Where To Drain Water Softener Discharge Septic Tank? (Solution found)

Septic-Safe Use of Water Softeners We recommend having your water softener installed to discharge outside of your home’s plumbing that leads to the septic tank. This can include a storm drain or a downspout, either will direct the softener brine away from your septic system.

  • Since disposing softened water into the septic tank is not a prudent thing to do, there are some other options that you can use if necessary: If there is an extra drain line that is dedicated to the water softener, it can be drained into a floor drain or directly into the sewer system.

Can you discharge water softener into septic system?

These studies conclusively show that water softener waste effluents cause no problems for septic tanks. the volume of waste from a water softener that is added to the septic tank is not of sufficient volume to cause any deleterious hydraulic load problems.

Where do I discharge my water softener backwash?

Run It Into The Ground. The simplest way to drain your water softener backwash is to simply run it onto the ground, however, because there is a lot of salt in the backwash it can be very harmful to the ecosystem and/or the local water treatment facilities.

Can I drain my water softener outside?

Can You Directly Discharge The Water Outside? Absolutely not! The salt in water softeners will kill grass and any small surface organisms. By doing this you run the risk of severely damaging the environment.

Where does a water softener need to drain?

Most water softeners require two drain tubes. One of the drain tubes connects to the control valve and is used to void the backwash water during the regeneration cycle. The other drain tube connects to the brine tank and serves as an overflow drain.

How do I dispose of brine water from my water softener?

How to Dispose of Water Softener Salt

  1. Remove the salt from the water softener and place it in a bucket.
  2. Sprinkle the salt in an area overgrown with weeds.
  3. Save the salt until winter.
  4. Dump the bucket of salt into a trash bag.
  5. Fill a bathtub with water.

Can I drain my water softener into my sump pump?

By running the water softener drain directly into the sump basin the sump pump will pump the backwash to the desired level where it can then be drained further into either a drain that leads to a sewage system or other form of drainage.

How many gallons does a water softener discharge?

While a water conditioner can discharge between 50 – 100 gallons of water at one time, this is no more than what is normally discharged from a washing machine. Assessing the size of the soil absorption area is critical before adding a water softener.

How much water is discharged from a water softener during regeneration?

How many gallons of water does it take to regenerate? During regeneration, a typical water softener for a family of 4 uses approximately 35 to 65 gallons of water, depending on the size of the water softener.

How do you drain a water softener tank?

There are a few different methods that you can use to drain your water softener’s brine tank. These include:

  1. Use a Bucket or scoop: You can simply scoop out all of the water in your water softener by hand with a bucket.
  2. Use a Wet-Dry Vacuum:
  3. Remove the Brine Well and Dump the Water:
  4. Do a Manual Regeneration Cycle:

How high can a water softener drain be?

Water softener drain line routing: Keep the water softener drain piping as short and low as possible: less than 30 feet in length and no more than 8 feet above the floor level. The drain line must be of adequate diameter to handle the water conditioner’s backwash flow rate.

Will the water softener water damage the grass?

Softened water is treated with salt to help remove the minerals from hard water. It’s unlikely that your water softener salt will kill your grass, especially not by using it to water occasionally. But prolonged use of soft water just isn’t ideal for your garden.

Do water softeners need a floor drain?

A floor drain isn’t necessary to install a water softener system. It only hooks into your water lines into your house with output being to your house faucets and such.

5 Easy Drain Options For Your Water Softener Discharge

A typical water softener makes use of ion exchange to replace calcium and magnesium ions in hard water with sodium ions, which is more efficient. This mechanism requires that the system be frequently “charged” by flushing it with excessive levels of sodium in order to keep running. Every time the system regenerates, you are left with liters of water that contains a high sodium content, as well as the calcium and magnesium ions that were previously eliminated. A drain will be required to remove this backwash from your water softening system; however, due to the high salt content contained within this backwash, various concerns should be taken into account when selecting a drainage option for your system.

Where Can You Drain Your Water Softener?

