Category Archives: ejector pump installation

The Benefits of Upgrading to a New Sewage Ejector Pump System

A person taking notes on the benefits of upgrading to a new sewage ejector pump system.

Exploring the variety of benefits of upgrading to a new sewage ejector pump system reveals a wealth of options to improve property infrastructure. From bolstering efficiency and reliability to maintaining seamless sewage management, this investment offers a spectrum of perks that extend far beyond mere functionality!

Enhanced performance

By upgrading to a new sewage ejector pump system, property owners can experience a notable enhancement in performance. The upgraded system is equipped to handle larger volumes of waste with greater efficiency, translating into smoother operations and reducing the likelihood of clogs and backups. This improvement streamlines the sewage management process and minimizes the risk of disruptions, which can be inconvenient and costly. Furthermore, by optimizing performance, the upgraded system also lowers the chances of experiencing issues that necessitate emergency plumbing services. 

However, you should always prepare for the worst-case scenario. So, in case a major plumbing emergency occurs, you should have an emergency plumbing service on hand. Also, you should research reliable moving companies in advance and find one that also offers temporary storage solutions. A good resource here is Master Moving Guide, a database of licensed movers. Using this online resource, you can find an experienced local moving company that you can call to help you move your belongings into storage to avoid damage in case of a plumbing emergency.

Energy efficiency

Investing in a new sewage ejector pump system offers substantial energy efficiency benefits. These modern systems incorporate advanced technologies to minimize energy consumption while maintaining optimal performance. So, by upgrading to an energy-efficient pump, property owners can significantly reduce their electricity bills. 

Cost savings over time

Upgrading to a new sewage ejector pump system also leads to significant cost savings over time. Property owners can expect lower maintenance and repair costs due to improved reliability and durability with a new pump. Moreover, the extended lifespan of a new pump system means fewer replacements and repairs, further reducing expenses. These cost savings contribute to the property’s overall financial health, allowing owners to allocate resources to other essential areas!

Environmental impact

Another of the benefits of upgrading to a new sewage ejector pump system is lower environmental impact. These modern systems often incorporate environmentally friendly technologies, such as energy-efficient motors and water-saving features. So, by reducing water wastage and energy consumption, the upgraded pump helps minimize its ecological footprint. In addition, the improved efficiency means fewer pollutants are released into the environment, leading to cleaner waterways and healthier ecosystems. As such, municipalities and property owners alike can benefit from the environmental advantages of upgrading, contributing to overall sustainability efforts!

a sewage ejector pump that has been upgraded.

Property owners can expect lower maintenance and repair costs due to improved reliability and durability with a new pump.

Improved property value

Modern infrastructure is desirable for potential buyers or tenants, making your property more attractive in the real estate market. So, the investment in upgraded sewage systems translates into higher resale value, as it indicates a commitment to maintaining and improving the property’s infrastructure. Similarly, properties with updated sewage may stand out among competitors, attracting more attention from prospective buyers!

Enhanced safety and health

Upgrading to a new sewage ejector pump system greatly improves safety and health standards within a property. Reduced chances of backups and clogs significantly minimize the risk of foul odors and health hazards. Preventing mold and bacteria growth further enhances air quality and sanitation levels. In turn, by prioritizing safety and health considerations, property owners demonstrate a commitment to the well-being of their occupants, which can enhance their reputation and attract more discerning tenants or buyers!

Remote monitoring and control

Investing in a new sewage ejector pump system with remote monitoring and control capabilities offers numerous benefits for property owners. With real-time monitoring, property owners can receive instant alerts for maintenance issues or emergencies, allowing quick response and resolution. This proactive approach helps prevent damage and downtime, maintaining uninterrupted sewage operations. Likewise, remote control features enable property owners to manage the system from anywhere, providing convenience and flexibility. By simplifying plumbing maintenance tasks, remote monitoring and control systems also streamline operations and save time and effort for property owners!

Compliance with regulations

Maintaining compliance with sewage regulations is extremely important for property owners to avoid fines and legal issues. Thankfully, upgrading to a new sewage ejector pump system can help meet the latest environmental standards and regulations. Property owners demonstrate their commitment to environmental responsibility and public health by adhering to these regulations. Furthermore, compliance with regulations enhances the property’s reputation and can attract environmentally-conscious tenants or buyers. 

