How Does Lateral Line System Work In A Septic Tank? (Solution found)

Septic tank lateral lines are also known as percolation pipes. As the effluent passes through these pipes it seeps out of the holes in the pipes and infiltrates into the soil. So ultimately the septic tank lateral lines or percolation pipes serve as a final disposal area where effluent infiltrates into the ground.

  • These are the perforated pipes that extend from the outlet of the septic tank below ground into the soil. The purpose of these lateral lines is to provide a network of pipes that the effluent from the septic tank runs through. As the effluent passes through these pipes it seeps out of the holes in the pipes and infiltrates into the soil.

Can lateral lines get clogged?

If you happen to experience this misfortune, you’ll want to clear the clog in the sewer lateral and clean the sewer line as quickly as possible. Not all clogs are created equally however, and you need to know which course of action to take to remedy your particular situation.

How do you know if your lateral line is clogged?

Stay vigilant for five signs your drainfield does not drain correctly anymore.

  1. Slowing Drainage. Homeowners first notice slower than usual drainage from all the sinks, tubs, and toilets in a home when they have a compromised drainfield.
  2. Rising Water.
  3. Increasing Plant Growth.
  4. Returning Flow.
  5. Developing Odors.

Can septic lateral lines be cleaned?

It is often possible to clean and renew a clogged septic leach field instead of replacing the drain field lines. Septic field lines can fail to drain when heavy solids accumulate and block perforations in the lines. You can use a sewer jetter to clean perforated PVC septic leach field lines from 2″ to 6″ ID.

What do lateral lines look like?

Lateral lines are usually visible as faint lines of pores running lengthwise down each side, from the vicinity of the gill covers to the base of the tail. Most amphibian larvae and some fully aquatic adult amphibians possess mechanosensitive systems comparable to the lateral line.

How long are septic lateral lines?

A typical drainfield trench is 18 to 30 inches in depth, with a maximum soil cover over the disposal field of 36 inches.

How do I know if my septic field is failing?

8 Signs of Septic System Failure

  1. Septic System Backup.
  2. Slow Drains.
  3. Gurgling Sounds.
  4. Pool of Water or Dampness Near Drainfield.
  5. Nasty Odors.
  6. Unusual, Bright Green Grass Above Drainfield.
  7. Blooms of Algae in Nearby Water.
  8. High Levels of Coliform in Water Well.

How do I know if my drain field is failing?

The following are a few common signs of leach field failure:

  1. Grass over leach field is greener than the rest of the yard.
  2. The surrounding area is wet, mushy, or even has standing water.
  3. Sewage odors around drains, tank, or leach field.
  4. Slow running drains or backed up plumbing.

How much does it cost to replace lateral lines?

Trenchless pipe lining: Relining a damaged lateral or sewer pipe has a rough cost of $80 – $250 per foot, and averages about $160 per foot. The average cost of trenchless pipe replacement is $6,000 -$12,000 for trenchless sewer line replacement, in a standard home.

How do you get roots out of septic lines?

Flush 2 pounds of granular copper sulfate down the toilet for every 300 gallons of water that the septic tank holds. Copper sulfate kills and dissolves tree roots as they absorb the tank’s water. After entering a tank, the majority of copper sulfate settles in tank, and little passes into the leach bed line.

How deep is a sewer lateral?

The depth of sewer lines varies greatly. They can be as shallow as 12″ to 30,” or as deep as 6+ ft. Often times this is simply a matter of climate. In really cold climates, the pipe is buried deeper to prevent the pipe from freezing solid in winter.

How do septics work?

Septic tanks work by allowing waste to separate into three layers: solids, effluent and scum (see illustration above). The solids settle to the bottom, where microorganisms decompose them. The middle layer of effluent exits the tank and travels through underground perforated pipes into the drainage field.

How deep do lateral lines need to be?

A standard leach line is considered to be three (3) feet wide and three (3) feet deep with a length as required.

How to Clean Septic Tank Lateral Lines

Septic tanks allow residents to flush their wastewater without having to join to a citywide sewage system, which is beneficial in some cases. At any one moment, the majority of the wastewater is contained in two tanks. They use a natural settling mechanism to separate the solid waste from the water it is being used to clean. Long, horizontal and perforated pipes, known as lateral lines, are used to discharge the residual water into a drain field, which is a waste water treatment facility. Cleaning Septic Tank Lateral Lines: A Step-by-Step Guide Image courtesy of MemorioImage/iStock/Getty Images.

Lateral Lines in a Septic System

The lateral lines of a septic system allow the effluent water to trickle into an area that has been particularly constructed to filter and clean the water before it is released back into the groundwater supply. It is unlikely that the septic tank would suffer any difficulties with water outflow when the lateral lines, also known as field lines or leach lines, are correctly installed and operating. In some cases, however, sludge and paper products that are generally contained within the tanks might make their way into the lateral lines and cause drainage difficulties.