When it comes to removing water softener backwash from your brine tank, connecting it directly to your local sewage system is the most simple option. A direct connection to the sewer system, on the other hand, may not be accessible in certain rural places, and even if one is available, some towns have limits on dumping water softener backwash directly into the sewer system. Fortunately, there are a variety of additional choices available for getting rid of your soiled clothes.

How Can You Drain Your Water Softener Outside?

Water softener backwash may be easily drained by just dumping it into the ground. However, because there is a lot of salt in the backwash, this can be extremely detrimental to the environment and local water treatment facilities. Take note that groundwater may be utilized as a source for the local drinking water supply in some areas, and as a result, you may be prohibited from utilizing this option under local rules and regulations. Even if it is permitted, merely emptying the backwash from your water softener into the ground may cause damage to neighboring vegetation.

If you get your water from a local water well, make sure that the drain is as far away from the source of the well as possible in order to avoid any contamination of the water.

It’s possible that none of the methods described below will work for you.

Best Backwash Drain Options Outside

If you intend to drain your system outside, make sure to check with your local municipality to see if any rules and regulations, or permits, are required before implementing any of these drainage options. If you plan to drain your system outside, make sure to check with your local municipality to see if any rules and regulations, or permits, are required.

  • An underground dry well is a deep hole with a porous wall that allows for the gradual absorption of backwash into the earth and subsequent re-infiltration of groundwater. As long as a dry well is constructed above the water table, it has the ability to receive huge volumes of water in a short period of time, which may then slowly seep into the surrounding earth over a longer period of time. In addition, because of its extended dissipation, it is an excellent choice for draining water softener backwash since it prevents a fast spike in salt concentrations in the surrounding soil. An example of a french drain is a dry well, with the difference being that instead of utilizing a deep hole, the backwash is scattered across a broader horizontal surface area. A pipe with holes spaced evenly throughout its length is installed along a long ditch and coated with stones. With a longer ditch, the backwash will be more evenly scattered across the ditch, eliminating any significant concentrations inside a certain location. The stones ensure that there is sufficient space for the water to circulate and that it does not overflow. The use of a septic tank in conjunction with a drain field is an excellent method of spreading salt over a greater area, and many people have found success with this configuration. Despite the fact that some people have expressed worry about the effects of brine discharge into a septic system throughout the years. There has never been a solid demonstration of any harmful impacts on the digestion that takes place within the tank. If you don’t want to go with a dry well, an old septic tank can serve as an excellent option. To convert your current tank, first clean it out and disconnect the outlet line, then clean it out again and drill tiny holes all around the bottom of the tank to allow for drainage. Fill the tank with pea stone, attach the water softener drain, and your tank is ready to be used.

Best Backwash Drain Options In The Basement

The water pressure generated by most water softener systems may be used to elevate a drainpipe up to 8 feet above the floor where the device is housed, depending on the model. However, if your system does not have this function or if the height ascribed to it is insufficient, there are pumps available that can compensate for higher height disparities. When selecting a pumping system, use caution since brine has a high concentration of salt and is thus extremely corrosive.

Make certain that your pump is not left in standing water for an extended amount of time to maximize its lifespan. Pumps made of stainless steel or plastic are also available as an alternative.

  • An automatic sump pump, which is often installed in a sump basin, guarantees that water is pushed away whenever the water level in the sump basin reaches a crucial level. If you route the drain from the water softener straight into the sump basin, the sump pump will pump the backwash to the required level, where it may then be emptied further into a drain that connects to the sewage system or into another type of drainage. If the basement is above the water table, it may be possible to combine a sump pump with a dry well that is also placed in the basement to prevent flooding. As a result of this configuration, the sump pump will only be activated when the backwash is incapable of being absorbed by the soil. In many ways, a sewage ejector pump system is similar to a sump pump system, in that it will raise any water from a basin to the necessary height by pumping it up to the desired height. The difference between the two is because, as previously said, a sewage ejector pump ejects the water straight into your sewage system, whilst a sump pump does not. It is connected to the sewage system through a vent, which prevents any raw sewage from flowing back into your drain line and vents any gases that are created inside the pipe system.
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Why Does Your Water Softener Drain Line Need An Air Gap?