Adaptability to future needs

Investing in a new sewage ejector pump system ensures adaptability to future needs, accommodating potential growth and changes. These modern systems are designed with flexibility in mind, allowing for easy upgrades and expansions as wastewater demands evolve. So, by choosing a system that can integrate with future technologies and upgrades, property owners can future-proof their sewage infrastructure. This adaptability mitigates the need for costly replacements or overhauls you might otherwise need, saving time and resources in the long term!

a fresh ejector pump upgrade installation.

While upgrading offers numerous benefits, proper installation by a qualified plumber is the only way to maximize efficiency and longevity.

Enhanced customer experience

Upgrading to a new sewage ejector pump system can greatly enhance the customer experience for commercial properties. After all, reliable sewage systems are necessary for maintaining cleanliness and hygiene standards, guaranteeing customer satisfaction. So, by investing in upgraded sewage infrastructure, businesses can avoid disruptions and inconveniences caused by backups or malfunctions. Positive customer experiences lead to improved reputation and repeat business, ultimately driving profitability! Besides, a well-maintained sewage system positively affects the overall professionalism and quality of the business. 

Professional installation and maintenance

While upgrading offers numerous benefits, proper installation by a qualified plumber is the only way to maximize efficiency and longevity. A reliable plumber can assess the property’s needs and recommend the most suitable replacement for its requirements. Similarly, professional installation means the system is set up correctly, minimizing the risk of malfunctions or issues. From there, regular maintenance by experienced professionals is also necessary to keep things running smoothly and prevent potential problems. We easily see that with the complexity of sewage systems, entrusting the installation and maintenance to skilled professionals is paramount! So, you want a reliable plumber who can help you set it all up.

Leveraging the benefits of upgrading to a new sewage ejector pump system

You gain advantages beyond immediate improvements by leveraging the benefits of upgrading to a new sewage ejector pump system. From enhanced performance and energy efficiency to cost savings over time, there’s plenty to enjoy! So, by recognizing the long-term benefits of upgrading, homeowners can make the right decision for their property’s future!

Do I Need an Ejector Pump If I Have a Sump Pump?

an ejector pump installation.

Understanding the Role of Ejector Pumps in Addition to Sump Pumps

When it comes to maintaining a dry and secure basement, having a reliable system in place is essential. Sump pumps are commonly used to remove excess water from basements and prevent flooding. However, some homeowners may wonder if the addition of an ejector pump is necessary to enhance the effectiveness of their sump pump. In this article, we will delve into the benefits and functions of both sump pumps and ejector pumps, clarifying whether or not you need an ejector pump if you already have a sump pump.

Understanding Sump Pumps

Sump pumps are typically installed in the lowest part of a basement or crawl space. Their main purpose is to collect excess water from the surrounding area and pump it away from the building, preventing water damage and the formation of mold and mildew. Sump pumps are activated by a float switch that senses the water level in the sump pit and activates the pump when it rises above a certain threshold.

These pumps are generally effective in handling moderate water influxes from rainwater, plumbing leaks, or groundwater seepage. However, they may have limitations when it comes to handling other types of wastewater, such as sewage or gray water.

The Role of Ejector Pumps

Ejector pumps, also known as sewage ejector pumps, are specifically designed to handle the disposal of wastewater containing solids or semi-solids. Unlike sump pumps, which are primarily designed for clean water, ejector pumps can safely and efficiently handle the discharge of sewage from toilets, sinks, washing machines, and other household fixtures.

Ejector pumps are typically installed in basements or lower levels of a building to receive wastewater from below-grade plumbing fixtures. They operate by grinding solid waste into smaller particles and then pumping it into the main sewage line or septic tank.

While sump pumps are not equipped to handle solid waste, ejector pumps are specifically designed for this purpose, making them indispensable in homes with basements that house below-grade bathrooms or laundry rooms.

a sump pump along side of an ejector pump.

Having both pumps in place provides comprehensive protection against various types of water issues, ensuring that clean water and wastewater are handled appropriately.

Do You Need an Ejector Pump If You Already Have a Sump Pump?

The need for an ejector pump alongside a sump pump largely depends on the specific plumbing setup and the presence of below-grade fixtures that generate sewage or wastewater containing solids. If your basement does not house any below-grade plumbing fixtures, such as a bathroom or laundry room, and the water influx is primarily clean water, a sump pump should be sufficient to handle the situation.

However, if you do have below-grade plumbing fixtures and there is a possibility of sewage or wastewater containing solids entering the basement, it is highly recommended to install an ejector pump in addition to your sump pump. This will ensure the safe and efficient removal of sewage and other wastewater, reducing the risk of backups, clogs, and potential health hazards associated with improper waste disposal.