How to Clean Septic Tank Laterals

After passing through the primary line, the effluent water trickles into a secondary line that is particularly intended to filter and clean the water before it is released back into the environment. It is unlikely that the septic tank will suffer any difficulties with water outflow when the lateral lines, also known as field lines or leach lines, are in proper working order. Sludge and paper products, which generally remain in the tanks, can, on rare occasions, make their way into the lateral lines and cause drainage issues.

Septic System Cleaning Limitations

One of the most difficult problems to deal with when it comes to clearing blocked septic tank field lines is the presence of tree roots in the pipe. When seeking for a place to grow, the roots will choose the path of least resistance, which means that the perforations and hollow interiors of the pipes will be great real estate for them. Although a water jet may be powerful enough to tear off thinner roots, the roots will almost certainly regrow. Heavy roots are insurmountable for plumber’s snakes or water jets to cut through.

It may be necessary to use chemical additives in order to destroy the roots and prevent them from regrowing.

Having the drain field correctly prepared in the first place is also beneficial in this situation.

Avoid needing to do a drain field cleanout by taking care during installation and keeping both the sludge tanks and the septic tank lateral lines in good working order on a consistent basis.

What is a lateral line system?

The inner workings of a septic system are not well understood by the general public. For individuals who have only recently developed an interest in learning more about their septic system, you may be tempted to ask the inevitable question. What is a lateral line system, and how does it work? The septic lateral lines will be the focal point of attention in this situation. Is it possible to describe the primary purpose of a lateral line system? Side by side drains are a component of the septic system.

  1. These lines are pipes that transport the pre-treated effluent to the drain field after it has been treated.
  2. There may be occasions when sludge is present in the pre-treated effluent notwithstanding the treatment process.
  3. It is common practice to use pressured water to clear a lateral line blockage when it occurs.
  4. Cracking and breaking are difficulties that might occur as a result of driving over the drain field or freezing.
  5. It is impossible to have smoothly moving lateral lines if the lines are damaged.
  6. One of the most important things you must do is identify your lateral lines.
  7. Here are some actions that you might want to take into consideration: 1.

Try looking in the basement or crawl area if you can’t find it.

Alternatively, if you have already located the sewer pipe in your yard, measure 10-20 feet from it in the direction in which it is intended to go.

Use a thin metal rod to probe about 2 feet into the tank until you reach the tank’s bottom.

4.

All you have to do is look for grass that is distinctive from the rest of the grass in your yard.

They are normally located at the bottom of the hill, directly next to your septic tank.

Keep an eye out for mounds or depressions.

The presence of standing water in the drain field may signal a leak or clog that needs to be addressed as soon as possible.

Septic tanks, whether they are built of concrete or metal, are typically reinforced with metal.

This would serve as a very valuable reference for future inspections and treatments.

Provide a copy of your map to your septic expert, and retain many copies for your own reference.

First, the top soil will be taken off the top of the rock bed, followed by the rock bed itself.

The geotextile fabric should be disposed of appropriately, ideally in a dumpster provided by your local government agency.

After the lateral line pipes have been measured, they will be removed from the rock bed and should be disposed of in the right manner.

After that, the new perforated pipe lines will be laid in the trenches with the holes facing downward.

After that, a coating of PVC cement should be placed to the supply and lateral pipes in order for them to adhere to one another better.

In order to replace the topsoil, lay the new geotextile over the rock bed and compact it.

Consult with your septic expert on the correct maintenance of your lateral lines so that it can operate at peak performance for the longest possible time. Make sure to ask him to clarify what a lateral line system is and what it is intended to do for you.

Septic Tank Lateral Line Installation

Home-Diy It is critical to the overall operation of a septic system that the installation of lateral lines be done correctly. Approximately one-quarter inch per foot should be applied to the pitch of the lines. Pitch is important because it ensures that waste materials flow correctly through the pipes without clogging them. Even a pipe that is sloping downwards at an excessive rate might cause issues. if (sources.length) then this.parentNode.removeChild(sources); else this.onerror = null; this.src = fallback; if (sources.length) then this.parentNode.removeChild(sources); else if (sources.length) then this.parentNode.removeChild(sources); else if (sources.length) then this.parentNode.remove ‘/public/images/logo-fallback.png’) is a fallback logo image.

  • 4-inch PVC perforated pipe
  • A shovel
  • A backhoe
  • A bubble level
  • Rosin paper
  • And a tape measure

Tip

Dump the dirt onto the rosin paper slowly so that the rosin paper does not shift while you’re doing it.

Warning

Townships are in charge of enforcing their own building regulations. Check with your local building inspector to see whether or not a permit is required.

