How Does A Septic Tank And Sewer Sump Pump Work? (TOP 5 Tips)

A sewage pump is used to transfer sewage liquids and solids from one place to another. When the pump is turned on, the motor starts to rotate the impeller, creating the pressure that pushes water into the impeller and goes into the discharge pipe. The sewage pump is powered through a 10-25 ft. electric cord.

  • A septic tank pump is a small electrical water pump that can be submerged in wastewater. A float switch will turn the pump on and off as the chamber fills with water. A small impeller in the pump spins when the pump is on which then pushed the water up through the pipework the pump is connected to.

Is sump pump connected to septic?

If you have a septic system, under no circumstances should the sump be pumped into the basement floor drain. Adding to the flow with a sump pump can damage the septic system. Even if you are connected to a public sanitary system, the sump should not be pumped into a floor drain.

Is a sump pump and sewage pump the same thing?

Sump pumps and sewage pumps are often thought of as the same thing. They are not. Sump pumps handle excess water; sewage pumps handle sewage. They do look alike, and both are used in home basements.

Does sewage go into sump pump?

Aside from the fact that connecting sump pumps to the sanitary sewer is illegal, it can cause significant health and safety risks. Sump pumps are designed to pump groundwater and rain water. Generally, the sanitary sewer pipe in the street is only 8 inches in diameter, and often the pipe slope is not very steep.

Where should I run my sump pump discharge?

Run your sump pump drainage away from your home. Do not let it flow onto driveways, sidewalks or other paved surfaces. Discharge must be clear, clean water such as ground water or residential air conditioner condensate.

How do you disperse water from a sump pump?

Dig a slightly sloping channel from your pump’s discharge line to the garden area. Connect and install a PVC pipe in the channel so the water will run from your home to the garden. Next, dig a hole in the garden spot in a bowl shape. The higher your slope is, the deeper the hole needs to be.

Does a septic tank have a sewage pump?

Waste and sewage is removed from a septic tank into the drain field either through gravity or with the help of a septic system lift pump. Pumps are usually necessary for septic tanks that sit lower than the drain field and gravity is unable to carry and/or push the effluent out of the tank.

What is the difference between a septic tank and a sump pump?

A sump pump is a machine designed for getting rid of water from flooding or other excess water in a structure’s basement. By contrast, sewage pumps are designed to remove not just water but also waste and other small materials from a building to the septic tank or the sewage system.

Why does my house have a sewage pump?

Why Do Some Homes Have Sump Pumps and Others Don’t? A sump pump is a device that eliminates moisture and prevents flooding in a home. Typically housed in a specially constructed pit below the main surface of a basement, a sump pump collects excess water from drains and pumps it out of the pit and away from the house.

Can I replace my sump pump with a sewage pump?

The short answer to this is, “ yes, most likely.” Both of these pumps are similar in that they are comprised of a holding tank or large canisters and pumps. They are also both used as indoor septic systems—but there are different purposes for each.

Can you discharge sump pump to street?

In order cases there may be a flooding emergency in their basement and they have no other choice but to let the water drain into the the road. We recommend talking to them and letting them know that pumping sump water into the street is illegal and their pump needs to be attached to proper drainage.

Why doesn’t my basement have a sump pump?

If your house is built on a concrete slab (no basement) then odds are there is no sump pump. Sump pumps are designed to take water that surrounds your foundation and pump it outside before it can seep into your basement. So—no basement—no need for a sump pump. If you find one, that may be a sump pump discharge line.

How far from house should sump pump discharge?

It is important to keep the discharge point of your sump pump as far from your foundation as possible. The minimum distance should be 10 feet. Most discharge pipes have a flexible hose tightly attached to the pipe coming from the basement.

How deep bury sump pump discharge?

Discharge Piping Depth You should install your sump pump discharge line 2 feet below The frost line in your County. This will help prevent the water in the pipe from freezing and causing clogs while still making it easy to dig and access the trench in case there are any problems.

Should my sump pump have water in it?

It’s perfectly normal for a sump pump pit to always have some water in it. This water can be the result of rain, snowmelt, or seepage from the ground. That being said, when the water rises to a certain level, this should trigger your sump pump’s float switch. This will cause the pump to turn on and start working.

How Does a Sewage Pump Work?

Solid waste and liquid waste are transferred from one location to another by use of a sewage pump. When it comes to household sewage, soft solids with a diameter of up to 2 inches make up the majority of the material. In any case, the sewage is driven from its original location to a septic tank or a sewer system. In your sewage basin, the sewage pump should be installed at the lowest place possible. The pump is normally submerged in the majority of circumstances, which is why it is referred to as a submersible sewage pump in most cases.

The piggyback connector on the dual mode sewage pump allows you to use your pump as a manual or automated pump depending on your needs.

The automated pump, on the other hand, is connected through the use of a floating switch, which only operates when the switch is turned on.

Centrifugal pumps are used in sewage pumps because they allow sediments to pass through without obstructing the pump’s passageway.

The pump may be operated by an electric rod that extends between 10 and 25 feet.

The pump house is constructed of cast iron and is equipped with an impeller and a motor, making it a long-term investment.

Types of sewage pump

These pumps are often found in a compact on-site installation. They are responsible for pumping wastewater that is discharged from septic tanks. The effluent is a transparent liquid with a small amount of solid erupting from the septic system. When compared to conventional sewage pumps, it is more efficient and capable of pumping at higher pressure levels. This is due to the fact that the sewage pump is unable to handle solid sewage waste.