Your water softener system ensures that your home and its occupants have access to safe, clean drinking water. The plumbing code mandates you to build an air gap in the drain line of your system in order to guarantee that this supply remains free of contaminants. A properly designed air gap will only allow water to exit through the waste line, preventing any tainted drain water from returning to the system and compromising the drinking water source.

Why Does My Water Softener Keep Draining?

if you see that your system is creating more backwash than you thought, there may be a problem with it. First and foremost, make sure that there are no leaks in your system’s seals, hoses, or connectors. Alternative to this, there might be a leak someplace inside your property, and your water softener could be continually operating without your knowledge. Check for leaks in all of the faucets and other water outlets, such as the supply to the washing machine. Even when no water is being used, if there is a continuous flow through your water softener, it is possible that you have a leak somewhere in your water distribution system.

Water softener discharges do harm septic systems – And the problem is easy to solve

Mark Gross offers his thoughts on the subject. Contrary to popular belief, water softener backwash is a nuisance that affects not only septic tanks and drainfields, but even sophisticated treatment systems. Concentrated brine enters the wastewater stream as a slug of 38 to 112 gallons every backwash cycle when the water softener resin is backwashed twice or three times a week, depending on how often the resin is backwashed. As a result, there are two issues. One issue is that the septic tank discharges particles into the drainfield, which can cause the soil to block and the drainfield to collapse as a result of the solids.

  1. This problem may be solved quickly and easily by routing the backwash brine straight into the drainage field.
  2. Septic tanks were not employed in the NSF study; instead, complete-mix activated-sludge ATUs were used.
  3. When the brine layer is reached, the salt water sinks to the bottom of the tank, and the fresh water floats on the surface of the brine.
  4. Water softener brine-treated septic tanks have been shown to lack the characteristic layers of sludge, scum, and clear zone that are necessary for basic treatment.
  5. The findings of that study and subsequent studies have revealed that water softener backwash brine can have both beneficial and detrimental impacts on soil dispersion systems.
  6. This was confirmed by laboratory testing.
  7. Anaerobic digestion is inhibited by sodium concentrations more than 3500 mg/L.
  8. Throughout history, salt has been utilized as a preservative and antiseptic by every civilization on the planet.
  9. This assumption is supported by observation: a field investigation of 18 wastewater treatment systems in Virginia demonstrated unequivocally that nitrogen removal was impeded in systems that received water softener backwash brine (Figure 1).
  10. Residents who wish to prevent this by diverting the backwash brine away from the septic tank are frequently informed that this will need the cutting of concrete footings and flooring, which will incur a cost in the thousands of dollars.
  11. There are options for connecting a softener’s line directly to the distribution box or discharge basin.

Given the overwhelming body of evidence demonstrating the harmful effects of brine, as well as the ease with which these discharges can be kept out of septic systems, it makes sense for regulators to require that water softeners be installed in such a way that they do not cause problems for wastewater treatment systems to function properly.

employs Mark Gross, PhD, as a Training Manager in their training department.

He was formerly employed as a professor of civil engineering at the University of Arkansas in Little Rock. He has more than 20 years of expertise in the subject of decentralized wastewater, having worked as a teacher, researcher, and designer in various capacities.

How Do Water Softeners Affect Septic Systems?

Return to the Resources page. Several organizations, including the National Sanitation Foundation(NSF), the Water Quality Association(WQA), and the Small Scale Waste Management Project(SSWMP) at the University of Wisconsin, have conducted research on the relationship between a water softener and a septic system as far back as the 1970s. According to the findings of the research, not only does an effective, properly working water softener have no harmful impact on septic systems, but the water softener may even have the ability to benefit them.

How a septic system works.

When it comes to understanding the components of a septic system, it is beneficial to be aware of any potential affects that your water softener may have on it. A standard septic system is comprised of three components: a septic tank, a distribution box, and a drainfield, all of which are connected by pipes to one another. Septic tanks collect wastewater that passes through pipes from the residence to the septic tank, where solids (sludge) settle at the bottom of the tank and lighter materials float to the top of the tank (scum layer).

As additional wastewater is discharged from the residence, the septic tank empties into a drain field, which collects the water.