  1. Each lateral line should be inserted into one of the intake holes in the junction box. A quarter inch overhang into the junction box is required at each end of the pipes
  2. Otherwise, they must be flush with the side of the junction box
  3. The height of the pipes should be checked by measuring the distance from the bottom of the box to each input pipe’s bottom. Placing cement around the exterior of each pipe will help to keep the pipes connected to the junction box. Build a wall of stones around all four sides of the junction box until there are 10 to 12 inches of stone beneath the pipes. Gradually lower the stones until the slope is sloping down one-quarter inch per foot
  4. Install perforated pipes from the junction box to the absorption field, extending them in a parallel fashion across the absorption field. A quarter inch per foot of pipe spacing is required, with the pipes sloping down away from the junction box at a rate of one-quarter inch per foot of pipe spacing. Your township may be able to provide you with particular lengths based on your local construction rules. Fill the area surrounding the pipe and on top of it with stones to ensure that the pipe does not move. The pipe should be covered at least two inches above the top of the pipe. Placing red rosin paper on top of the stones will prevent dirt from being incorporated into the stones. Fill in the remaining earth into the drain field on top of the rosin paper to complete the drainage system.
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The Drip Cap

  • It is critical to the overall operation of a septic system that the lateral lines be properly installed. Shovel stones around outside of the junction box until there is 10 to 12 inches of stone beneath the pipes. A quarter inch per foot of pipe spacing is required, with the pipes sloping down away from the junction box.

Septic Systems 101

Whether you’re new to septic systems or have been using them your entire life, there are a few things you should be aware of that can help you operate and treat your septic system more effectively. Due to the fact that each septic system is unique, yours may be a little different based on your specific scenario and requirements. In general, though, having a fundamental grasp of septic systems, plumbing, and everything in between is always beneficial! We’ve compiled a list of some of the most often asked questions concerning septic systems that we receive, as well as some popular themes that people are interested in, in the section below.

Please let us know if there is anything you’d want to see added to this list, or if you require any extra assistance.

We are always more than delighted to assist you!

Contents

  • Why Do Septic Systems Work? What Is a Septic System, and How Does It Work? Describe the many types of septic systems available.
  • Aerobibic septic system
  • Septic tank and field
  • Septic tank and seepage pit
  • Septic tank and lagoon
  • What is the best way to tell if I am on a septic system? Are there any? If so, what kind? How to Care for Your Septic System in a Safe and Effective Manner
  • The Importance of Pumping Your Septic System
  • What Happens If I Don’t Pump My System
  • What is the best way to treat my septic system? Is it even necessary to treat my system? Is It Possible to Damage My Septic System? In what condition will my septic system be in the future
  • Septic Systems in Close Proximity to a Well
  • Do I Need To Pump My System? The Consequences of Failure to Comply
  • Do I Need To Treat My Septic System? My Pumper / Neighbor has informed me that I am not required to do so. Is it possible to damage my septic system? Is it possible to overuse my septic system? Do I need to use special toilet paper for my home while it is on a septic system? Can I plant a garden on top of my septic field? Taking Care of a Gray Water System

What Is A Septic System?

Essentially, a septic system is a sort of residential wastewater system. Septic systems, in contrast to sewer systems, which feed into a larger wastewater system, are completely self-contained and do not connect to a larger sewer network.

How Does A Septic System Work (Septic Tank + Field)?

A septic system is developed in a straightforward manner. Typically, a septic tank and a lateral line system or leach field are used, although there are a few additional designs available as well. Explore these less common sorts of systems further by touching or clicking on the link provided. The septic tank itself is typically constructed of concrete and has a capacity of around 1,500 gallons on average. Following the flushing of waste down a toilet or the washing of waste down a drain, the septic tank is the first destination for your waste.

  • A separation of trash into scum and sludge takes place throughout the breakdown process.
  • However, the sludge layer, on the other hand, is often found toward the bottom of the tank.
  • Afterwards, when the residual wastewater has been separated from the scum and sludge, it runs out of the septic tank and onto the septic field (or leach field).
  • The lateral lines are lengthy sections of tubing, often constructed of PVC, that have been perforated with tiny holes to allow for ventilation.
  • Water from the septic system seeps out via the tiny gaps in these lateral lines and into the surrounding environment.
  • Aside from bacteria that break down any trash that may be left in the wastewater from your septic tank, Biomat also includes bacteria that help to keep the process going.

As soon as the liquid has exited via the lateral lines and passed through the biomat layer, it seeps (also known as “leaches”) into the soil and ultimately makes its way back into the groundwater as clean water as a result of evaporation.

What Kinds Of Septic Systems are there?

Septic systems are available in a variety of configurations. Understanding the sort of septic system you have will assist you in keeping things clean and running.

Septic Tank + Field

In the United States, septic tank + field systems account for the vast bulk of septic system installations. We’ve been talking about this sort of system for the most of the time so far in this essay. As previously stated, this sort of system works by collecting waste in a massive septic tank, where helpful bacteria break down the waste, dividing it into three distinct components: scum, sludge, and any residual wastewater liquid. Water from the tank collects in the scum and sludge, while wastewater goes out into the septic field, where it is scattered back into the earth as pure water.

Septic Tank + Seepage Pit

This sort of system collects garbage in a big tank, where bacterial activities break down the waste and divide it into three types of waste: scum, sludge, and wastewater. The scum and sludge stay in the tank, while the liquid waste drains into a big seepage hole at the bottom of the tank. This pit is punctured with a series of openings that allow the liquid to drain out and into the surrounding earth. When comparing this system to a typical septic system, the most significant distinction is that a seepage pit allows the liquid to sink deeper into the earth rather than across a vast field as in a traditional septic system.

