. When that steam condensates, it all returns to the boiler. But newer, more compact boilers don’t have nearly the capacity of their older, larger counterparts, so the former run out of water quickly.

Over the years, the industry has developed components to sense when the boiler is low on or out of water. They will shut the boiler down, giving the system time to fill up. So these safety components essentially prevent the unit from firing if it’s low on or out of water.

Some components are electronic. Others involve a ball sitting inside the unit that floats up and down as the water level of the boiler changes.

Timers on these systems will indicate a shutoff for, say, one to three minutes, providing time for all the condensate and water to return to the boiler. Then, if the return water is not sufficient, electronic and solenoid valves will open to let more water in.

That, of course, permits corrosion-causing, oxygenated water into the system. Which is why these safety components must be flushed from time to time, because of the likelihood of mineral buildup.

Which is why steam boilers require regular maintenance and should be flushed with a cleaner or corrosion inhibitor at least twice a year — typically at the beginning and at the end of the heating season.

Preventative Maintenance and How to Flush a Heating System

Depending on how dirty the system is and if you don’t want to take it out of operation to completely flush it, we recommend using a cleaner like Hercules® Boiler and Heating System Cleaner. That’s because it can stay in the system and doesn’t require flushing the system.

Hercules Boiler and Heating System Cleaner is formulated to clean and condition all steam and hot-water boilers in hydronic heating systems. The cleaner contains silicone to protect pumps by lubricating seals, maximizing efficiency and preventing valve clogging and corrosion.

Still, be sure to check the pH levels in the system. If the first liquid sample in your visual pH reading contains a lot of rust or sludge, you must take a more aggressive approach by flushing the system with a system restorer. Sludge indicates corrosion in the heat exchanger, fittings or piping.

Here’s how to remove sludge:

  • Let the solution circulate for two hours.
  • After 2 hours of cycling, dump the system. Leaving the chemical in for too long can damage metal pipes and fittings and ruin the heat exchanger.
  • Refill the system with a blend of water and inhibited virgin propylene glycol to prevent corrosion and scale buildup inside the heat exchanger and piping system. Always reference the system manufacturer’s installation and operating manual to ensure you use the proper blend.

Watch this video to learn how to remove sludge and corrosion in hydronic heating systems with Sludgehammer.

While Flushing the System, add Antifreeze

Many contractors use only water in indoor hydronic heating systems. However, water freezes at 32° Fahrenheit; so if there is a power outage, pipes could freeze and burst. In addition, as we’ve learned, water also promotes corrosion and mineral buildup.

Adding an inhibited virgin propylene glycol antifreeze to a boiler corrects both of those problems. Installing inhibited virgin propylene glycol into hydronic heating systems is also a requirement to maintain warranty by leading boiler manufacturers.

The type of antifreeze you’ll need depends on the climate and the metal content of the system.

  • For cast iron, stainless steel, or copper systems, choose an antifreeze solution like Hercules® CryoTek AG, -100, Original or Universal.
  • For systems with aluminum heat exchangers, the best choice is an antifreeze that works with any type of metal, such as Hercules® Cryo-Tek
  • Depending on the level of freeze protection required to have an effective and efficient operating system, you can choose blends like Cryo-Tek AG or Universal and blend them with distilled water to arrive at the proper freeze protection. Or you can purchase pre-blended formulas like -100 or Original.

The active ingredient of antifreeze is propylene glycol. Avoid antifreeze products that contain “used” propylene glycol, which may introduce minerals and other foreign particles to the boiler. Look for a label that reads “inhibited virgin propylene glycol.”

Author’s biography: Sean Comerford is a Technical Applications Manager at Oatey Co. He is a third-generation tradesman with nearly 20 years of plumbing experience, including serving as the lead plumber for commercial/residential new-construction, service and fire protection jobs. He holds a State of Ohio Fire Protection License for Sprinkler and Standpipe.

By: Jason Abajian, North America Water Sales Manager at Resideo Many people have water-leak stories, now there is a solution Winter arrived a bit earlier than usual here in the Upper Midwest, and the moment I saw the projected cold snap, my mind immediately went to the maintenance involved in preparing my home for a long Read more

By: Jason Abajian, North America Water Sales Manager at Resideo

Many people have water-leak stories, now there is a solution

Winter arrived a bit earlier than usual here in the Upper Midwest, and the moment I saw the projected cold snap, my mind immediately went to the maintenance involved in preparing my home for a long winter in Traverse City, Mich., where our average snowfall is between 125 inches and 145 inches each year.

