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Tracer Gas Detection FAQs

Tracer gas detection is an alternate method for pinpointing pipe leaks when sonic detection isn’t possible or when a secondary method to confirm location is required. The process starts by sealing off a suspect pipe with pressure testing plugs and inducing a tracer gas into the pipe.  This forces the tracer gas to escape out of the pipe leak. The tracer gas then rises to the surface and a gas detector is used to pick up the location of the tracer gas coming out of the ground.  The Loktracer TLD500 Hydrogen Detector is used with a non-flammable mixture of 5% Hydrogen/95% Nitrogen as a tracer gas. The gas detector sounds an alarm and illuminates a series of LEDs when a trace amount of hydrogen gas is detected.

Will the gas detector work through concrete?

Yes and no. While the tracer gas eventually works its way through concrete, it will always take the path of least resistance. This means it may come up through a crack or the edge of a slab even though that may not be the exact leak location. Small holes can be drilled in concrete to help the gas move through the concrete faster and provide a more specific location. In the dirt, the gas generally comes straight up from the leak.

How long does it take for the hydrogen to reach the surface?

That length of time depends on the depth of the pipe and the density of the material. If the line is 2 feet below ground, the time to detect could be a few minutes. The deeper the pipe, the longer you might want to run the tracer gas before you start detecting above the ground.

Is hydrogen tracer gas dangerous or flammable?

No, if the mixture is 5% hydrogen in nitrogen (must be nitrogen), it is shown on the cylinder as green label non-combustible. This is the only mixture permissible to be used with the Loktracer TLD500 gas detector. Additionally, the mixture will never build up to become explosive. Once the hydrogen leaves the cylinder, the concentration can only go down. The hydrogen does not separate from the nitrogen gas.

How much tracer gas do I need to find the leak?

The amount of tracer gas needed depends a lot on the volume of the pipe and the duration of the location process.  A residential pool pipe that needs to be tested could take around 1 – 3 cubic feet to fill. Once filled, a continuous flow of gas is then dispensed until you stop the location process. A typical gas cylinder contains about 250 cubic ft of gas. Several, if not many, jobs can be completed on the same tank. We recommend having more gas than you think you will use, because as the gas leaks out of the plumbing you will continually need to adjust the flow to maintain pressure. If the line volume is large and deep underground, running the gas for long periods of time could deplete your supply quickly.

How much does the gas cost and where do I get it?

The cost is generally about $60-70 a cylinder but will vary depending on supplier. You can obtain the gas through a gas supplier like Prax or AirGas. Welding gas suppliers may also carry it since 5% Hydrogen/95% Nitrogen gas is used in welding as shield gas. Always ask for industrial grade or the cheapest gas they offer. Gas purity is not important. You do not need 5 9’s research grade with a certificate. The basic gas will suffice.

Should I use a gas pressure regulator or a flow regulator to dispense the gas?

Either one will work.  You don’t need to maintain a specific pressure, but you do want to ensure there is a constant flow of gas.  With a flow meter you can measure/see how much gas is flowing into the pipe, which can be helpful to conserve gas on larger leaks. If the leak is small enough to build pressure, it’s important to avoid building too much pressure in the line.  A pressure regulator will allow gas to go into the line up to a certain pressure, which can save gas on smaller leaks and will keep pressure levels safe. The downside to a pressure regulator is that more gas may be put into the line than is necessary to build up pressure.

What are the consumable parts of the gas detector? How long before it needs service?

The Loktracer TLD500 gas sensor is an impact sensor. The hydrogen molecule impacts on the sensor, so there is nothing that is “sucking” in the sample as in other helium or refrigerant type gas detectors. This sensor on the Loktracer TLD500 usually lasts 2-5 years or longer. At that point, it is more cost effective to replace the entire unit.

Do I have to remove the water from the pipe before putting in the hydrogen tracer gas?

It is best to remove the water from the pipe.  The tracer gas needs to be able to reach the leak, and since the leak location is unknown, the water left in the pipe could be escaping from the leak and not the tracer gas.  While eventually the water gets pushed out and the tracer gas can escape out of the leak, that process can take a long time, especially on small leaks.  To be efficient you will want to purge the water from the pipe first.

How close can you locate the leak location at the ground level?

If the gas is unimpeded as it rises to the surface, you can assume that the leak is within a 3’ radius of where the strongest gas signal is indicated. Hydrogen is a high energy gas with a small molecule, so it moves through porous materials very easily and quickly. While this means that it is well suited to move straight up from the leak, it will still always move through cracks and around edges fastest. Drilling holes in concrete can help identify a tighter location.