Septic Tank + Lagoon

Waste from a septic system that discharges into a lagoon is collected in a big septic tank, where microorganisms break down the waste, much as they do in other systems. When the liquid waste departs the tank, it pours out into a lagoon or pond-like body of water, which is a large body of water.

Aerobic System

Aerobic systems provide oxygen into a waste tank in order to stimulate the activity of aerobic microorganisms. Normal septic systems will experience increased activity of anaerobic bacteria in the absence of adequate oxygen supply (aka “bad” bacteria that stink). Anaerobic bacteria are frequently less productive than their aerobic counterparts. It follows that the effluent (or wastewater that comes out of a septic tank) from an aerobic system is substantially “cleaner” than the effluent from a conventional septic system in the larger picture.

Aerobic systems are discussed in further detail here (touch or click here).

How Do I Determine If I Am On A Septic System? And If So, What Type?

In the event that you are unsure whether or not you have a septic system in place, there are a few things to look out for that may suggest that you do in fact have a septic system. Here are a few examples of common indicators:

  • Do you happen to reside in a remote area? Due to the fact that many rural areas are not connected to a sewage system, private septic systems are becoming increasingly popular in rural areas. In your backyard or in the fields around your home, are there any obvious lids or risers to be found? In most cases, they are entry points to your septic tank, but they can also be symptoms that your system is malfunctioning. Do you have a stand pipe in your backyard or field? If so, where? This pipe is also an indication that you have a septic system that is connected to your home’s plumbing system. Are you drinking from a well? Many homes that are connected to a well also rely on a septic system as their primary method of waste disposal.

A septic system can manifest itself in a variety of ways, including the following.

Note that contacting a septic inspector and scheduling an examination of the property is generally regarded best practice in this situation. This examination will determine whether or not you have a septic system, as well as the sort of system you have.

How To Care For Your Septic System Safely

Your septic system will eventually become overburdened with waste. Manual removal of this garbage from the system will be required. Pumping is the method through which this solid waste is removed from the environment. We advised that you engage a septic system pumping service to remove the waste from your system. A septic system should be pumped out once every three years on average, however utilizing a product like Unique Septic System Digester can help to lengthen the period between pump outs.

What If I Don’t Pump My System?

Failure to pump a septic tank might result in devastating consequences. For example, foul odors escaping from your house’s drains, drain backups, flooding in your home, and standing water in your septic field are all potential consequences of this situation. In order to avoid this, it is important to keep track of how full your tank is by doing a personal or professional examination on a regular basis!

How Do I Treat My Septic System?

To ensure that your septic system is free of backups and continues to function properly, it is recommended that you treat it on a regular basis. Unique Septic System Digester is a product that we suggest. Septic System Digester is available in a number of various dose techniques; simply touch or clickhereto find out which approach is appropriate for your system’s needs. In the long term, using Septic System Digester on a regular basis will save you a significant amount of money.

Is It Necessary To Treat My System?

In a perfect environment, a septic system treatment would not be required; nonetheless, complications might emerge when a treatment technique is not used, which is sad. If you do not treat your septic system on a regular basis, you may have backups, obstructions, and unpleasant odors.

Can I Damage My Septic System?

A precise bacterial balance is required for septic systems to function properly and break down waste. Hazardous or caustic chemicals can be used to kill off the bacteria and stop the breakdown process, which might result in backlog and smells in the sewer system. Non-stop use of inappropriate chemicals can cause harm to your septic system, but it’s also possible to cause problems by overusing the chemicals you use. Even though overuse might differ depending on your septic system, it’s better to avoid activities that require you to send large amounts of water through your septic system in a 24-hour period.

Damage to the septic tank itself might be caused by tree roots that have spread out.

How Long Will My Septic System Last?

A well constructed and maintained septic system should endure for at least 40 years, if not longer.

Common Questions

If your system is correctly designed, the fact that it is placed near a well should not pose a problem for you.

You should, however, call a septic system inspector and schedule a time for your well water to be checked for cross-contamination concerns, leaks, or other problems.

Do I Have To Pump My System? What Happens If I Don’t?

Yes. You do, in fact, need to prime your system. Over time, the waste in your septic system will accumulate. This waste has to be manually removed from the system in order to function properly. A failure to do so will result in sewage backing up into your home, which will stink and necessitate additional costly problems. Pumping is the method through which this solid waste is removed from the environment. We advised that you engage a septic system pumping service to remove the waste from your system.

By utilizing the Unique Septic System Digester, you will be able to extend the time between pump outs significantly.

Do I Have To Treat My Septic System? My Pumper / Neighbor Says I Don’t Have To. What Happens If I Don’t?