Questions like, ‘did I blow out my sprinkler lines so the water doesn’t freeze and crack the copper pipes and sprinkler heads?’ Or ‘is my boiler tuned up and ready for another heating season? I hate to leave my home unprotected.’ It’s my family’s sanctuary and a massive financial investment.

The force that can carve out the Grand Canyon can also carve out massive damage to your home. How can we protect our homes from this great force of nature? Knowledge and preparation are critical.

Water Leaks are on the Rise

Water makes up most of the human body and our earth, it’s more important than food to sustain life, and yet it is the largest menace for home insurance claims. Each year, about one in 60 homeowners files a water damage claim, accounting for 20% of all homeowner insurance claims.

I have inflated this statistic by having dealt with two water damage insurance claims myself. My first claim occurred in 2008. Four days after renting out our home after we struggled to sell it, the renter left a bathtub faucet running upstairs while they were at work and the loft next to the bathroom imploded into the living room below. If that was not bad enough, several years ago my friend’s four-year-old daughter flushed a towel down my current basement toilet and the towel then wrapped around my sewage sump pump and clogged it while the toilet continued to run. I came home late that night to 3 inches of water in the basement. The worst/best part happened when my plumber was replacing my sump pump. He offered me a water leak detector, so I’d be alerted if something like that happened again. The irony was that I already had a sample sitting in a box soaking wet – unused!

Beyond personal residences, think how vital water leak prevention devices can be in multi-family dwellings like condos and town homes, home rentals and even new construction. For example, if you were living in a condo and the property above yours had a pipe burst while your neighbor was away. Your neighbor’s nightmare is now yours, and the property below you and the building management company. Now the home insurance claim isn’t limited to your condo alone.

The same goes for any unoccupied home. Home rentals are notorious for large water damage claims due to faucets and fixtures being left open to run. I know from personal experience. Knowing your water supply line is protected, similar to a connected thermostat communicating your property is properly heating and cooling, is worth the price!

Stopping Water at the Source

The good news is that 93% of water leaks can be prevented. Utilizing well-placed water leak detectors that are connected to a water shutoff valve can help prevent catastrophic water damage. In 2021, Resideo Water Leak and Freeze detectors helped save 3 million gallons of water and helped prevent an estimated $1.9 million in insurance claims.

Today, I use Resideo’s new Braukmann L5 WiFi Water Shutoff Valve on my home’s water main and simply shutoff the water flow into my entire home while I travel via the Resideo app. I can also pair Resideo’s WiFi Water Leak & Freeze Detectors in high-risk places and use the actuator’s water sensor cable plugged directly into it – if any part of the cable gets wet, it will close off the actuator stopping water from entering our home. The water cables can be daisy chained up to 500 ft to protect a complete mechanical room. Pipes can leak and burst anywhere throughout the home, especially during the change of seasons, and this product offers me personal peace of mind.

Here are a few additional scenarios that could warrant a water management system and/or leak detection device:

  1. Air handler in the attic. Using water leak detection devices in or around a condensation pan would be a good idea so as to identify any water damage threat in an unconditioned space.
  2. Dehumidifier in a crawl space. The average dehumidifier captures 30-70 pints of water per day and this moisture needs to go somewhere. A water leak detector delivers peace of mind when the unit is out of sight.
  3. Laundry on the second floor. Water damage from a second story can heavily increase the liability of a water damage claims above one’s insurance deductible. A water leak detector will quickly alert you to an issue.
  4. Tankless water heater installed. If a homeowner has one of these, it’s likely they are resource conscious and may be more interested in reducing the amount of water lost to leaks.
  5. Sump pump pit. These devices are critical for providing protection to one’s home from ground water. Knowing there is a problem allows you to act before three inches of water fills the entire basement.
  6. Recent leak damage. Just as my plumber offered me when I had a water damage to my basement – there is no better time to offer water protection than after a customer has felt the sting of a water insurance claim.

What is peace of mind worth to you and your customers? The cost of water is rising like other utilities and so are monthly insurance premiums. Knowing that I do not need to worry about a pipe burst destroying my home and savings account while I visit the in-laws this Christmas will save some of my sanity, and you can’t put a price on that.