Solid handling pumps

They are sometimes referred to as sewage ejector pumps since they are used to push untreated sewage. When it comes to raw sewage, it has a high concentration of particles that are difficult to manage for most pumps. Therefore, when it comes to managing raw sewage, this solid handling pump is the best option available.

Grinder pumps

This pump is more similar to the solid handling pump in that it has the ability to force raw sewage forward. The grinder pump differs from the solid handling pump in that it contains revolving blades instead of stationary blades. The revolving blades are similar to garbage grinders, which grind and chop solids into smaller bits before pumping the sewage out into the environment.

Benefits of sewage pumps

Pumping out water that has accumulated in your crawlspace or basement and securely depositing it into your home’s wastewater system is the purpose of a sewage pumping system.

Despite the fact that they are relatively basic, the sump pump requires a difficult installation. The following is a list of some of the most significant advantages of wastewater pumps:

  • Mildew and mold are less likely to grow in this environment. This occurs as a result of the constant moisture that exists inside your basement as a result of stagnant pools, which encourages the growth of mildew and mold. Mold and mildew may cause health concerns as well as structural harm to your building materials. Prevent damage to your home caused by flooding caused by heavy rains that cause your basement to flood by following these simple steps. You can avoid calamities that occur as a result of flooding in the basement if you have a sump pump installed. The water in your basement short-circuits items in your basement that might cause a fire. These appliances include water heaters, your heating system, and your washing machines. As a result, water has the ability to ignite a fire, which may be extremely hazardous and devastating. It is possible to keep water away from equipment in your home that might cause a fire
  • This is accomplished through the installation of a sump pump.

Maintenance and repairs of sewage pump.

  • Remove the cover
  • There are three distinct types of lids, each with a different procedure for removal
  • Remove the cover. Incorporating a ground fault circuit interrupter into the electrical panel or at an outlet. It is critical that you check that it is operational. Make use of the test button to confirm that sufficient ground-fault protection is in place.
  • When inspecting the drain line from the pump to where it joins the air gap, look for any evidence of damage or corrosion such as holes, leaks, or rust. Make a visual inspection of the pit for any debris or silt that might clog or block the float output tube or pump impeller. Maintain the air gap between the interior and external discharge pipes, making sure that it is free of obstructions and free of debris.


There are several pumping station facilities, which comprise pumps and other equipment for pumping fluids, across the city. Sewage pumps are utilized for a variety of infrastructure projects, including the evacuation of sewage to treatment facilities and the supply of water to canals. Sewage pumps are capable of handling large amounts of water in a short period of time. It’s also important to remember that having a sewage pump to handle your wet waste and undesired water is a cost-effective investment.

Everything You Need to Know About Sewage Ejector Pumps

Using a sewage ejector pump, also known as a pump-up ejector system, you may prevent sewage from backing up into your home if your bathroom, laundry room, or any other sort of plumbing fixture is positioned below the level of the main sewer or septic line that runs from your house. Due to the fact that drain-wastewater flows mostly by gravity, any plumbing systems in which fixtures are positioned below the level of the main sewage line will require a pump or some other means of raising the wastewater in order for it to effectively flow down and out of the system.

What Is a Sewage Ejector Pump?

When a bathroom, laundry room, or any other sort of plumbing fixture is positioned below the level of the main sewer or septic line coming from the house, a sewage ejection pump, also known as a pump-up ejector system, is utilized. Due to the fact that drain-wastewater flows mostly by gravity, any plumbing systems in which fixtures are positioned below the level of the main sewage line will require a pump or some other means of raising the wastewater in order for it to effectively drain and exit.

Ejector Pumps in Homes

A sewage ejection pump, also known as a pump-up ejector system, is utilized when a bathroom, laundry room, or any other sort of plumbing fixture is positioned below the level of the main sewer or septic line coming from the house. Because the flow of drain-wastewater is dependent on gravity, any plumbing systems in which fixtures are positioned below the level of the main sewage line will require a pump or some other means of raising the wastewater so that it may flow down and out appropriately.

System Requirements

When installing a sewage ejector pump system, it is necessary to include a vent to help equalize pressure during pumping and to provide an exit for sewer gasses. The vent emerges from the sump pit and is either linked to an existing vent (soil stack) or goes up and through the top of the structure. The output pipe from the sewage ejector pump is typically 2 inches in diameter, and it connects to the main sewer line, which is 3 inches in diameter. There is always a check valve between the pump output point and the junction with the main sewage line to ensure that nothing leaks back into the sump basin after the wastewater has been pumped out.

Planning Considerations

Consult with your local building department before beginning any project that calls for the installation of a sewage ejector pump to ensure that your project will be approved. Different municipalities may have their own plumbing and building rules, as well as their own permission procedures. Septic or sewage line construction is likely to necessitate the acquisition of a permit, and for good reason: faulty installation can result in a major problem. Before you begin, find out what is necessary to legally install a sewage ejector pump.

  • Before doing this repair on your own, consult with a qualified plumber for an estimate.
  • You should also give serious consideration to the size of the ejector pump that you will want.
  • Standard pump kits with 1/2 to 3/4 horsepower motors and 30- or 40-gallon reservoirs are generally sufficient for the normal home installation, but you should examine pricing, specs, and features to ensure that you select the system most suited for your project.
  • This is not an installation you want to have to worry about repairing, so make sure you choose high-quality equipment that is large enough for your home.