How does this technology compare to helium as a tracer gas?

The 5% Hydrogen/95% Nitrogen mixture is about 25% the cost of helium. Helium is a mined gas while hydrogen and nitrogen can be created. Helium is also in high demand for research and medical applications, which increases its cost and decreases availability. The Loktracer TLD500 sensor is as sensitive as helium sensors, so there is no reduction in accuracy. Additionally, the cost of the Loktracer TLD500 is about one-third the cost of comparable helium systems.  The bottom line – using hydrogen tracer gas gets you the same (or improved) accuracy at a lower cost.

I have used helium leak detectors in the past. Does my procedure change in moving from a helium based tracer gas to a hydrogen tracer gas?

The process of using a helium sniffer gas detector and our hydrogen mixture gas detector is essentially the same. The 5% Hydrogen/95% Nitrogen gas is a higher energy gas, thus it moves through the dirt, asphalt and concrete much quicker and easier than helium. So, considering all factors hydrogen tracer gas leak detection is better and much less costly than helium tracer gas leak detection.

How sensitive is the Loktracer TLD500?

We have measured the sensitivity of the Loktracer TLD500 at about 25 ppm or less if the sensor is right at the leak source. Of course, in a pipe, the leak could be further underground. In general, the sensor is much more sensitive than needed.

How does the Loktracer TLD500 compare to other more expensive hydrogen leak detection systems?

The Loktracer TLD500 provides detection accuracy equal to other hydrogen leak detectors at a fraction of the cost. The features of the this device are exactly what is needed to find both small and large leaks. The additional features or sensitivity found in more expensive models are not needed in swimming pool pipe leak locating applications.

How does the Tracer Gas method compare to the Sonic method for swimming pool pipe leak location?

Sonic Leak Location is generally the go-to method for swimming pool pipe leak location.  While sonic location is often the fastest and most accurate option, there are times when the circumstances of the pool can make it challenging. The tracer gas method can be particularly helpful when the soil is especially dry or gravely – conditions which make sonic detection challenging. It is also well suited for elevated pools and many commercial applications. Plus, it can be helpful to use tracer gas detection as a backup method to sonic leak detection to double check your results. Having the ability to use different methods will improve your accuracy and efficiency in leak detection. 

Tagged , | Posted in Equipment & Products

Method Spotlight: Pipe Inspection Cameras

Underground pipe leaks are often considered the most difficult swimming pool leaks to find, especially because it’s so important to be confident in the location of the leak before beginning costly repairs. Recognizing the benefits and limitations of different pipe leak location methods can help you choose the right method for the situation.

The allure of being able to actually see underground pipe leaks and locate them precisely makes the use of pipe inspection cameras with sondes an appealing option. While other methods may generally be faster or have a higher success rate, when used in the right situations pipe inspection cameras can play a critical role in swimming pool leak detection.

When To Use:

Generally, pipe inspection cameras are used as a backup method when sonic leak location does not work or as a way to confirm the location of a leak found with an alternate method. Cameras tend to be more advantageous when there are large leaks, suction side leaks, or flex pipe with few elbows or T fittings. The one situation where we would recommend using an inspection camera before attempting sonic leak location is if there are air bubbles coming into the pump from a specific suction line.

Additionally, the locator that is used to identify the camera head location via sonde transmitter can be used to trace where plumbing lines run. This feature can be beneficial when used together with sonic leak location to narrow your search area.

Process:

The process for using a pipe inspection camera is simple – feed the camera through the line to visually inspect the inside of the pipe. Typically, pipe inspection cameras will feature a small camera on the end of a flexible rod that can be pushed through the plumbing line. The camera will record a live visual of the inside of the pipe that can be viewed on a screen from the deck. Once a leak is identified, a transmitter on the camera head can be located from above ground with a locator to identify the precise location of the camera head and leak.

While feeding the camera through the pipe, watch for:

  • Cracks
  • Punctures
  • Blockages or crushed pipe
  • Air being pulled into the pipe while under suction
  • Movement of leak locating dye

Challenges:

It may not be possible to get the camera to the leak location.

Navigating the many 90-degree elbows and T-fittings in swimming pool plumbing poses a challenge. Fortunately, many of the new smaller inspection cameras can get past several 90-degree elbows with an aggressive push. This is especially the case with elbows close to the camera entry point, but the further down the plumbing line the camera gets, the less likely it is that the camera head will slide past an elbow. One way to help maneuver through bends is to tie a string to the end of the camera and gently tug on it to keep the camera head from getting stuck while pushing past elbows or T’s.