The Benefits of Having Both Sump Pumps and Ejector Pumps

By choosing to install both a sump pump and an ejector pump, homeowners can enjoy several key benefits:

  • Comprehensive Protection: Having both pumps in place provides comprehensive protection against various types of water issues, ensuring that clean water and wastewater are handled appropriately.
  • Preventing Basement Flooding: A sump pump is excellent at keeping the basement dry during heavy rainfall or plumbing leaks, while an ejector pump can handle sewage and wastewater, reducing the risk of backups and subsequent flooding.
  • Enhanced Property Value: Homes with functional and reliable basement waterproofing systems, including both sump pumps and ejector pumps, generally have higher market value and can attract potential buyers.
  • Health and Safety: Proper waste disposal is crucial for maintaining a healthy living environment. By having an ejector pump in place, you can ensure the safe removal of sewage and wastewater, preventing the spread of bacteria and potential health hazards.

Consult with Professionals for the Best Solution

While this article provides general guidance on the need for an ejector pump alongside a sump pump, it is always advisable to speak with professionals who specialize in basement flood control systems. They can assess your specific needs, evaluate the plumbing setup in your basement, and recommend the most suitable solution for ensuring the efficient removal of both clean water and wastewater.

Remember, every home is unique, and the plumbing requirements may vary. By seeking expert advice, you can make informed decisions and invest in the right systems to maintain a dry and secure basement environment.

In conclusion, while sump pumps are ideal for handling clean water and moderate water influxes, ejector pumps are specifically designed to handle sewage and wastewater containing solids.

If your basement only has below-grade fixtures that generate clean water, a sump pump should suffice. However, if there is a need to dispose of sewage or wastewater with solids, installing an ejector pump alongside a sump pump becomes imperative. This ensures comprehensive protection, prevents basement flooding, enhances property value, and maintains a healthy living environment. Consult with professionals to determine the optimal solution for your specific needs and plumbing setup.

Protecting Your Home: An In-Depth Look at Basement Water Problems and the Importance of Sewage Ejector Pumps

the importance of sewage ejector pumps to prevent basement flooding.

Basements often serve as valuable living space or storage areas in our homes, providing us with a versatile and functional extension of our living areas. However, they are also susceptible to various water-related issues, posing a threat to our property and health. To combat these problems, it is crucial to understand the causes of basement water issues and the significance of sewage ejector pumps in safeguarding our homes.

Understanding Basement Water Problems

Basement water problems can arise due to an array of factors, ranging from external sources to internal plumbing issues. Common causes include:

  • Heavy rainfall or melting snow leading to water seepage through foundation walls or flooring.
  • Improper grading around the house, causing water to pool near the foundation.
  • Faulty gutters or downspouts that fail to direct water away from the house.
  • Burst or leaking pipes, resulting in indoor flooding.
  • Natural groundwater accumulation due to a high water table.

These water problems not only pose a risk to the structural integrity of your home but can also promote the growth of mold, mildew, and other harmful microorganisms. Therefore, it is essential to address these issues promptly to prevent further damage and ensure a safe living environment.

The Role of Sewage Ejector Pumps

One vital line of defense against basement water problems is the installation of a sewage ejector pump. While often overlooked, these pumps play a crucial role in efficiently removing wastewater from your home and preventing sewage backups.

Sewage ejector pumps are specifically designed to handle solid waste and wastewater from places below the main sewage line or at a lower elevation. They are typically found in basements, where bathrooms, laundry rooms, or other plumbing fixtures are located below the level of the local sewer lines.

These pumps are equipped with sealed basins or holding tanks where the wastewater collects. Once the liquid reaches a certain level, the pump activates and propels the waste through a discharge pipe, directing it towards a municipal sewer system or a septic tank.

an ejector pump repair for a customer.

The Importance of Sewage Ejector Pumps

1. Preventing Sewage Backups:

A sewage backup in your basement can be a catastrophic event, leading to extensive property damage and health hazards. Sewage ejector pumps are essential in preventing these backups by expelling wastewater effectively, reducing the risk of sewage overflow.

2. Protecting Your Property:

Basement water problems and subsequent flooding can cause severe damage to your home’s foundation, walls, flooring, and personal belongings. By installing a sewage ejector pump, you can minimize the risk of water-related destruction and preserve the structural integrity of your property.

3. Ensuring Health and Hygiene:

Wastewater contains numerous bacteria, viruses, and other pathogens that pose a significant health risk to you and your family. Sewage ejector pumps prevent the accumulation of wastewater, reducing the potential for harmful microorganisms to thrive in your basement, and maintaining a sanitary living environment.