The pumps are available in local home improvement stores, on the internet, and via your local plumbing supply company, among other places. They are also available for commercial uses, however they need the use of a somewhat bigger sump basin.

How Does a Sewage Pump Work?

What is a Sewage Pump and how does it work? In order to move sewage liquids and particles from one location to another, a sewage pump is employed. A sewage basin is often used in residential applications to pump sewage that contains soft sediments up to 2 inches in diameter. The sewage is then discharged into the sewer system or septic tank. At the lowest point of the sewage basin, a sewage pump is constructed to remove the waste. It is also referred to as a submersible sewage pump due to the fact that the pump is underwater the majority of the time.

  • Pumps with a piggyback plug can be used in either manual or automatic modes.
  • Dual mode pumps have a piggyback plug and can be used in either manual or automatic mode.
  • Sewage pumps are centrifugal pumps with a particular design that allows materials to flow through without blocking the pump.
  • Pumps generate pressure by rotating their impellers when they are switched on.
  • The sewage pump is powered by an electric line that extends between 10 and 25 feet.
  • The pump housing, which holds both the motor and the impeller, is constructed of cast iron and is designed for long-term service life.
  • Pumps for effluent – effluent pumps are the pumps that are most commonly used in modest on-site systems.
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Because the sediments have settled out of the septic tank, this effluent is a reasonably clear liquid in appearance.

Solid Handling Pumps — These pumps, also known as sewage ejector pumps, are used to pump raw sewage from a sewage treatment plant.

Grinder Pumps — A grinder pump is quite similar to a solid-handling pump in its operation.

The difference is that the grinder pump is equipped with moving blades, similar to garbage grinders, that cut and grind the solids into small bits before the sewage is forced through the system.

The functioning of a sump pump is very straightforward, despite the fact that their installation is more difficult.

This can be particularly disastrous if you keep precious goods in your basement.

Decrease the risk of mold and mildew growth – Constant dampness within a basement caused by standing water in stagnant pools will encourage the growth of mold and mildew.

Reduce the likelihood of a fire occurring – The water will cause the appliances in the basement, such as laundry machines, water heaters, and heating systems, to short circuit and stop working.

A sump pump will prevent water from endangering equipment that might cause a fire in the house.

It is necessary to check whether a ground fault circuit interrupter is installed at the outlet or in the electrical panel to ensure that it is operational.

Remove the cover from the book.

Inspect the pit for silt or debris that might impede the float or clog the pump impeller or discharge tube, and remove it if necessary.

Check the drain line from the pump until it reaches the air gap for evidence of corrosion, holes, damages, or leaks, and replace any that are discovered.

Inspect any alarm mechanisms (if applicable), exposed metal parts, and connections for corrosion using a visual inspection method.

To apply silicone spray, follow the directions provided by the manufacturer.

If a check valve is not already installed, a qualified plumber should be contacted to install one.

Conclusion There are several pumping station facilities, which include pumps and equipment for transporting fluids from one location to another, across the world.

In the sewage collecting system, this station, also known as a lift station, is responsible for the treatment of raw sewage that is supplied from subterranean pipelines.

It is more cost effective to use a sewage pump to manage all of the unwanted water and moist waste that accumulates. Find out more about how sewage pumps function and how they might benefit your company’s operations. James Roberts provided the information.

How Does a Sewage Ejector Pump Work?

Sewage ejector pumps aren’t exactly eye-catching, yet they are very necessary in many situations. Get quotations from as many as three professionals! Enter your zip code below to get matched with top-rated professionals in your area. The submersible sewage ejector pump is a powerful piece of equipment that helps transport solid and liquid waste from your home to the public sewer system. Sewage ejector pumps are only required in homes with basement laundry or toilet facilities, however they are very necessary in these properties.

What Is a Sewage Ejector Pump?

Untreated liquid and soft solid waste is transported via residential piping and into the main community sewer system by a sewage ejector pump, which is submersible centrifugal in design. In a typical design, wastewater, including sewage, is transported by gravity from a property’s plumbing system to the main septic line located outside the property. However, if the sewage piping is either below or not far enough above the main septic line, things might become hazardous. Septic ejector pumps will be required to assist gravity, and this is where they will come in handy.

Do You Need a Sewage Ejector Pump?

Assuming your house contains a washer and dryer, or a bathroom with plumbing that is below the level of the community sewer line that it connects to, you will unquestionably require a sewage ejector pump or, in some situations, a sewage grinder pump. In the event that you have a washing machine or a restroom in your basement, it’s virtually probable that you’ll want one of these pumps. Without proper maintenance, waste will harden in the pipe, resulting in an unwelcome nightmare of sewage backlog and overflow.

How Does a Sewage Ejector Pump Work?

The sewage ejector pump is a simple piece of equipment for such a critical piece of machinery; it is simply a pump and a float system. As a result, the pump is installed in the sump basin and is equipped with a float. When the level of sewage in the basin rises above the float, the motor of the pump is activated. In operation, the motor drives sediments and liquids out of the basin, down a sewage pipe, and into the main septic line beyond the property’s boundaries. As the basin empties, the float descends until it reaches its lowest point, at which point it signals to the ejector pump to switch off, and the cycle begins all over again.

The vent is commonly routed from the sump basin to an existing vent stack or up the side of the property and out through the roof of the building.

What Maintenance Does a Sewage Ejector Pump Need?