While camera designs and strings can help get a camera further down the line, there are still real limitations to getting a camera to certain points in pool plumbing. Long runs of plumbing, multiple jets on one line, and spa jets can prove difficult or impossible with the inspection camera method.

Swimming pool plumbing is hard on inspection cameras.

Pushing cameras through narrow pool plumbing can be hard on them, but durability has improved over the years and many cameras do a better job of taking the abuse of pool plumbing than they used to. It’s important to be mindful that the connection between the camera head and cable is especially vulnerable to damage when pulling the camera back through plumbing. Additionally, while getting a camera head stuck in the line isn’t common, it can happen.

The leak may not be visible even if the camera can reach it.

Pipe inspection cameras work best in large water loss situations where severed pipe or large cracks are clearly visible. However, sometimes smaller pipe leaks are impossible to see. For instance, a poorly glued fitting looks fine from the inside. Or, a crack on the inside of an elbow often isn’t visible due to the camera head position and angle. It is not uncommon to go right past the leak and not notice. In this case, administering leak locating dye in front of the camera near suspect areas in a option to test for or verify a leak location. This is done by attaching dye tester extension tubing to the camera head and feeding it into the pipe along with the camera. While this can help, it’s best to dye test within about 1/4″ of a suspected leak and dye often can’t be placed that precisely when it is injected this way.

The clearest visual you can get of a leak is when air bubbles get drawn into suction side plumbing through the leak when the pump is running. When this is the case, inspection cameras can be inserted through a skimmer or main drain to identify where the air is coming into the line.

Using pipe inspection cameras is time intensive.

While the pipe inspection camera method has some great benefits, time savings is not one of them. As with any method, you could get lucky and find the leak right away, but could also spend significant time watching the screen while wiggling the camera inch by inch through long plumbing runs. Plus, there are a surprising number of things in pool plumbing that look like leaks but may not actually be causing water loss. So even if you find what you think is a leak, you often have to use a secondary method to verify that it is indeed a source of water loss.

Key Equipment Features:

With many options on the market, there are a few characteristics to consider when purchasing a pipe inspection camera for swimming pools.

  • Clear and Well-lit Screen – Since most swimming pools are outside, a bright screen is important. Adjustable light settings on the camera head are also helpful.
  • Sonde Transmitter – Make sure the camera head is equipped with a transmitter than can be picked up with a locator.
  • Push Rod Length – Since most leaks are generally close to the pool or close to the equipment, you might be able to get by with a shorter camera rod length of 65′, but in order to inspect as much plumbing as possible, a 100′ length is desirable. You can enter from both ends of the pipe if needed.
  • Camera Head Size – Due to the prevalence of 1.5″ plumbing in swimming pools, you will want a smaller camera head that fits in that size pipe.
  • Push Rod Strength – The push rod should be more flexible for smaller piping (0.75 – 2″ piping) and stiffer for larger piping (2.5″ and up). Flexibility is often signified by cable diameter.
  • Durability and Reparability – Pool plumbing is hard on cameras – quality matters and so does the ability to repair the camera if you have issues.

Bottom Line:

While pipe inspection cameras are not needed to locate most underground pipe leaks, they can provide great value to the swimming pool leak detection process. The ability to locate the precise location of a leak through the use of a sonde and locator is unique, and providing pictures and videos of the leak can increase your professionalism. Plus, these images are great additions to a report. While inspection cameras may not be the go-to method in many situations, their inclusion in your toolbox is justified.

Tagged | Posted in Education, Equipment & Products

Case Study: Long Plumbing Run with Multiple Leak Noises

 

Type of Pool:

Concrete – Commercial Pool

Situation:

The pool cleaner noticed that suction was not as strong as it used to be, which caused difficulty when cleaning the pool. There wasn’t significant water loss, so the customer didn’t suspect a large leak.

 

Solution:

We started by shutting the pump off and running a static dye test using Dye Testing Cones. The line that included all five skimmers did not pass the static dye test, which indicated that there was a leak somewhere in that line. We then moved on to running a water pressure test on the line. The pool equipment was about 250 feet away from the pool, so it took a long time to build up pressure. Once pressure was built up, it  dropped quickly, confirming that there was a leak in the pipe.