Jason Abajian*Jason Abajian is the North America Water Sales Manager for Resideo’s Hydronic & Potable Water Solutions. Jason has spent more than 17 years working in the HVAC industry for Resideo Technologies, and previously Honeywell International. With a passion for education and making an impact on future generations, Jason worked for an HVAC installer in the summer, and was a high school teacher during the school year. What started as a summer gig turned into an ideal springboard for his purpose-driven career as a “Wet Head.” Jason is proud to work for an industry that can inspire others and deliver superior craftmanship, comfort and control with minimized environmental impact.

A wet basement is a scenario that no homeowner wants to experience, but it is a relatively common occurrence. As it rains, water seeps down and raises the water table. As that water reaches the foundation, it creates what’s known as hydrostatic pressure, placing great amounts of stress on the concrete. That pressure can cause Read more

A wet basement is a scenario that no homeowner wants to experience, but it is a relatively common occurrence. As it rains, water seeps down and raises the water table. As that water reaches the foundation, it creates what’s known as hydrostatic pressure, placing great amounts of stress on the concrete. That pressure can cause various problems ranging from water seeping through the basement cove joint to cracks appearing in your concrete. Only through the addressing of hydrostatic pressure can these problems be stopped.

But not every basement waterproofing system is made the same. Even with an interior basement waterproofing system in place, if the components are not properly installed or well-designed, the system can fail. This means that all that money you spent to fix your basement must be spent again.

This is called tear or rip out, where the original system must be torn out and replaced with a new one.

To keep your basement protected from the effects of intrusive groundwater and moisture, it is crucial to have it waterproofed with quality products and methods that will perform even under serious conditions such as heavy rainstorms.

Components in a Basement Waterproofing System

Even if there aren’t cracks in your floor slab or basement wall, water can still seep through the cold joints because of this water pressure (hydrostatic pressure). By targeting this hydrostatic pressure, you can keep the water out of your home. This requires what’s known as an interior basement waterproofing system.

The components for an interior basement waterproofing system typically include:

  • Drainage channels, also known as drain tile and sometimes French drains
  • A sump pit and a sump pump

Depending on your situation, there may be other components required such as vapor barriers and dehumidifiers. But the main drivers for your basement waterproofing system’s performance are the drainage channels and the sump pump—without these two, there’s no ability to capture and remove incoming groundwater when it rains.

Let’s take a closer look into how to make sure that your drainage channels and sump pump are prepared for any rainy day…

Drainage Channels

Drainage channels can come in different forms and sizes. This is important to know because these channels can affect the performance and longevity of your basement waterproofing system’s drainage ability.

The Most Common Drainage Channels

Commonly used drainage channels tend to come in the form of perforated corrugated channels. The reason corrugated pipe is the most common product is that it’s the cheapest for the contractor to buy.

Corrugated pipe comes in a giant roll, like a garden hose, but it’s wider, from three to four inches wide. But it’s wiggly and difficult to install straight.

There are a number of disadvantages to using corrugated channels including:

The coiled shape of the corrugations creates grooves that trap debris and water, leading to sitting water, debris build-up, and eventually clogged drainage channels.

Corrugated drains are hard to install flat—they tend to bend, rise and dip, leading to an uneven path for water. The potential to trap water rather than flow it towards the sump pit is commonplace.

These drainage channels tend to have small perforations, which means less water is able to enter at any one time, and it can be prone to get clogged by debris.

Even non-corrugated drainage channels may have trouble transporting water fast enough. A round drainage channel can lead to debris settlement, slowing down water flow and eventually clogging.

Specially Designed Drainage Channels for Interior Waterproofing

There are two significant design differences in interior drainage channels.

  1. On-the-footer design
  2. Beside-the-footer design

These differences make all the difference to draining water from your basement.

  • On-the-footer systems are designed to be installed faster and easier but drain less water.
  • Beside-the-footer systems require more labor but provide for a larger capacity and faster discharge of water.

The price difference? Negligible.

The Differences in Basement Drainage Channels: On-the-footer vs. Beside-the-footer

  • On-the-footer systems are installed on the concrete footer of the home. The footer is built to be perfectly level. This is so that the rest of the structure that sits on the footer has a level starting point. Putting a drainage channel on top of the footer means that the channel is level as well and water in the channel doesn’t drain away until there is a buildup. This slow build-up causes these systems to leak when water enters them quickly – such as during heavier rain storms.
  • Beside-the-footer systems are installed deeper and are positioned beside the footer. This allows for pitching or slanting these channels toward the sump pit. Pitching allows for faster drainage. Pitching also allows for all the water to drain, not sit stagnant.