In an ideal situation, sewage ejector pumps require minimal maintenance other than an annual servicing performed by a licensed plumber. During the service, the technician cleans and oils the pump’s motor, as well as doing a thorough check of the pump, the float, and all of the associated connections. They’ll also clear out any material that has accumulated in the sump basin. Homeowners, on the other hand, must do their share. It is critical that only waste and toilet paper be flushed via systems that include a sewage ejector pump.

A variety of other objects might block the pump and require the motor to work harder in order to dislodge the obstructions. A blockage and sewage overflow in your bathroom are both possible consequences of this practice.

How Much Does a Sewage Ejector Pump Cost?

Aside from an annual service performed by a licensed plumber, most sewage ejector pumps require no other maintenance. Cleaning and lubrication of the pump, as well as a thorough check of the pump, the float, and all connections are performed as part of the service. Also included in the price is the removal of any material that has accumulated in the sump basin. However, homeowners must play a role as well. If you have a sewage ejector pump in your system, it is critical that you only flush waste and toilet paper through it.

This may limit the life of the pump and may result in a blockage and sewage overflow in your bathroom as a result.

Sewage Ejector Pumps vs. Sewage Grinder Pumps

Sewage grinder pumps are more powerful than sewage ejector pumps because they grind the sewage. Pumps like this are capable of grinding up raw sewage before discharging it into the sewer system. They’re also capable of handling harder solids and a greater amount of material. Important to note: sewage grinders are not ideal for use with septic tanks because they grind the sewage too finely, resulting in no separation of the liquid from the solids. The liquid solids then go down the secondary system and out of sight into the leaching field.

Ejector pumps are also used when the vertical lift is less than 70 feet and the distance covered by the sewage pumping system is less than 750 feet in length.

The Difference Between Sewage Pumps and Sump Pumps

Even though sump pumps are one of the greatest and most helpful investments you can make for a home that has a basement, it’s understandable that someone who is in the market for one would not be well-versed in its use and benefits. For sewage pumps, the same may be stated, so where should you begin your search if you are in the market for one? To assist you on your journey, we will explain the differences between a sump pump and a sewage pump, as well as the functions of each, and how both might be useful for your property.

What Does a Sewage Pump Do?

Sewage pumps are pumps that are installed within properties to allow sewage liquids and solids to be transported from one location to another when they are produced. Typically, the sewage pump is situated at the lowest point of the sewage collection system. This is necessary in order for whatever is being pumped to continue its journey through the system and be discharged either directly into the sewage system or within a septic tank, depending on the circumstances. Sewage pumps typically operate by causing a centrifugal force to be generated by the motor, which in turn generates pressure, which drives water into the pump and out via the outlet pipe.

Consequently, a sewer pump is capable of extracting both water and waste at the same time, as previously stated. The evacuation of water and trash is now possible through the use of three distinct types of sewage pumps, each with a modest degree of variance in its operation.

Sewage Ejector Pumps

A solid handling pump (also known as a sewage ejector pump) is a type of pump that is used to pump raw sewage. Due to the fact that raw sewage typically includes too many raw materials for conventional pumps, a solid handling pump should be utilized in situations where raw sewage is to be transported to a treatment facility.

Grinder Pumps

Then there are grinding pumps to consider. Solid handling pumps and grinder pumps are both designed to work in a similar manner, with the main difference being that the grinder pump has the capability of shredding any bigger solids into smaller bits as they move through it.

Effluent Pump

Grinding pumps are another option. Solid handling pumps and grinder pumps are both designed to work in a similar manner, with the main difference being that the grinder pump is capable of shredding any bigger solids into smaller bits as they travel through it.

When Would I Need a Sewage Pump?

The key question is when, precisely, would a homeowner (or any other property owner) be required to consider installing a sewage pump on their land. There is no simple answer to this question, but there are a few indicators that you may look for to determine whether or not your property might benefit from a sewage pump.

No Gravity System In Place

If you’re a homeowner (or any type of property owner), you’re probably wondering when you should think about getting a sewage pump. There is no simple answer to this question, but there are a few indicators that you may look for to determine whether or not your property would benefit from a sewage pump installation.

Sewage Pump Alarms

This is a list of the most common scenarios in which your property can necessitate the usage of a sewage pump. It’s also important to realize that having a sewer pump has a variety of benefits that you should consider. For example, sewage pumps are frequently equipped with sirens, which alert you immediately (or even before) when there is a problem, allowing you to avert a calamity from occurring.

Automatic Pumps

This implies that health risks and interference are kept to a bare minimum because the sewage pump will operate on its own and will not require any interaction from its end user (in the traditional sense). Additionally, as previously said, sewage pumps can help you save money on construction expenses when the cost of digging out a gravity-based drainage system surpasses the cost of installing a pump. The important thing to remember is that a sewage pump is a device that works solely and entirely with sewage and is meant to keep any property linked to the sewer system safe.

What Is a Sump Pump?

Whereas the capacity to pump out sewage and other materials from a property defines a sewer pump’s function, the only goal of a sump pump is to ensure that a property’s basement does not flood or hold water at any time. An ordinary sump pump is usually used as a component of a larger basement waterproofing system. As a result of using a waterproofing solution, water will be gathered and directed towards the sump pump, which in turn will collect the water and pump it away from the property to a safe area.

We, at the Basement Sump and Pump Company, often recommend and install a three-pump station solution in residential basement sump systems.

Two of the pumps run on alternating current, which means that as long as your property is connected to the power grid, you will be safe against water intrusion.

This means that even if you are without power during a period of severe rainfall, you will still have an extra layer of protection.