Choosing the Right Sewage Ejector Pump

When considering the installation of a sewage ejector pump, it is crucial to select the appropriate pump for your specific needs. Factors to consider include:

  • The size and capacity of the pump, ensuring it can handle the anticipated wastewater volume.
  • The quality and durability of the materials used, promoting long-term reliability.
  • The pump’s power and efficiency, determining its ability to effectively handle solid waste.
  • The availability of backup power systems in case of electricity outages.
  • The level of noise produced by the pump during operation.

Consulting with a professional plumber or a knowledgeable expert can provide invaluable guidance in selecting the most suitable sewage ejector pump for your specific requirements.

Maintaining Your Sewage Ejector Pump

To ensure the optimal functioning of your sewage ejector pump and avoid potential issues, regular maintenance is crucial:

  • Inspect the pump and the basin regularly for any signs of damage or deterioration.
  • Clean the basin to remove any dirt or debris that may hinder the pump’s operation.
  • Test the pump periodically to ensure it activates when the water level reaches the appropriate level.
  • Consider professional servicing at regular intervals to detect and address any potential problems.

Adhering to a maintenance routine will not only extend the lifespan of your sewage ejector pump but also provide peace of mind, knowing that your home is protected from basement water problems.

In Conclusion

Basement water problems can have dire consequences for both the structural integrity of your home and the health of its occupants. By understanding the causes of these issues and recognizing the importance of sewage ejector pumps, you can take the necessary steps to protect your home.

Sewage ejector pumps play a vital role in preventing basement water problems, such as sewage backups, by efficiently expelling wastewater from your home. Additionally, these pumps help preserve your property, maintain a healthy living environment, and safeguard against potential damage caused by flooding.

When considering the installation of a sewage ejector pump, it is crucial to select the appropriate pump for your specific needs and adhere to a regular maintenance routine to ensure its optimal performance. By doing so, you can effectively mitigate basement water problems and enjoy the full benefits of a safe and protected home.

The Role of Sewage Ejector Pumps in Preventing Basement Flooding

an ejector pump installation.

Basements are a valuable space in any home, providing additional living or storage areas. However, one of the most common issues that homeowners face with their basements is flooding. Basement flooding can cause significant damage to property and pose health risks due to the presence of sewage. To address this problem, sewage ejector pumps play a crucial role in preventing basement flooding.

Understanding Sewage Ejector Pumps

Sewage ejector pumps are devices designed to remove wastewater and sewage from the lower levels of a building, such as basements, where gravity drainage is not possible. These pumps are typically installed in a dedicated pit or basin, below the level of the drainpipes. When wastewater from various sources, such as toilets, sinks, and showers, enters the pit, the pump is activated and pumps the waste up and out of the basement, connecting it to the main sewer line.

One of the primary reasons sewage ejector pumps are installed is to prevent basement flooding. These pumps ensure that wastewater is efficiently and safely removed from the basement, reducing the risk of water damage and contamination. Let’s explore some of the key roles sewage ejector pumps play in preventing basement flooding:

1. Efficient Water Removal

Sewage ejector pumps are specifically designed to handle the solid and liquid waste found in wastewater. These powerful pumps can effectively remove large volumes of wastewater from the basement, ensuring it is swiftly and efficiently transported away from the property. By promptly removing excess water, the risk of basement flooding is significantly reduced.

2. Prevention of Backflow

Backflow occurs when wastewater flows back into the basement due to issues in the sewage system, such as a blockage or overload. This can happen during heavy rainfall or when the sewer system becomes overwhelmed. Sewage ejector pumps help prevent backflow by actively pumping wastewater out of the basement and into the sewer system, ensuring that water flows in the intended direction and doesn’t reverse its course, leading to potential flooding.

3. Protection Against Sinkhole Formation

If excess groundwater enters your basement due to heavy rain or improperly drained landscaping, it can weaken the soil beneath your foundation and lead to sinkhole formation. Sewage ejector pumps help mitigate this risk by removing any excess water before it seeps into the soil. By removing the water promptly, the pumps prevent soil destabilization, ensuring the structural integrity of your foundation remains intact.

4. Overall Home Safety

In addition to preventing basement flooding, sewage ejector pumps contribute to the overall safety of your home. Flooded basements can pose electrical hazards and promote mold and bacterial growth. By efficiently removing wastewater and preventing basement flooding, sewage ejector pumps minimize the potential for these hazards, creating a safer and healthier living environment.

a sewage ejector pump being installed.