How a water softener works.

We will briefly discuss the fundamentals of a water softener now that you are familiar with the fundamentals of a septic system. This will assist you in understanding how a water softener works in conjunction with your sewage system. More information on how a water softener works may be found in our article “How a Water Softener Works.” In order to prevent buildup in your plumbing and appliances, as well as dry hair and skin, discolored clothing and glassware, as well as other home issues, water softeners remove hard minerals from your water.

The resin in the media tank is responsible for removing nuisance minerals from the water so that soft water may be supplied throughout the house.

Salt water is used to clean the resin, knocking off any hardness minerals that have accumulated and flushing them down the drain so that the unit is ready to remove any further minerals that may have accumulated.

Why a water softener can help a septic system function better.

It is a common misconception that using a water softener in conjunction with a septic system may impair the efficacy of the bacteria that your septic system need to function properly. Despite the fact that research undertaken by the University of Wisconsin has revealed that this is not the case. According to the findings of the University, soft water can improve the biological efficiency of a septic tank. The correct quantity of salt in soft water encourages bacterial development, which helps to optimize the septic treatment process.

Another advantage of having soft water is that it allows you to clean with less soaps, detergents, and chemicals. By utilizing only a little number of cleaning materials, you may reduce the likelihood of having to worry about the impact these chemicals will have on your septic system in the future.

Why an efficient water softener will not disrupt a septic system.

The little quantity of wastewater created by the regeneration process and released to your septic tank is sometimes erroneously seen as a source of disruption. One source of worry with regard to water softeners and septic systems is that the volume and rate of brine discharge can cause a septic tank to overflow and cause a backup in the drain field. It was found that brine output from well-operated water softeners (50 gallons per regeneration) did not overflow, according to a research commissioned by the Water Quality Research Foundation and completed in 2012.

Why it is it necessary to have a high performance water softener.

It is critical to understand how the quality of a water softener may have an impact on the performance of a septic system. The debate over whether or not to install a water softener and a septic system is still ongoing, in part because of the prevalence of highly inefficient water softeners. It is possible for improperly running water softeners to generate excessive amounts of brine waste when regenerating more than is necessary, which in some situations might cause difficulties with older septic systems.

That is why it is critical for every home to have a water softener system that is properly maintained and operates efficiently.

Where to look for efficient water softeners.

When it comes to determining the best water treatment for your house, the expertise of water treatment specialists may be quite beneficial. Using a water softener that is integrated with Water Efficient Technology (W.E.T.) can help ensure that your septic system will benefit from the use of a water softener. Water-saving systems that employ W.E.T. use exactly the quantity of salt and water that is required and nothing more, guaranteeing that your home waste is never excessive. More information may be found in our infographic, “How W.E.T.

If you have any further questions about how a water softener may affect the operation of your septic system, you should speak with your local dealer.

Let Us Pair You with a Local Water Expert

Homes that have both a Water Softener and a Private Household Sewage System are fairly popular across the state of Minnesota, especially in the suburbs. As a result, residents of Albertville, Minnesota, may ask whether they should be concerned about the effects of water softener discharge on their own septic tank and drainage field. In order to assist Minnesota citizens, theMPCA Certified Septic Professionals at CSI Custom Septic, Inc. would want to provide information to them.

Water Conditioner Compatible with Private Sewer System?

In certain cases, using a water softener or water conditioning appliance might have a detrimental influence on the efficiency and health of your septic system.

So, does this imply that you should refrain from putting a water conditioner in your residence? The basic response is that there is no clear solution. Yes, it is possible, based on the following factors:

  • Do you have hard water that has an overabundance of calcium and magnesium? What kind of septic system do you have–conventional or advanced? What type of water softener you have and if it recharges based on time or usage. • The soil absorption area in your system’s drainfield is the following:

Effects of Water Softener Discharge on Septic System

Many times, the usage of a Water Softener has no negative impact on the health or lifespan of a septic system. When salinity-treated brine is discharged into the drainage field, it is possible to experience damage or even a malfunction. The following are examples of possible negative effects of introducing water softener brine into a septic system:

  1. The salty brine produced by a water conditioner may kill microorganisms that are necessary for the breakdown of sewage pollutants.
  1. While emptying out the tank, water softeners normally release 50 to 100 gallons of water. When a drainage field is either too small or not adequately managed, this might result in overloading.
  1. An improperly functioning water softener can result in hundreds of gallons of water overflowing into the septic system, which can cause ponding in the yard.
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Best Water Softener for Septic Tank System

When it comes to determining which water softener is appropriate for your private sewage treatment system, there are good and bad water softeners to consider. Septic Contractors at CSI Custom Septic, Inc. have the expertise to determine whether or not adding a water conditioner is recommended for your particular septic system. You should make sure that you purchase a Septic System Friendly Water Softener if your sewage system is the appropriate size and kind, and is in good working order. You’ll want a unit that recharges based on the flow of water or the amount of water used.

MPCA Certified Septic Professional

For more information, contact yourMPCA Certified Septic Professional at CSI Custom Septic, Inc. to see whether your existing septic system is suitable with a Water Softening Unit. The results of an expertSeptic Inspectioncan assist you in choosing the optimal decision for your home’s water quality without sacrificingSewage Treatment. Always remember to keep up with routine maintenance to ensure that your septic system is in good working order for many years to come. Contact CSI Custom Septic, Inc.

Septic Tanks-Are There Harmful Effects Of Water Softener Discharges On Household Septic Tanks

Here are the answers to that question, as well as information on the consequences of utilizing a water softener in conjunction with a septic system. It is not true that the regeneration outputs from water softeners represent a threat to septic systems or the leach field. Studies have shown that water softener regeneration wastes do not interfere with the percolation of soil in the septic tank system drain field, but that the polyvalent water hardness cations in the regeneration discharges actually improve soil percolation, particularly in fine-textured soils, as a result of their presence in the regeneration discharges.

The results of this study were published in the late 1970s.

A more recent review of this research report was conducted by the United States Environmental Protection Agency, and an expert in on-site waste treatment stated in October 1993 that he “does not believe that the conclusions of the earlier study would change because the chemistry and physics of soils have not changed.” He goes on to explain that he is certain that this effort will continue to be of high scientific quality.

  • These investigations have definitely demonstrated that waste effluents from water softeners do not cause difficulties for septic tanks.
  • The installation has not resulted in any damage or hazard, but it has benefited many households with convenience and financial savings.
  • Even in Montmorillinite clay soils, the states have decided that the discharge of brine wastes from water softening equipment has no major impact on the permeability of soils appropriate for use with soil absorption systems.
  • The addition of salt to a septic system through the use of soft water has been shown to have favorable impacts on the bacteria’s ability to digest waste.
  • In fact, they produce less trash per unit of time and at a slower rate of addition than waste from automated washers.

Several studies by the University of Wisconsin and the National Sanitation Foundation have demonstrated that when the sodium content from the softener regeneration cycle is released into the soil via a septic system, the effect is an improvement in the soil’s percolation rather than a disadvantage.

  1. Fred P Miller, Professor of Soil Science at the Department of Agronomy at the University of Maryland, who reached the same result.
  2. It has been estimated that the average household uses between 50 and 75 percent less soap than the average professional cleaner.
  3. A well-known reality is that many homeowners do not properly maintain their septic systems.
  4. Aside from that, having soft or stain-free water on hand makes it easier for the homeowner to keep their materials clean while also reducing the amount of water utilized.
  5. Many people are under the idea that water conditioning equipment regenerates on a regular basis and that it adds a significant amount of sodium salts to the waste water.
  6. It’s important to note that this is not the case; a typical household of four persons would require softener regeneration around four to five times every week.
  7. The septic tank research clearly demonstrates that when water conditioning effluent is released into properly designed private septic systems, there are no negative consequences to the environment.

To soften or not to soften septic tanks is a question of whether to soften or not.

However, with more than 20 million on-site residential disposal systems in operation, this is a topic that many homeowners have questioned.

After careful consideration, the answer is NO – soften your voice with assurance.