They should not be utilized for any other purpose, and they are certainly not capable of managing or properly removing sediments from a basement environment.

When Would I Need a Sump Pump?

Traditionally, if your property has a basement, you just need to think about installing a sump pump. Water damage and floods are more likely to occur in basements, hence sump pumps are most effective in these environments. Additionally, it may be used in conjunction with a suitable waterproofing solution. You will discover that the cost of sump pump installation and maintenance is far cheaper than the cost of repairs and replacements. If you have a basement, you fall into one of two categories: first, you are in the first category; second, you are in the second category.

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If you have been fortunate enough to avoid the trouble of a leaky basement thus far, take the time to consider whether or not this is a condition that will continue indefinitely.

Alternatively, it is possible that you have previously had water damage to your basement and are now having to deal with additional issues such as dampness, mildew, decay, and even potentially weak foundations.

Similarities Between Sump Pumps and Sewage Pumps

As a result, you now understand that the primary distinction between a sump pump and a sewage pump is the type of material it interacts with: Sewage pumps are used to drive sewage out of buildings that have not been fitted with gravity-based waste management systems, whereas sump pumps are used to deal with liquid that has entered a basement through a leak.

Both Pumps Need Servicing

There are, however, a few instances in which these two systems are compatible. First, it should come as no surprise that, as critical pieces of household gear, they require regular maintenance in order to operate at peak performance, hence reducing the likelihood of an unexpected calamity occurring. In fortunately, the Basement Sump and Pump Company provides a wide choice of various sewage and sump pump services that can keep your pumps operating securely throughout the year. If you would like to learn more about these services, you may read about them in detail on our website or contact us to learn more.

Both Pumps Differ in Design and in Pump Capacity

In addition, you will discover that sewage pumps and sump pumps are similar in that they may differ in design and real pump capacity, among other things. Before purchasing and installing any pump, it is recommended that you consult with a professional. This is due to the fact that you will want to discover which pump is appropriate for your house as well as which pumps may be excessive. Installing a grinder sewage pump in a situation where an effluent pump is required, for example, would be pointless.

One of the most important things to remember from this article is that a sewage pump and a sump pump serve quite distinct functions, and that understanding what each accomplishes is critical to achieving your requirements.

If you are experiencing problems with sewage or water infiltration in your home, please give us a call at 0800 019 9949 or contact us online to learn more about what a sump pump can do for you, or whether a sewage pump would be a good fit for your home.

What Is a Septic Ejector Pump & How Does it Work?

In situations when plumbing fixtures such as your sink drain and toilet are below the main sewer line or septic tank’s grade, the septic ejector pump can assist remove solid waste from your home. In order to have a septic ejector pump installed in your home, you must have at least one bathroom below the grade level. If you do not, it is possible that undesirable waste will build up inside the lines, causing a backup. You should consult with a qualified plumber if you are not sure whether you require one and want to be certain you do.

The Basics of Septic Ejector Pumps

Pump for the sump injector features a holding tank that is located beneath the ground This tank is intended to store the sump pumps and to collect the garbage that is discharged from your sewage pipes. There are drain lines that go down the side of the basin and are attached to the edge of the basin. The pump is also connected to a septic line through an output line that is linked to the pump. If you have a sewage system, this is connected to that system. When wastewater is dumped into the holding tank, a float device activates the pump, allowing it to function properly.

  1. The float will fall in height as the level of wastewater decreases.
  2. For the purpose of providing enough ventilation, an exhaust vent is linked to the sewage pump.
  3. The sump basin is equipped with a tight-fitting cover that seals tightly to prevent any odor from escaping.
  4. Septic ejector pumps are available in a number of various sizes.
  5. Residential versions are typically capable of handling up to 30 gallons of waste material.
  6. If the waste products are excessively huge, certain sewage pumps may grind them down to a more manageable size.
  7. Some types are equipped with an alarm system that will notify you if anything goes wrong with the pump.

Pump Systems in Homes

The majority of the time, these pump systems may be found in homes that have laundry rooms or restrooms in the basement. The level of the sewer lines in the street will be greater if you have a city sewer line that goes through the street, and an ejector pump will be required. They are also frequently encountered in rural areas where the drain field or holding tank is higher than the piping. It is necessary to install the pump system in the sump basin. Essentially, this is a hole excavated into the earth that is below the slope of the house.

Ejector pumps will be fed by drainage pipes that will be slanted down and go into the basement area.

Afterwards, the wastewater will be collected from the basin and disposed of through the sewer or septic system. When the basin is completely depleted, the float will drop, the pump will switch off, and the process will repeat until the basin is completely refilled.

Requirements For Pump Systems

When the sewer ejection pump is installed, there are a number of conditions that must be met.

  • Vents. The installation of an appropriate vent will be required in order for the sewage ejector pump to function properly. When it is pumping, this vent serves to equalize pressure, which allows sewage gases to escape more easily. In any case, the vent will be installed through an existing vent or through the roof. Check valve is a type of check valve. It is absolutely necessary to have a check valve installed in conjunction with your sewage ejector pump. This may be discovered in the outflow pipe that connects to the main sewage system of the building. When this check valve is in place, any wastewater that has been pushed into the sewer line will be prevented from returning to the sump basin. This will also assist in ensuring that there is no odor emanating from the basin. Size. When selecting an ejector pump, it is important to evaluate the size of the pump that will be required. These are available in a variety of sizes. If you have a typical-sized home, you will be able to get a basic pump kit that has a 12 to 34 horsepower motor and can pump around 30 to 40 gallons of wastewater per minute. Make certain that the container you choose is the proper size so that wastewater does not back up into your property during installation. If you are unclear of the size of the pump that you require, consulting with a competent plumber in your region will assist you in determining the appropriate size. Budget. The cost of a sump pump ejector system might range from $400 to $1000 dollars. The cost may vary depending on the size that you want and the brand that you choose. When purchasing a pump system, you will want to be certain that you are purchasing high-quality equipment. You do not want to attempt to fix the system since it is often tough, and in many cases, a complete replacement is required rather than repair. Purchasing from a local plumber, especially if you have them install it, may entitle you to savings on your purchase. Make sure you spend the necessary time researching to discover the greatest ejector pump available at a price you can afford.