To locate the leak, we needed to get pressurized air to escape through the leak into water saturated soil. This makes the telltale bubbling sound that can be picked up by our Fisher listening device. To ensure that air reached the leak, we attempted to purge all the water from the line by inducing air. But, because the plumbing run was so long, it was hard to be certain that all the water had been purged. When we tried inducing air into the line from one of the skimmers we heard the leak noise in several areas along the plumbing run.  Noise in several spots can indicate that there are multiple leaks, but could also be caused by low spots in the plumbing where the induced air is traveling through standing water still in the pipe.  This is most likely to happen when inducing air from the low end of the plumbing.

Changing where the air pressure is being induced from can help rule out low spots and pinpoint the leak location. In this case, since we heard multiple leak noises, we changed to inducing pressure through a different skimmer on the other side of the pool. When air was induced from this skimmer, we heard a leak noise on this side of the pool but there was no longer a noise on the other side. The only place that made a leak noise from both induction points was between the two skimmers. So, that place was the most likely leak location. To verify that there wasn’t a leak farther down the line toward the equipment, we switched the induction point to a final location in the pump house. This caused a noise in a new location between the pool and the pump house as well as in the previous place between the skimmers. Since there was only one place where a leak noise was heard from all three induction points, we determined that was the leak location.

Because we were unable to get all the water out of the line there were also misleading sounds caused by air traveling through water trapped in low spots of the plumbing. By comparing leak noise locations as we changed the induction points, we could decipher which noise was the leak noise and which noises were false positives. Under pressure, air will only travel as far as it must in order to escape through the leak, so the low spots in the plumbing did not make noise unless they were between the induction spot and the leak location.

The extra listening time paid off – once the concrete was cut, we could see that our leak location was spot on! During the repair the lines were pressure tested to ensure that the other noises we had heard were not also leaks. While inducing air from multiple locations takes time, it’s still faster and more accurate than other methods that require you to fish equipment through the plumbing lines. Plus, due to the long plumbing run a camera wouldn’t have been able to reach the entire line and the amount of tracer gas needed to fill the line would have been expensive.

Highlights:

  1. Pressurized air escaping into water saturated soil makes a clear noise that can be accurately located with a listening device.
  2. Once pressure is built up, air in a pipe will only travel as far as it must to reach the leak, not further.
  3. Changing induction points can help rule out false noises from water stuck in low spots of the plumbing.
Tagged , | Posted in Case Studies

Pressure Testing Principles

 

You may know that it’s best to use water to isolate leaking plumbing lines with a pressure test, but do you know why? Check out this video to learn about the pressure testing principles that describe how water and air interact in pool plumbing, and how that impacts your tests to find plumbing leaks.

 

  1. Air compresses under pressure, water does not.

This is the primary reason why we recommend using water for a pressure test instead of air. If air and water are both present in the plumbing line during a pressure test, the air will compress under pressure and can slow down the pressure drop you see on your gauge. On a long run of plumbing this can reduce the pressure drop to an imperceptible amount, making a leaking pipe look like it held pressure.

  1. Air escapes from a leak faster than water does.

You will see a much faster pressure drop when air escapes from a leak than when water does. If you’re trying to get air to a leak to be able to start pinpointing the leak with a listening device, watch for a dramatic drop in pressure. Once this happens you’ll know that air has reached the leak and you can start listening for the telltale bubbling/gurgling noise.

  1. Water stays low in the plumbing line, air stays high.

Water and air do not stay “mixed” in a plumbing line – the water will always go to the bottom of the plumbing and air will stay high. Even if both water and air are induced at the same time they will separate in the pipe. You won’t make a good leak noise if the leak is in a low part of the plumbing and all of the water above the leak has not been purged.  Additionally, you can create distracting noises where air bubbles through water if you’re inducing pressure from the low end of the plumbing.

The Bottom Line

There are two parts to finding leaks in swimming pool plumbing – isolating the leaking line with a pressure test and pinpointing the leak by listening through the pool deck. For effective pressure tests, make sure the line is entirely filled with water. When you’re ready to start listening, make sure that air is reaching the leak in order to make a clear noise.

For more detailed information about pressure testing and sonic pipe leak location, see the corresponding slideshows in our Resource Center. These slideshows provide an in depth explanation of the process and tools used for each test using text annotations and graphics. Don’t hesitate to call us at 800-348-1316 if you have any questions about the material!

Tagged | Posted in Education

Case Study: Above Ground Pool With Multiple Leaks

 

Type of Pool:

Above Ground, Vinyl Liner

Equipment Used:

LeakTrac 2400,  Dye Testing Cones, Pressure Testing Equipment

Situation:

Pool owner noted water loss of 1.5” per day and hinted that they thought the liner needed some patching.