An underground concrete or steel tank, placed at a certain distance from the house and below the frost line, collects the waste from the plumbing system of a home’s plumbing system.

The heavier particles sink to the tank’s bottom as soon as the effluent enters, whereas the more buoyant chemicals rise to the surface as soon as it leaves.

An anaerobic process is a bacterial action that takes place in the absence of oxygen, and it is defined as follows: Another vented system operates in a similar manner, but the breakdown is aerobic, requiring the presence of oxygen.

Perforated, loosely linked pipes carry the water to a distribution box, where it is routed to a drainage field by gravity.

Pipes are typically installed in gravel or loose rock beds to improve the dispersion of the water and to prevent clogging.

The opposite side of the coin is concerned with water before it reaches the faucet and includes the water softening system.

Ion exchange resin interacts with the influent water, exchanging sodium ions for calcium and magnesium ions, and the process is repeated.

Water becomes “hard” due to the presence of these ions; substituting the calcium and magnesium ions for sodium or potassium ions results in the water being “soft.” It is important to discharge some surplus regenerant salt (sodium chloride or potassium chloride) in order to fuel the regeneration reaction during the regeneration cycle.

  1. Assumptions that are incorrect: When softened water became available in the 1970s, a number of counties and states grew worried about the impact it might have on septic systems.
  2. In the scientific community, it is well understood that bacterial life forms are harmed by environments that contain either too much or too little salt.
  3. The second source of worry was that the backwash flow rate during regeneration would bring water into the tank at a rate quicker than the tank could cope with.
  4. In other words, “unprocessed waste water” would be discharged into a drainage field without being treated.
  5. Based on agricultural studies of irrigation systems with high salt concentration, this assumption has been made about sodium.
  6. As a result of these beliefs, legislation was established in certain jurisdictions prohibiting the use of softened water in septic systems.
  7. These organizations carried out extensive research to either validate or disprove their claims.

As a consequence of scientific testing, it has been demonstrated that the assumptions given above are incorrect in their entirety.

Researchers discovered that adding salt to the system improved the bacterial habitat by bringing it closer to the optimum range.

Second, the volume of backwash generated during regeneration did not interfere with the time required for bacterial treatment of effluent, as it was readily contained within the limits of the tank’s capability.

Concerns concerning soil absorption rates and salt concentrations were also alleviated.

Strangely enough, it had a beneficial effect on certain soil conditions.

It has long been known that increasing the porosity of clay soils with gypsum, a high-calcium mineral, would be beneficial.

Obviously, this is fantastic news for anyone who has had to deal with discolored dishes or clothes, or who has had to deal with precipitate buildup in pipes as a result of hard water usage.

Homeowners may take use of all of the benefits of soft water without having to worry about it interfering with the effectiveness of their domestic sewage system.

How Water Softeners Impact Septic Systems

When it comes to septic and water softener specialists, one of the most fiercely contested topics is whether or not water softeners have a detrimental influence on septic systems. The internet is awash with differing viewpoints on this subject, and we would be derelict if we didn’t attempt to put the record right on this one. Throughout this post, we’ll look at the possible detrimental impact that water softeners can have on your septic system. We’ll also discuss how to use a water softener safely in a home with a septic system, as well as some septic-safe habits to follow.

  • A basic water softening system consists of two components: a softener tank, which processes water as it enters the house, and a brine tank, which stores softened water.
  • If you have hard water, the positively charged minerals in it (calcium, magnesium, iron, and sodium) bond to the negatively charged resin in your water softener tank as it travels through the tank.
  • Water softeners regenerate their resin every few days by sucking brine (salt water) into the tank and performing the same ion exchange as before, but in reverse, to negatively charge the resin inside the softening tank.
  • It is the negatively charged brine that releases the now positively charged minerals from the resin, flushing them out of the system through the home’s plumbing, which is frequently into the septic tank, and into the environment.
  • In order to clean the resin in the softening tank during the regeneration process, the average water softener consumes between 50 and 150 gallons of brine solution every regeneration cycle.
  • Overloading of the system First and foremost, putting that much water into your septic tank is the equivalent of taking anywhere from three to nine showers in a row.
  • According to the Environmental Protection Agency, a water softener consumes an average of 25 gallons of water each day, amounting to more than 10,000 gallons per year.