Checking Codes

Before you begin the process of installing sewage ejector pumps, you should contact your local building authority to find out what rules and criteria are in effect in your area of residence. When it comes to plumbing, each location may have its own set of specifications. You may be needed to obtain a permission, and you may also be required to have your property inspected. It is recommended that you hire a professional plumber to complete this task for you since they are familiar with all of the local rules and regulations that apply when installing these pumps.

It is the responsibility of the Original Plumber to guarantee that your sump pump system is installed appropriately and in accordance with all applicable local rules.

Also see: Different Types of Septic Pumps Described in Detail

Septic Ejector Pump Installation

The installation of a new septic pump, or the repair of an existing one, will be required if you feel that you do not have one or that yours has failed. It will be necessary to adhere to certain construction codes. It is also difficult to install them owing to the fact that you must handle both plumbing and electrical work. It is critical that you hire a plumbing specialist who has received proper training and certification. If you require the installation of a new septic pump or if you are experiencing problems with your existing one, please contact the Original Plumber immediately.

I Have a Sump Pump—Do I Need a Sewage Pump?

“Yes, very certainly,” is the concise response to this question. Both of these pumps are similar in that they are made up of a holding tank or big canisters, as well as pumps and other components. They are also also employed as interior septic systems, but for quite different reasons than one another. Continuing reading will provide you with a better understanding of both of these systems, their significance, and how to determine when you require expert sewage pump services in Glenview, Illinois.

What a Sump Pump Is

This is a system that is meant to remove water from your basement that has accumulated as a result of floods or any other source of excess water. These pumps are essential for many houses and structures in the Glenview region, and with August being the wettest month of the year, it’s especially crucial to have one in place if you have a basement or if your home is built on a low foundation. Flooding or stagnant water may quickly cause damage to your property, materials, and the plumbing system in your home, among other things.

When it comes to sump pumps, there are two major types to consider: pedestal and submersible. Each of them has its own set of advantages and disadvantages, which we will be pleased to discuss with you!

What Is A Sewage Pump?

Septic pumps, in contrast to sump pumps, are meant to remove not just water but also trash and other tiny debris from your home’s septic tank or sewage system. Septic pumps are also often referred to as “sewage ejector pumps” or “sewage grinder pumps.” In light of the fact that sewage pumps are virtually always required in any building with a bathroom, you would be wise to investigate sewage pump installation if you don’t already have one in place. Sewage pumps, when professionally installed and maintained, are capable of dealing with solid and liquid waste, solid items, and heavy liquids that are flushed down the drain from your home’s plumbing.

It is possible that massive solid things will prevent the machine from channeling, in which case expert assistance will be required.

So, Do I Need a Sewage Pump?

The answer is yes if you have just finished your basement or are considering completing it—and adding a bathroom, a bar, or a laundry room—in the near future. A sewage pump, on the other hand, is not necessary if your main sewage line exits through the concrete floor, which is quite frequently the case. If, on the other hand, it escapes via an outside wall above the concrete floor, this is an essential installation—and one that we are fully prepared to complete! Reliance Plumbing SewerDrainage, Inc.

Plumbers in the North Shore and Northwest Chicago areas are available from our team of professionals.

Tags:Glenview,Sewage Pump Services,Sump Pump Services,Wastewater Pump Services At 11:00 a.m.

Category:Drainage and Sewer|

Installing a Septic System Sump Pump

The construction of a septic system is beneficial in regions where public sewer is not an option because it keeps sewage away from the home or company. A typical system includes of a tank, a drain field, and any other pipes that are required. If the septic tank is constructed above the structure or if the drain field is constructed above the septic tank, a sump pump may be required. Septic systems are utilized to handle solid waste and wastewater, whereas sump pumps are mostly employed as water treatment systems.

  • The sump pump requires its own electrical line, ideally with a watertight outlet, to function properly.
  • Submersible pumps, which are the most frequent type, are located below the waterline of the home.
  • A pedestal pump is often located above the basement floor, with a shaft linked to it that is located below the waterline.
  • Installing an alarm as part of the septic system installation process may alert homeowners and business owners when the water level in the tank reaches a specific level, allowing them to avoid any problems in the first place.
  • Many sewage laws from local governments specify that an alert must be utilized in certain situations.

It is possible for inspectors to check that the system is correctly implemented, resulting in less headache down the line. In order to choose the best sump pump for your septic system, evaluate the advantages and disadvantages of each kind to determine which is the best fit for your needs.

What Is a Septic Ejector Pump?

An effluent and solid waste removal system such as a septic ejector pump, sump pump, or grinder pump is installed in a residence when plumbing fixtures, such as a toilet or sink drain, are located below the grade of the septic tank or sewer line. Families with one or more bathrooms below the septic or sewer line grade require a septic ejector pump to collect waste from the structure and dispose of it in a proper landfill. The Fundamentals of Septic Ejector Pumps The sump basin, which is a holding tank that is sunk beneath the earth, is intended to collect waste and house the sump pump, which is located above ground.