Solution:

Since the LeakTrac 2400 can pinpoint liner leaks in above ground pools too, we started by doing a liner scan. It can be a little harder to find a good ground source on above ground pools, but at this pool we were able to attach to the steel wall, which gave us a great connection.   We promptly located and patched a small liner leak under the ladder. It didn’t seem to be big enough to be responsible for 1.5” per day of loss, so we kept looking.

Since the liner was eliminated from being a source of water loss with the LeakTrac, we set up the Dye Testing Cones to do a static dye test of the plumbing, which revealed a potential leak in the return line.  A failed pressure test of the return line confirmed it was leaking.  This was sort of peculiar since the line was primarily visible and dry.  Once air was induced, we noticed it  bubbled up through the rocks in the short area the line was actually underground. In a little over an hour we had found and patched the liner leak and pinpointed the pipe leak.

Highlights:

  • The LeakTrac 2400 works great on above ground vinyl liner pools, you may just have to get creative with your ground connection.
  • It’s easy to pinpoint leaks in pipes that are close to the surface, just keep your eyes open!
Tagged , | Posted in Case Studies

Finding Leaks In Green Pools

When performing a leak job there are certain pool conditions that are important to have in place when you get to the job site.  The pool should be filled to normal operating level, and it’s best if the water is clear, clean, and warm.  Of course, even with prior communication things aren’t always ideal. So, what do you do if you arrive at a pool that’s cloudy or green?

In many cases it may be best to just walk away.  Simply put, you can’t see through green water and anything that requires visual observation will be compromised. The chances of success in locating and repairing a leak go down if there is a problem with visibility. Plus, you need to be careful about health risks and equipment damage when working on green pools. So even though you’ve already invested time in just getting there, it’s frequently best to have the customer clear up the pool and schedule a time to come back.

With that being said, cleaning up a green pool before a leak detection appointment can be a difficult  or unreasonable task. Especially because it’s common for leaking pools to be green because they are leaking – it’s hard to maintain chemical balance when you’re consistently adding untreated water to the pool. So, if you have no choice but to work on a green pool, here are a few tips to keep in mind.

Sometimes the water is actually clear but algae is covering the shell surface.  In these cases look for a spot that has no algae.  The water movement of a leak often washes out the algae in that area.  This can make for a quick and easy job!

Algae is washed away around leak. There is also a stick stuck in the leak.

If the water is so green that you can’t effectively do any dye testing, electronic equipment that doesn’t require you to get in the water. Both the LeakTrac and hydrophones can be used, as long as they are cleaned off immediately afterwards.  Pressure testing  and pipe leak location can also be done. Keep a pair of stay dry gloves on hand to keep your arms algae free when putting in plugs.

One of the most important things when dealing with unfavorable conditions at a pool is to set clear expectations for the job.  If you do have to perform work on a green pool, let your customer know that your efficiency and effectiveness may be impacted but that you will still be charging for your time.

Posted in Education

Listening For Plumbing Leaks With A Hydrophone

Even if you’ve made a good leak noise and are using your electronic listening device filters correctly to pinpoint the location of a plumbing leak using a deck microphone, you may want to use your hydrophone attachment from within the pool to get an additional angle on these plumbing leaks. If the leaking pipe is close to the pool wall, or in a main drain line under the pool, the bubbling noise of air escaping from the pressurized pipe can be heard with your hydrophone through the pool wall. Using a hydrophone is a great way to double check or verify the location you identified from pool deck or help hone in on a leak noise that spans a large area.

Leak technician using hydrophone to listen through pool wall

Because you’re often able to get so close to the leak when listening through the pool wall, the digital readout on your Fisher electronic listening device is especially helpful for this use. There will typically be a more definite high point in the volume readout, which can be more accurate than just relying on your ears to determine the loudest place.

Based on our experience, this method of using a hydrophone for pipe leaks has proven to be much more effective than listening for problems from inside the line.  Trying to get the hydrophone into pipes past T’s and elbows is time consuming (if not impossible), and unpressurized leaks may not even make a perceptible noise.  Knowing how to use the right tool at the right time is an important way to make your leak detection jobs efficient and accurate.

Tagged , | Posted in Education, Tips & Tricks

Open Inflatable Plugs: 550Q vs 550BP

Trying to decide between the 550BP and 550Q open inflatable plugs? These plugs both provide a versatile solution for inducing pressure into 1-1/2″plumbing, but it can be hard to know which style is the right choice for your application.  Each plug includes a tire valve attachment for inflating the plug itself and a male quick connect attachment for inducing pressure into the plumbing with your pressure tester, but the way they’re structured is different. Read on to learn about the key differentiating features.