The treatment of your system is highly suggested for a variety of reasons. First and foremost, treating your system on a regular basis will increase the time between pump outs, allowing you to save money. Second, treating your system provides you with peace of mind, knowing that you will not be subjected to any unpleasant scents or water that moves slowly through your system.

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Can I Damage My Septic System?

Septic systems function by utilizing a very delicate balance of bacteria in your tank to break down the waste that is generated by your system. Using harsh or caustic chemicals can kill off the bacteria and prevent the breakdown process from taking place, resulting in blockages and smells in the system. Non-stop use of inappropriate chemicals can cause harm to your septic system, but it’s also possible to cause problems by overusing the chemicals you use. Even though overuse might differ depending on your septic system, it’s better to avoid activities that require you to send large amounts of water through your septic system in a 24-hour period.

Damage to the septic tank itself might be caused by tree roots that have spread out.

Can I Overuse My Septic System?

It is possible to experience problems as a result of excessive usage. It is advisable to avoid activities that require passing large quantities of water through your septic system in a 24-hour period, depending on your septic system’s capabilities.

Do I Need To Use Special Toilet Paper For My Home On A Septic System?

Many people who own septic systems are concerned about the type of toilet paper that should be used in their systems. The answer is straightforward: as long as you are using a Unique Septic System Digester, you may use any toilet paper that you would normally use in a standard sewage system without difficulty. You won’t have to worry about blockages in your septic system because of the bacteria in Septic System Digester, which will break down toilet paper extremely effectively.

Can I Plant A Garden On Top Of My Septic Field?

Many people who have septic systems choose to utilize the water from their sewage system to irrigate their lawn and garden. This may be a highly beneficial use of septic system water, but it is important to exercise caution when selecting the plants to be planted. Anything with a complex or extensive root system should be avoided. Make sure to stay away from anything that needs you to dig deeper than a few inches into the earth, as this might disrupt the delicate balance of your septic system.

According to some sites, it’s safe up to a certain distance, but here at Unique, we recommend that you avoid it entirely, purely for the purpose of being excessively careful.

How Gray Water Systems Work

A grey water system is a collection system for all of the water that is not connected to your septic system. Because this water does not include any typical waste materials, it originates from sources such as bathroom sinks, showers, bathtubs, and laundry lines (NOTE: Kitchen sinks and dish-washing lines are NOT part of the grey water system, as they contain food waste). The water from the grey water pipes is routed through a modest filtering system before being collected in a small holding tank, which is often only large enough to contain a few gallons of water.

The water collected by this grey water system is subsequently utilized to irrigate a garden, a line of trees, or other landscaping project.

Treating A Gray Water System

Keeping your grey water system clean and clear is a good and required habit in order to keep everything running smoothly. To use Unique Septic System Digester, we recommend that you pour 2 oz into the drain located in either your bathtub or shower once a month. Incorporating Septic System Digester into your grey water system will guarantee that your filtration system will last for a longer period of time and will avoid any sluggish flowing water that may arise as a result of accumulation inside the lateral lines.

Septic Tank Installation

Several of our regular actions, such as bathing, doing laundry, flushing toilets, cooking meals, cleaning dishes, and other activities, result in the production of household wastewater. Few people pay any consideration to what happens to wastewater once it is flushed down the toilet. It is necessary to properly treat domestic wastewater (also known as sewage) since it includes nutrients, bacteria/viruses, and household chemicals that have the potential to damage our state’s land and seas. We are fortunate in the United States to have the technology and resources available to appropriately treat our wastewater.

Each site is unique, and each one must be assessed on its own terms.

DEQ Lateral Line Septic System Regulations

A soil test is performed to identify which type of septic system is most appropriate for your property.

If you are establishing an aerobic septic system, you are not obliged to have a soil test; but, if you are installing a lateral septic system, you are required to get one since the soil in Oklahoma is such that lateral lines do not perform well.

How Your Septic System Works

Underground wastewater treatment facilities, known as septic systems, are often employed in rural regions where there are no centralized sewage lines. They clean wastewater from residential plumbing, such as that produced by bathrooms, kitchen drains, and laundry, by combining natural processes with well-established technology. A conventional septic system is comprised of two components: a septic tank and a drainfield, often known as a soil absorption field. It is the septic tank’s job to decompose organic matter and to remove floatable stuff (such as oils and grease) and solids from wastewater.

Alternate treatment systems rely on pumps or gravity to assist septic tank effluent in trickling through a variety of media such as sand, organic matter (e.g., peat and sawdust), constructed wetlands, or other media to remove or neutralize pollutants such as pathogens that cause disease, nitrogen, phosphorus, and other contaminants.