  1. Septic ejector pumps are connected to the main sewage or septic line via an output line, which is typically two inches in diameter and coupled to the pump.
  2. The wastewater is then pumped into the main sewage line or the septic tank.
  3. To ensure enough ventilation, a vent linked to the pump links to an existing vent stack or stubs up through the roof of the building to offer sufficient ventilation.
  4. After the sump basin has been drained, a check valve is installed in the outlet line to prevent waste and effluent from flowing back into the sump basin.
  5. Models meant for home use are capable of handling up to 30 gallons of effluent and waste material.
  6. Grinder pumps are pumps that ground the particles prior to pushing them through the system.
  7. Some versions are equipped with an alarm system, which may include a siren or flashing lights, which will trigger if something goes wrong.
  8. Because construction requirements differ from state to state and the degree of complexity — both plumbing and electrical — necessary for the installation, it is suggested that you choose an experienced and licensed plumbing contractor for this project.
  9. Flickr is the source of this image.
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Sewage Pump or Sump Pump

A sewage pump or sump pump can be difficult to maintain and is often overlooked. On a home inspection walk through, I am frequently asked what the ’round cover with pipes and cables’ coming out of the basement floor is for, and the answer is always the same (usually located in a closet or mechanical room). Simple answer: either a sump pump or a sewage pump is what you’re talking about.

The difficult element might be determining the difference between the two options at hand. It is critical for a house owner to be able to recognize every component in their home, and even more critically, to understand how to maintain and monitor each component.


Both sump pumps and sewage pumps are found in the basements of houses and commercial structures. Their major role is to serve as a septic system for use inside. Both have a sump, which is a holding tank canister that is located around five feet below the floor level, as well as a pump. Their primary function is to bridge the drainage gap created by the use of force (a pump) when a basement is located below both the city sewage line and the storm drain and cannot be drained by natural means. Both pumps are typically powered by plugging them into an electrical socket that is nearby, and in some cases, there may even be a battery backup in case the electricity goes out at any point during the operation.

Sump Pump

In contrast to sewage pumps, sump pumps are machines that are meant to pump away naturally occurring water (as opposed to sewage) that might otherwise flood or damage a basement or foundation. In basements and crawlspaces, they are not always essential, but they are typically built when there is a high water table, inadequate drainage, no city storm drain, or gravity is unable to drain water away from the property. If this water is not drained out, it can cause significant damage to the structure and finishes of a property, resulting in significant financial loss to the homeowner.

  1. Pedestal sump pumps are situated above the sump pit (as seen in the illustration) and are clearly distinguished from other types of sump pumps.
  2. Electricity is supplied to both of these pumps by wires that connect to electrical sockets.
  3. Sump pumps require periodic maintenance and testing to function properly.
  4. It is vital to test them on a regular basis throughout the year to ensure that they are in functioning order and that the battery backup is charged.

Sewage Pump

Sewage pumps are similar to sump pumps, with the key difference being that their principal job is to remove sewage and sewage-ejector-pumppmall particles from a sump pit in the basement and transport them to a septic tank or the municipal sewer system. The ejector pump that processes waste water will be equipped with a sealed lid on its basin as well as a vent pipe to handle sewer gas emissions. They are sometimes referred to as grinder pumps or sewer ejector pumps due to the fact that they grind up the particles so that they may be passed through a smaller diameter conduit.

In contrast, if a bathroom is located in a basement and the road looks to be 5 or more feet above the basement, there is a significant possibility that a sewage pit and pump are located in the basement.

Unlike sump pumps, which require frequent inspection and maintenance, sewage pumps may often be installed with the sump pit lid sealed shut, eliminating the requirement for routine inspection and maintenance.

It is always recommended to have an alarm fitted (which is normally standard on sewage and sump pumps) on a float in the pit to warn of a potential problem. Pump failure or back-up will notify the homeowner so that they may contact an emergency plumber or turn off the water.


Flushing the basement toilet multiple times while listening for the sewage ejector pump to activate is one of the most effective techniques to test and establish whether or not you have an underground sump or sewer system. A sewage pump will also have a sealed lid to prevent sewer gasses from entering the home, as well as two pipes coming out of the lid; one for venting sewage gases and the other for pumping out waste. A sewage pump will also have a sealed cover to prevent sewer gasses from entering the home (grey water).

Septic Tank Pump: When You Need One & When to Call a Pro

When it comes to septic tank pumps, what’s the difference between them and do you really need one in your system? Here’s a brief guide to septic tank pumps: there are three major types of septic tank pumps: a sump pump, a septiceffluent pump, and a grinder pump. A sump pump is the most common type of septic tank pump. We’re pleased to assist you in determining whether or not you require one of these pumps in your septic system. Note: This is only a short reference and not an in-depth how-to; always contact us before attempting to fix an aseptic tank problem on your own.

Septic Tank Sump Pump

Sump pumps, also known as de-watering pumps, are often used in extremely wet areas to remove excess water from basements and foundations as a result of major weather events. This is a pump that is used primarily for insurance purposes, to ensure that buildings preserve structural integrity even in extremely wet situations. Sump pumps are occasionally used in septic systems, however they are utilized seldom since there are better options available if a pump is required.