Solids can be forced to either back up into the home or flow out to the drainfield, where they can clog the pipes and cause the drainfield to collapse if the system is overloaded.

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Because salt water is substantially heavier than the fresh water that is generally flushed into the septic tank, it is the first thing to consider.

In reality, septic tanks that receive softener brine frequently do not have distinct layers of sludge, scum, and effluent as they do in other septic tanks.

As a result of the high concentration of salt brine from the water softener interfering with this process, particles may be allowed to flow out to the drainfield and cause failure by clogging the pipes.

The salt in the regeneration brine, just as it leads to erosion and spalling in concrete highways, driveways, and sidewalks, can also corrode your concrete septic tank, which is made of concrete.

Water softeners should be used with caution around septic systems.

Water softeners should be put outside of your home’s plumbing system so that they may discharge outside of your home’s plumbing system into the septic tank.

While you can benefit from softened water, you can prevent the detrimental influence that a water conditioner has on your septic system by installing an inline water softener.

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Contact us now. To book a septic service visit, please contact us right away! Articles that are related Tips for Septic System Owners on Water Conservation How Investing in Better Plumbing Fixtures Can Help You Extend the Life of Your Septic System Symptoms of a Failing Septic System

How Water Softeners Effect Septic Systems Part 2

The workings of water softeners were discussed last month, along with the fact that they can have a detrimental influence on your septic system by overloading it. Today, we’re going to talk about another way that septic systems may be negatively impacted, as well as a technique to avoid these difficulties with your septic system in the first place! The Negative Effects of Salt on Your Septic System Surplus water flushed into your septic tank has the potential to overload the system, but saltwater in particular is a big concern to your septic system since it offers two substantial threats.

  1. This causes the saltwater from your softener to fall fast to the bottom of your septic tank, occasionally lifting the sludge and causing it to get suspended in the effluent within your tank.
  2. Solids are allowed to settle to the bottom of a septic tank, allowing clean effluent to flow out to a drain field below.
  3. Salt, on the other hand, is a naturally corrosive element.
  4. This has the potential to dramatically reduce the life of your septic tank.
  5. Because the majority of homes with septic systems also rely on private water wells to give water to the family, we recognize the need of removing minerals from the water supply of the residence.
  6. This may be accomplished through the use of a storm drain or a downspout, both of which will divert softener brine away from your septic system.
  7. If your water softener is currently discharging into your septic system, it is critical that you notify your septic system provider and take steps to reroute the softener brine as soon as possible after learning of the problem.
  8. More than two decades have elapsed since we began working in the sanitation industry.

Contact us now. Call us today at 859-282-7700 to set up an appointment for septic treatment work! Septic pumping and portable toilet rentals are available from Got-A-Go in Northern Kentucky. Source of the original content:

A Tale of Two Systems

The effect of water softening on septic tanks is investigated. Who would have thought that water softeners and septic tanks were so closely related? It has been demonstrated that water softeners used in conjunction with a septic system do not impair the function of septic tanks when they are operated properly. Additionally, a water softener is installed in more than half of all homes with a septic system. But hold on a sec. What exactly is an efficiently functioning water softener, and how may it be used to improve the operation of a septic system?

a quick overview of septic systems Septic systems are commonly used by families in rural locations that do not have access to centralized sewer systems.

Septic systems provide four fundamental functions:

  • Wastewater is collected
  • Solid materials are separated from the wastewater. Provide garbage with only a partial treatment
  • Discharge of treated wastewater into drain fields is prohibited.

When these tasks are combined, they result in a very effective wastewater management solution. The effect of a water softener Generally speaking, there are two types of water softeners: demand-initiated regeneration (DIR) systems and timer-based systems. A demand-initiated water softener, as opposed to a fixed timescale that may or may not be true, determines when to regenerate based on your water consumption and typical water hardness. It is regarded a more efficient type since it conserves water, electricity, and salt usage.