Specifically, this is how a typical conventional septic system works:

  1. All of the water that leaves your home drains down a single main drainage pipe and into a septic tank. An underground, water-tight container, often composed of concrete, fiberglass, or polyethylene, serves as a septic system’s holding tank. Its function is to retain wastewater for a long enough period of time to allow particles to sink to the bottom and form sludge, while oil and grease float to the surface and produce scum. Sludge and scum are prevented from exiting the tank and moving into the drainfield region by compartments and a T-shaped outlet. After that, the liquid wastewater (effluent) exits the tank and flows into the drainfield. The drainfield is a shallow, covered hole dug in unsaturated soil that serves as a drainage system. Porous surfaces are used to release pretreated wastewater because they allow the wastewater to pass through the soil and into the groundwater. In the process of percolating through the soil, wastewater is accepted, treated, and dispersed by the soil, finally discharging into groundwater. Finally, if the drainfield becomes overburdened with too much liquid, it can flood, causing sewage to flow to the ground surface or resulting in toilet backups and sink backups. Finally, wastewater percolates into the soil, where it is naturally removed of harmful coliform bacteria, viruses, and nutrients. Coliform bacteria are a kind of bacteria that may be found in the intestines of humans and other warm-blooded animals, with humans being the most common host. As a result of human fecal contamination, it is a sign of this.

The Guadalupe-Blanco River Authority has built an animated, interactive model of how a residential septic system works, which you can view here.

Do you have a septic system?

It’s possible that you’re already aware that you have a septic system. If you are not sure, here are some tell-tale symptoms that you most likely are:

  • You make use of well water. In your home, the water pipe that brings water into the house does not have a meter. In the case of a water bill or a property tax bill, you will see “$0.00 Sewer Amount Charged.” It is possible that your neighbors have a septic system

How to find your septic system

You can locate your septic system once you have confirmed that you have one by following these steps:

  • Taking a look at the “as constructed” drawing of your house
  • Making a visual inspection of your yard for lids and manhole covers
  • Getting in touch with a septic system service provider for assistance in locating it

Failure symptoms: Mind the signs!

A bad odor is not necessarily the first indicator of a septic system that is failing to work properly. Any of the following signs should prompt you to seek expert assistance:

  • Water backing up into the drains of homes and businesses
  • It is especially noticeable in dry weather that the drainfield grass is bright green and spongy. The presence of standing water or muddy soil near your septic system or in your basement
  • A strong stench emanating from the area surrounding the septic tank and drainfield

Home Performance Group LLC

Do you require services for septic system installation or repair? When it comes to garbage disposal, having a well-maintained system is critical! Septic tanks and drain fields are cleaned, repaired, and installed on a regular basis by our professionals. Call (816) 744-8033 to speak with a member of our skilled and professional staff who will get the work done perfectly the first time. The following are some of the services we provide for septic systems:

  • Lagoon installation and repair as well as Septic System design and repair, Septic tank installation, Aeration Treatment Unit installation, Lateral installation and repair as well as Lagoon installation and repair Installation of low-pressure pipes
  • Repair of low-pressure pipes
  • Installation of high-pressure drip lines
  • Repair of high-pressure drip lines

Providing an essential service by collecting, treating, and disposing of wastewater is the septic system’s primary role in the home. It is critical to provide proper care and maintenance on a regular basis. For the most part, septic systems are comprised of two parts: an inlet septic tank for solid wastes and a disposal field for liquid wastes. Lateral lines or pipes carry the effluent to the drain field, where it is discharged into the environment. Tanks should be properly examined at least once every two years, and they should be cleaned every three to five years, according to the manufacturer.

Professional Septic System Services

Home Performance Group LLC provides the services required to keep septic systems in the greater Kansas City region operating safely and reliably over the long haul. Contact us now. In order to detect tanks and laterals, diagnose failures, pump out tanks, safeguard the environment from water contamination, and manage difficulties with outdated septic systems that weren’t built to handle current demand, our trained workers combine expertise, experience, and tools.

We adhere to all applicable codes, make every attempt to cause the least amount of inconvenience to your property, and provide unsurpassed quality of workmanship.

For septic tank and lateral line maintenance or repair, call Home Performance Group LLC!

Home Performance Group LLC provides timely service to help you extend the life of your septic system and laterals, prevent issues from occurring, and fix any sort of malfunction. We may be reached at (816) 744-8033 to arrange a time that is suitable for you. We have deals and financing available to make everyday living more reasonable for you. You can count on us to take care of all of your plumbing requirements in Kearney and the surrounding areas, including Liberty and Excelsior Springs. Smithville and Pleasant Valley.

  • Weatherby Lake and Gladstone, MO.
  • Each of these statements is theoretically valid, however there are more than eight different types and configurations of OWTS to choose from.
  • A soils morphology test is required in order to correctly design an OWTS system and submit a system permit application for the system.
  • When designing an OWTS system, soil conditions are critical since the soil serves as a filter, exchanger, and absorber in addition to other functions.
  • A septic tank offers initial treatment by separating particles from wastewater, ensuring that effluent entering the soil is purified before it is released into the environment.
  • In soils that are unable of supporting a simple OWTS system, a septic tank and surface lagoon can be used as an alternate solution.
  • Lagoons are a more cost-effective alternative to more complicated systems because of their size.
  • The system is comprised of a septic tank, a pumping chamber for pressure dosing, and a soil distribution piping system with a small diameter pipe diameter.
  • a few quick facts According to the Environmental Protection Agency, private on-site waste treatment systems are used by 20 percent of all houses in the United States to handle their garbage.