Septic Tank Grinder Pump

Have you ever wondered how the process of pumping septic uphill is accomplished? Use a Grinder pump to get the job done. It is the purpose of these septic tank pumps to grind and transfer black water or sewage from one location to another, grinding the sediments so that everything fits into ordinary pipe (typically 2″ in diameter). In most cases, the grinder pump is positioned directly in the aseptic tank itself. Septic tank grinder pumps are required in this situation because black water is being sent uphill to a septic tank, municipal sewer system, or wastewater pumping center via the sewage pumping center.

Sewage Tank Effluent Pump

They are solely designed to carry cleared effluent from a septic chamber (not a tank) to a drain field and are not intended to be used in conjunction with a tank. You should use caution if you are pumping cleared effluent from a septic pumping chamber (meaning a separate holding place downstream from the main septic tank). The removal of this pump from the tank, which contains solids and scum, is essential due to the fact that it is incapable of breaking down solids. Before installing a septic tank pump in your system, ALWAYS consult with a professional septic tank service provider first to ensure that the pump is appropriate for your system.

Whether you have concerns regarding your septic system, the possibility of requiring a pump, or the expenses associated with installing a pump for yourseptic system, we will be happy to answer them.

As always, if you have questions about your septic tank system or needservice, please give us a call at(260)-982-7111.

A large number of phone calls concerning submersible sewage pumps are received by the sales department at Septic Solutions®. The great majority of consumers who are in need of a sewage handling pump naturally assume that they must purchase a sewage grinder pump. The term “grinder pump” is often used incorrectly, leading many people to assume that all sewage handling pumps are in reality grinder pumps. That is not the case in the slightest. In the domestic and light commercial / industrial parts of the industry, sewage handling pumps are typically divided into two categories: Sewage Ejector Pumps and Sewage Grinder Pumps.


Sewage EjectorPumps are submersible solids handling pumps that have a high volume and low pressure capability. Grinding blades are not included in the design of sewage ejectorpumps. In this case, they utilize a spinning pump that sucks in raw sewage through the bottom of the pump and propels it out of the outlet and into the discharge pipe under high pressure as it turns. A sewage pump is typically built to handle particles with diameters of up to 2 inches in diameter. Septic tanks and gravity flow sewer mains are the most typical locations for a Sewage Ejectorpump, and they are used to transport raw sewage from a house to these facilities.

Sewage ejector pumps are capable of pumping large amounts of sewage (up to 220 Gallons Per Minute).

In a basement floor pit, for example, a sewage ejector pump is used to pump sewage from a basement bathroom up to the main level.

Septic tanks and sewer systems must always be serviced with sewage ejector pumps rather than sewer grinder pumps, according to OSHA regulations.


Sewage Grinder Pumps are considered high pressure/low volume submersible solids handling pumps that are used in sewage treatment plants. Sewage Grinderpumps are equipped with cutting blades that grind raw sewage into a slurry before allowing it to travel through the discharge pipe into the environment. These pumps are intended to handle the same types of materials as a Sewage Ejector Pump, but they have the added capability of passing harder solids through them. When pumping from a house to a pressurized city sewage main, sewer grinder pumps are the most typically employed type of pump.

  • Sewage GrinderPumps are capable of doing so, pushing fluids at approximately 60 pounds per square inch (p.s.i.).
  • These pumps are capable of pumping small amounts of sewage (30 gallons per minute or less), but they are also capable of pushing it over large distances (thousands of feet) and with head pressures of up to 130 feet.
  • The sewage is broken up into such a fine slurry that when it reaches the septic tank, the particles do not separate from the liquid and are instead transferred on to the secondary system, where they are disposed of.
  • A 2.0-horsepower engine It is also necessary for sewage grinder pumps to perform well that they have a minimum of 20-to-30 feet of head pressure.
  • The majority of manufacturers rely on that bare minimum of head pressure to maintain the RPMs of the electric motor as low as possible.

When that head pressure is not present, the motors spin faster, leading them to draw more current and run hotter, which will eventually cause them to fail far more quickly than they would otherwise have done so.


Septic Grinder Pumps should only be used when any of the following conditions apply to your application:

  1. In the case of pumps connected to a pressurized sewer main
  2. For long distance pumping (750 ft or more), use a larger pump. It is necessary to hoist the sewage from a high vertical distance (minimum of 30 feet).

The following are the situations in which a Sewage Ejector Pump will perform optimally:

  1. When sewage is being pumped to a septic tank
  2. When sewage is being pumped to a gravity sewer line
  3. In the case of short distance sewage pumping (750 feet or less)
  4. You have a short vertical lift distance (less than 70 feet) to deal with the sewage.

Summary: Sewage grinder pumps are not always required for the pumping of raw sewage, and not all sewage handling pumps are grinder pumps. In reality, in the vast majority of circumstances, a Sewage Ejector pump is the far superior choice. Furthermore, there are some situations in which you might utilize either kind.


Specialty units such as the Liberty ProVore Residential Grinder and the Myers VRS Residential Grinderpumps, both with a horsepower of one horsepower, are meant to be used in place of residential sewage ejector pumps with a horsepower of four to ten horsepower. On these machines, there is no requirement for a minimum head, and they have the same cutting action as the bigger commercial grinder pumps, but with a smaller 1.0 horsepower motor. However, because it still grinds sewage into a slurry when pumping from a residence to a public sewer, we do not advocate utilizing this for pumping to a septic tank because it will cause the septic tank to overflow.

We would be pleased to show you which pump would be the most appropriate for your use.

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