Homeowners may want to note: Contractors that favor the on-the-footer method may argue that the beside-the-footer system places the drainage channels into a “Mud Zone” that leads to fast clogging. But this kind of statement isn’t true and doesn’t contribute to developing an effective solution that meets the needs of homeowners.

Read the next section to see why on-the-footer systems don’t perform as well and why a beside-the-footer system can provide better outcomes.

What to Look for in a Drainage Channel

Your basement waterproofing system needs a drainage channel that fulfils at least these requirements to ensure efficient and long-lasting waterproofing…

  • Non-corrugated, smooth, and flat surface to prevent standing water and debris from clogging it.
  • High capacity: most of the drainage channels in the market have a capacity of around 1 gallon per foot of channel. This isn’t enough, especially in heavy rain conditions. Check to see that your drainage channel has a higher capacity than 1 gallon per foot.
  • Perforations: The drainage channel should have large perforations that can take in more water. But not large enough to let drainage stone in. This is crucial, especially during heavy rain. Perforations should also be situated on two opposite sides to account for water coming through the cold joints as well as water that rises up to meet the foundation.
  • On-the-footer systems only allow for water to enter from a single side.
  • Deeper is better as the system can start draining water earlier. A beside-the-footer system allows for this.
  • As discussed above, ensure the channel can be pitched toward the sump pit. Laying a channel flat, such as with on-the-footer systems, is asking for trouble.

Sump Pumps: The Beating Heart of a Waterproofing System

When the water reaches the sump pit, it is the sump pump that finishes the job by pumping the water out of the basement or crawlspace. By pushing water out of the sump pit and through a discharge pipe, the sump pump moves the water out of your home and to a location away from your foundation. But there are challenges that your sump pump can encounter, especially during a storm…

  1. Sump pumps can shut down in the event of a power outage.
  2. Sump pumps can fail at any time due to clogging, faulty or jammed float switches, or other mechanical failures – you won’t know until your system isn’t working.
  3. The pump gets overwhelmed with too much water and can’t pump it out fast enough. This causes the entire system to back up with water and floods the basement.
  4. Different sump pumps offer different levels of power. Many systems come standard with a ¼ horsepower pump.


To address the first two concerns, consider getting a basement sump pump system with a battery backup pump. A battery backup pump provides a second line of defense in the event that the power goes out or the first pump fails for any reason.

Two things can prevent the system from becoming overwhelmed. A larger standard sump pump and a redundant pumping system will deploy both the main pump and the battery backup pump simultaneously to pump out as much water as the drainage channels can throw at it.

Sump pumps typically provide ¼ horsepower—but there are options that offer higher levels of power.

High-Capacity Protection Against Rainy Days

There are many waterproofing solutions out there, but your home deserves the best. The more prepared your waterproofing system is for heavy rain and other unexpected situations (like power outages), the better protected your home will be. From high-capacity drainage channels to high-powered sump pumps with battery backups, make sure to keep your home safe from all those rainy days with the proper components for quality basement waterproofing!

Todd Prosan is the President and Co-owner of 58 Foundations, a company that provides quality basement waterproofing, crawlspace encapsulation, foundation repair, and mold remediation solutions for homes and commercial properties. For over 30 years Todd has been a leader in the home repair and improvement industry focused on training, product design, best installation methods, business development, and a forefront thinker in the basement, crawlspace, and foundation repair industries.

Prior to 58 Foundations, Todd was the director of contractor and business development for Grate Products LLC. Todd has also been the president & COO for B-Dry, LLC and as the president and VP of operations for BDS Management Group following a merger of the two brands. During Todd’s tenure, annual revenue increased, operating efficiency improved, and operational and growth strategies were implemented for 11 company-owned markets and 33 franchised locations across the US. Todd coached, trained, and lead ten regional managers and 150+ employees. Todd has also held the positions of VP of Operations for Highway Markings Inc., VP of Operations for Lovell Farms & Envirosafe Laboratories, and Business Development Manager for Professional Manufacturers Representatives.