The reason behind this is as follows:

  1. When a DIR system discharges water, it is comparable to one load of laundry, which is well within the capacity of a typical home’s septic system. Because a DIR softener only regenerates when necessary, the system is not burdened with an excessive amount of softening backwash.
  1. The discharged solution from a DIR system contains a higher concentration of calcium and magnesium ions in comparison to sodium ions. Increasing the levels of calcium and magnesium in treated wastewater can actually aid to shorten the length of time it takes for treated wastewater to be absorbed in drain fields.
  1. Water softeners also assist homes in using up to 50% less soap and reducing total water consumption, hence reducing the overall load on the septic system by a substantial amount
  2. And

Providing assistance to your home both inside and outside Septic systems are one of those household systems that just seem to work by themselves without any effort on their part (hey, out of sight, out of mind). However, there are a variety of elements that might have an influence on their capacity to operate efficiently and environmentally friendly. A water softener is less likely than an inadequate septic tank or excessive use of cleaning agents to cause a disruption in the regular operation of your drainage system.

It may be time to upgrade your water softening system.

It is possible to find the most appropriate water softening solution for your domestic water demands using a simple, step-by-step method, which also serves to improve the efficiency of your septic system.

Is it OK to drain water softener into septic tank?

Asked in the following category: General The most recent update was made on April 11, 2020. Yes and no are the correct answers. Over the years, several investigations have been conducted by various groups, each of which has reached a different result. Several water softener manufacturing organizations have said that their products have no effect on septic systems. Water softeners, according to the septic system industry, are harmful. Water softeners that are not properly maintained might generate an excessive amount of brine waste when renewing more than is necessary, which can cause difficulties with older septic systems in some situations.

  1. In addition, where do I discharge the water softener from my home?
  2. In addition to a standpipe, floor drains, and utility sinks are also choices for draining your water.
  3. Connect the overflowdrainhose to the drainelbow on the salt tank and then shut off the water supply.
  4. AND YOUR SEPTIC SYSTEM AND WATER SOFTENER Alternatively, you may be concerned about the additional liquid entering your septic tank.
  5. We have some wonderful news to share with you.
  6. Is it possible to empty my water softener outside?

Is it necessary to use an air gap if the entire drop from the softener to the air gap exceeds 4 feet? If the air gap is located outside, the answer is yes (to let thewater drainout reliably so that it does not sit long enough to freeze). In every other case, no.

South Texas Wastewater

Adding softener backwash to the sewage system when a septic system, a pressure dosing system, or an aerobic spray irrigation system is installed is not a good idea. In the vast majority of situations, water is the root cause of septic system failure. This backwashing is unnecessary because the septic system already has enough work to accomplish. Aside from that, according to all of the available material, softener backwash should not be introduced to a septic system. Water softener backwash, according to the makers of aerobic systems, should not be used in this sort of sewage treatment system.

Because of this, introducing salinity to an aerobic plant diminishes its capacity and may result in odor problems in the process.

When dumped on the surface of the ground or into a drainage ditch, the backwash from a water softener does not pose a health threat.

The water should be disposed of in a manner other than through the house sewer system, according to our recommendations.


On humid days, each air-conditioning unit might contribute up to 15 gallons or more to an on-site sewage treatment plant (OSSF). For an aerobic spray irrigation system, the only indication of this load will be a little increase in the amount of water applied to the grass. It is our professional view that the additional water will really help the grass and will have no negative consequences. A typical septic system, on the other hand, will see a reduction in the total life of the field in proportion to the percentage increase in the amount of water introduced into the system.


The TNRCC authorizes washing machine water to be released without treatment since it meets certain criteria (even surface discharged). Diverting this water away from a septic system can have a significant positive impact on the system’s life expectancy. If you want to use aerobic spray irrigation, we propose that you run the water through a sewage treatment plant first, then spray it on the lawn.


Grey water is described as wastewater that does not include human waste or food particles from food preparation areas, such as bath water from a shower or tub, toilet water, or other similar sources of wastewater. Grey water does not include water from a kitchen sink or dishwater, for example. Grey water, which does not include water from washing machines, must be disposed of in the same manner that “black” water is.

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