550Q (Q-Ball):

550Q Open Inflatable Plug

Benefits:
The most prominent feature of this plug is that the inflation and induction attachments are on the end of 2’ hoses, which allows the plug to be lodged farther into plumbing. It can be pushed past valves, through pumps, or past threads on return fittings. Also, the bypass tube that runs through the plug for inducing pressure is made of flexible rubber, so the plug can be bent in order to move around 90 degree elbows or other tight spaces.

Drawbacks:
The bypass tube on this plug is small, which means it takes a longer time to pressure up lines when using it. Since it’s also flexible it can be pinched when the plug is over-inflated and prevent air/water from flowing freely.

 

550BP:

550BP open inflatable plug

Benefits:
The biggest benefit of this plug is that the bypass tube is made of metal instead of rubber. This allows water or air to pass through the plug at a higher volume, which saves time and produces clearer pressure testing results. The induction attachment is an “L” shaped quick connect right off of the top of the plug, which works especially well in pump bowls and valves. Both the flexible inflation hose and quick connect are attached to threads on the top of the plug, so they can be replaced with longer air or inducer hoses for added versatility.

550BP open inflatable plug with CPH18
550BP-CPH plug with L-shaped quick connect replaced with an 18″ inducer hose.

Drawbacks:

The connections between the rubber and metal bypass tube on this plug are slightly weaker, so these plugs are more susceptible to wear and tear.

In general, inflatable plugs are more delicate than their mechanical, wing nut expanded counterparts. Their versatility and convenience make them an attractive option, but if you’re looking for a more durable, less-expensive solution, mechanical plugs are preferred. For 1-1/2” pipe the O45 Standard Open Plug or O45E Open Extender Plug can be used.

Tagged | Posted in Equipment & Products

Common Signs Of A Leaking Pool

Water loss is the most obvious sign of a leaking pool, but are you able to recognize the other common symptoms? Watching out for these signs at your customers’ pools can help them get ahead of further damage and puts you in the position to he the hero that can solve the problem!

infographic showing the common signs of a leaking pool

1. Water Level Changes

Dropping water level is the clearest sign a pool is leaking, but it’s important to determine if the water loss is due to evaporation or a leak. Evaporation rates vary depending on wind, air and water temperature, humidity, and other factors. Use our Evaporation Calculator to see the evaporation rate in your area based current weather data. Water loss in excess of that amount indicates that the pool is leaking.

2. Cracks or Falling Tile

Because the surrounding ground is becoming unsettled by the presence of excess water, cracks and tile movement are more likely to occur when a pool is leaking. Cracks or gaps in the bond beam may occur as the pool settles farther into the softened ground.

3. Wet Spots in Yard

Soft, mushy spots or uneven grass growth around the pool area may indicate a plumbing leak. Erosion due to water movement underground can cause landscaping to shift and sink.

4. High Water Bills

Automatic fill devices can hide leaks by keeping the pool filled. If you notice the autofill running constantly or increased water bills it’s time to start investigating for a leak.

5. Water Under Equipment

Standing water or corrosion at the pump or around pipes is a sure sign of a leak. Equipment leaks can often be found with just visual inspection.

6. Air or Dirt Blown Into Pool

If air or dirt is being pulled into the plumbing system through a leak, you may see that air or dirt being blown into the pool from the returns. This may also cause mysterious gurgling sounds.

7. Algae Growth

Continually adding new, untreated water to a leaking pool often leads to fluctuating chemical consumption and algae growth or discoloration. Instead of continuing to treat the water, finding and repairing a leak may be the solution.

Posted in Education

Listen to Anderson Manufacturing on the Pool Chasers Podcast!

We recently hosted Tyler and Kyle from the Pool Chasers podcast at our headquarters in St. Paul, MN to share a glimpse into our business and teach them about leak detection. After a day of training, they sat down with Lance (Owner) and Brad (Technical Sales Manager) to have a conversation about the history and values of our company as well as more tactical information about how to succeed in swimming pool leak detection. As a sponsor of the podcast we’re happy to be supporting Pool Chasers on their mission to educate and inspire the pool industry.

You can listen to the podcast on their website here or on Apple Podcasts, Google Play, Spotify, YouTube, Soundcloud or Stitcher.

four men at table recording podcast

Posted in News

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