Septic or decentralized treatment systems are used to service about one-third of all new developments and single-family dwellings. Septic systems provide service to more than 60 million people in the United States.

LEARN MORE about Septic System Installation:

  • Septic System Installation | Why Do I Need a Soil Morphology Test
  • Do I Need an Alternative Septic System
  • What is the Purpose of a Septic Tank
  • Why Should I Get a Septic Inspection
  • Septic System Installation | Why Do I Need a Soil Morphology Test
  • Septic System Installation | Why Should I Get a Septic Inspection
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Here’s Some Facts on Septic Tank Systems

Here are some interesting facts about septic tank systems. I recently relocated from Los Angeles and am now on a septic system. I have been unable to locate anyone who can provide me with information on the dos and don’ts of septic systems. I’ve been making an effort to study labels in order to avoid purchasing anything that cannot be utilized with a septic system. – For example, Owasso. Septic systems are intended for use in locations where sanitary sewer systems do not exist. They are an advance over traditional “outhouse” technology because, unlike traditional “open-pit outhouses,” they enclose the solid material, preventing it from polluting the surrounding soil and harming the environment.

  • The tank is buried deep in the earth, with its sealed top only a few feet above the surrounding ground surface.
  • It is possible that each system will employ 300 to 800 feet of lateral lines, all buried deep beneath the surface and surrounded by gravel, depending on your property’s”soil type” (its absorptive-evaporative qualities).
  • The location of the tank’s exit pipe is decided by the three layers of material that may be found in a conventional sewage tank: scum, effluent, and sludge, which are all known to exist.
  • Only the effluent is allowed to drain into the field because of a barrier around the exit pipe aperture.
  • Septic tanks must be properly pumpedout every three to eight years in order to prevent the accumulation of scum and sludge in the tank and blocking the drainagefield lines.
  • Excessive water use shortens the life of your system, so use water sparingly.
  • You should make a note of the location of your septic tank so that it may be tested for solids depth on a regular basis.

Depending on the family, this is usually done every three to eight years.

The depth of the sludge will look as motor oil (on the rod), but the liquid will only be moist at the bottom of the rod.

Avoid the use of powerful bleaches and germicidal agents (to your laundryoperations).

This absorptionline may be readily destroyed by driving cars over it, which is common practice.

Always make an effort to redirect drainage water away from the waste disposal site.

The more frequently the disposal is used, the more frequently the tank has to be pumped.

Please instruct the plumber to use caution when rodding out the pipe leading to your septic tank.

When repairs or pumping are required, contact a professional and bondedrepairman who is qualified to complete the project.

Alternatively, you can call us at 744-1000 and ask for extensions3655, 3656, or 3701.

If you don’t already have a grease trap installed on the pipe connecting your kitchen drain to the tank, hire a plumber to do it.

Commercial cleaning agents (toilet and tub cleansers) should not be used since they break up and liquefy the sediments, allowing them to flow into the drainage field and blocking the lines in the process.

“Using a washing machine on your septic tank?

So you don’t get any solids out into yourlateral field and cause it to get blocked up, you should do this first.

With no washing machine, pump out the tank around every three years and use only laundry products that are labeled as “safe for septic systems” when you don’t have one.” Drain Cleaning Lateral Lines: Don’t Throw Your Money Down the Drain Is it feasible to unclog the lateral pipes of a septic tank system if they have become blocked with sediment?

  1. – Mrs.
  2. Mrs.
  3. However, when your lateral lines become clogged, the soil around them becomes clogged as well, and the only solution is to install new laterals in new ground – outside of the original field.
  4. There are installers who will quote you a very low ballpark figure in order to secure the work, and I’m not trying to disparage any of my rivals.
  5. According to E.R.
  6. And, of course, the health agency will need them to submit to a percolation test.
  7. A good contractor will inspect the tank to determine whether the baffles are in proper working order and what happened to the system to cause it to stop working.
  8. You won’t be able to remedy anything until you first identify the problem.
  9. “As far as cleaning them out goes, it’s a complete waste of time and money.
  10. I’ve been on project after job when they’ve done this, and they believed they were repaired, but they weren’t.
  11. There is so much grease and soap down there that it is impossible to absorb any more water because of the sludge that has built up in the soil pours “he explained.

The soil conditions vary from job to job and location to location; some are rocky soil, some are on steep terrain that is difficult to reach or that is time-consuming; some are difficult to repair because there is not enough room to put in enough new lateral to fix the problem; and if the soil is sandy and you can dig down 8-12 feet and hit good soil, which we do quite frequently, then we dig very wide laterals and put in tons and tons of gravel for volume.” However, if you reconnect with the old lines and attempt to extend them into the virgin drainage field, sludge will frequently back up into the new lines and cause them to get clogged with sludge.

Only by replacing the laterals and connecting them directly to the tank, after you have cleaned out the tank and checked the baffle, will the problem be solved.” I just finished a new job down in Deer Run that involved a lot of rock and took five or six days to complete.

Even if it had been plain dirt, the price could have been as high as $1,750.” It is determined by your perk test, and the calculation entails multiplying the number of bedrooms by the amount of minutes it takes for an inch of water to be absorbed by the soil, which equals the number of feet of lateral lines required.

Then, if all of the water has been drained out, they will add another 10 inches of water and begin the percolation process.

You’d be in the 400-foot range for a three-bedroom house if you went from 15 to 30 minutes, which would put you in another bracket.

The next bracket is 30-45 minutes, and that puts you in a 530-foot home with three bedrooms and a bathroom.

You can put a field there if it takes 45-60 minutes, but if it takes longer than 60 minutes, it is considered a failingperk test, and you cannot put a field there.” Phil Mulkins is the editor of the World Action Line. Get the latest local news delivered directly to your inbox!

About Septic Tank Lateral Lines

This article will cover the second part of the septic system, lateral lines, beginning with the bio mat filter that will be installed in the septic tank on the “out” end of the system, and working my way down the line. In addition, this filter captures roughly 95 percent of the small particles that remain in the second compartment of the septic tank, which helps to ensure that the lateral leach-absorption bed continues to receive cleaner waste and remains wetter in its trenches as a result. The system will survive significantly longer as a result of this.

  1. For the lateral system to be effective, it must allow water to seep out into the ground and disperse into the earth at a rate equal to or greater than the rate at which waste water and solids are entering the septic tank; and it must do so for an extended period of time (years).
  2. Then you’ll need to choose a suitable location for the laterals.
  3. The first is known as the perk test, and it involves a certified individual digging three holes in the area where the lateral lines will be put.
  4. Following that, around 4-inches of gravel is put into each of the eight holes.
  5. As saturates the ground in the same way that it will when the system is activated.
  6. Each of the six-inch-deep holes will have six inches of water poured into it, and the holes will be timed for 30 minutes and measured for water depth.
  7. With the number of bedrooms and the results of the perk test, we can determine how many square feet and what type of laterals to utilize in the construction.
  8. The evaluator begins by digging a 5-foot-deep hole in the earth that is large enough to accommodate his or her job.
  9. The outcomes are then calculated based on this information.
  10. A 4-inch pipe with two rows of drilled holes in the bottom one-third of it is shown in the illustration.
  11. I’m going to limit myself to only two sorts of materials (but there are more choices).

It is available in sections of 4 or 5 feet in length and 2-3 feet in width. It does not require gravel under it in order to function, although having gravel under and around it would result in a more effective drainage system.

How Failing Lateral Lines can be Restored

Perhaps you’re already familiar with the various parts of your septic system’s many components. The leachfield, drainfield, absorption bed, seepage field, or disposal field are all important components of the system. In certain cases, it is referred to as the lateral lines of your septic system that are connected together. This is the location where the wastewater generated by your residence is distributed for final treatment before being released back into the environment. It is important to note that the absorption or percolation rate is a property of the drainfield that is handled with high importance since it is the primary activity of the drainfield itself.

Normal lateral lines are dictated by the gravitational attraction of the earth.

By dispersing the wastewater evenly along the lateral lines or lateral drainpipes that emerge through the gravel layer, the d-box achieves its purpose.

Less than one foot wide, the drainfield’s lateral lines are similar in appearance to the arms of a septic system, allowing wastewater to be equally returned to the surrounding environment.

If the lateral lines get blocked and break, it is only expected that the wastewater would flow back into your home or into your pool, which is located on the drainfield’s surface.

There are, however, various procedures that may be used to repair the lateral lines even if they fail completely.

Depending on how poorly your septic system was installed, how high the water table is in your area, how tiny the field is in size, and how porous the soil is, the solutions listed above can only help to the extent that the system’s capabilities will allow them to.

JettingThis procedure is used if there is an overflow in the septic tank due to faulty baffles or if the tank has not been drained out on a regular basis.

2.

As you are aware, there are a plethora of chemical and biological additives to take into consideration.

This procedure can take many weeks or months to exhibit effects in some systems, and it is sometimes necessary to collaborate with the additive during this time period.

Sulfides reduce the porosity of the biomat, absorb available oxygen, and clog the soil and gravel layers that surround the lateral lines, causing them to become clogged.

As a consequence, aerobic bacteria reproduce far more effectively, and the entire drainfield returns to normal operation.

It is possible to aid in the restoration of drainfield flow by generating a soil fracture, which generates new paths for drainage to occur.

4) Drainfield replacementTypically, a drainfield may provide continuous service for 20 to 30 years or longer.

Additives can only provide results if the system is not destroyed or collapsed, which is unlikely to occur.

Maintaining the lateral lines of your drainfield may be a highly time-consuming and difficult undertaking.

Seek the advice of a septic specialist so that you can become familiar with the operation of the lateral lines. It’s possible that some of the most recent maintenance advice will be useful to you as well. Maintaining vigilance will result in a more effective septic system in general.

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