Maintenance and Considerations

To ensure the proper functioning of sewage ejector pumps and prevent basement flooding, regular maintenance is essential. Here are a few considerations to keep in mind:

  • Schedule annual inspections and maintenance by a professional plumber to identify potential issues and ensure proper pump operation.
  • Test the pump regularly by pouring water into the pit to verify that it activates and pumps the wastewater out of the basement effectively.
  • Install a backup power source, such as a battery-powered backup or generator, to ensure the pump continues to function during a power outage.
  • Avoid flushing items like diapers, paper towels, or other non-biodegradable materials, as they can clog the pump and impede its performance.
  • Consider installing a high-water alarm system that alerts you if the water level in the pump pit rises above a safe threshold.

By following these maintenance tips and considering the necessary precautions, you can maximize the efficiency and lifespan of your sewage ejector pump, reducing the risk of basement flooding and ensuring its consistent performance over time.

Conclusion

Sewage ejector pumps play a vital role in preventing basement flooding by efficiently removing wastewater from basements where gravity drainage is not possible. These pumps effectively prevent backflow and protect against sinkhole formation, contributing to the safety and integrity of the home. Regular maintenance and considerations are essential to ensure the proper functioning of sewage ejector pumps. By investing in these pumps and taking appropriate precautions, homeowners can safeguard their basements against flooding, promoting a secure and healthy living environment for their families.

Exploring the Advantages of Installing a Sewage Ejector Pump in Your Home

an ejector pump installation.

Installing a sewage ejector pump in your home can provide numerous advantages and solve potential plumbing problems. This article will explore the various benefits of having a sewage ejector pump and how it can enhance the functionality and efficiency of your home.

Efficient Waste Removal

One of the major advantages of installing a sewage ejector pump is efficient waste removal. Unlike a traditional gravity-based sewage system, an ejector pump can effectively handle waste from lower levels, such as basements or ground floors.

The pump allows for the transportation of wastewater upwards, against the natural flow of gravity. This eliminates the need for extensive plumbing rerouting or digging to connect to the main sewage line.

Preventing Basement Flooding

A sewage ejector pump is particularly beneficial for homes with basements or properties located in flood-prone areas. By elevating sewage from lower levels to the main sewer line, the risk of basement flooding decreases significantly.

During heavy rainfall or when the water table rises, sewage can back up and flood basements or ground floors. With a sewage ejector pump in place, the wastewater is efficiently pumped away, ensuring your home remains dry and free from potential water damage.

Increasing Home Value

The installation of a sewage ejector pump can significantly increase the value of your home. Potential buyers recognize the convenience and functionality of a property equipped with this modern plumbing system.

Having a sewage ejector pump already installed saves buyers from the hassle and cost of installing one themselves. It also indicates a well-maintained and up-to-date plumbing system, further boosting the overall value and appeal of your home.

Flexible Home Design

Sewage ejector pumps offer greater flexibility in home design and layout. With a traditional gravity-based system, homeowners often face limitations when it comes to basement installation or additional bathrooms in lower levels.

An ejector pump allows you to expand the usable space in your home without being restricted by the existing plumbing infrastructure. It enables the creation of additional bathrooms, laundry rooms, or even a kitchen in previously inaccessible areas.

Cost-Effective Solution

While the initial investment of installing a sewage ejector pump may seem significant, it provides a long-term cost-effective solution. By preventing basement flooding and potential water damage, you save significant amounts on costly repairs and replacements.

Additionally, the installation of an ejector pump eliminates the need for extensive plumbing renovations and rerouting, saving you money and time during home renovations or expansions.

a sewage ejector pump being installed.

Low Maintenance

Sewage ejector pumps typically require minimal maintenance, making them a convenient plumbing system option for homeowners. Regular inspections and occasional cleaning are usually enough to keep the pump operating efficiently.

It is advisable to have a professional inspect and service the pump periodically to ensure its proper functioning. By following simple maintenance practices, you can enjoy the benefits of a sewage ejector pump with minimal effort.

Conclusion

Installing a sewage ejector pump in your home offers various advantages, including efficient waste removal, prevention of basement flooding, increased home value, flexible home design options, cost-effectiveness, and low maintenance.

Consider the benefits mentioned in this article when evaluating your plumbing needs and requirements. By investing in a sewage ejector pump, you can improve the functionality and value of your home while avoiding potential plumbing problems in the long run.

Frequently Asked Questions About Ejector Pumps

a chalkboard with questions being asked.

What is an ejector pump? Is it the same thing as a sump pump? If I already have a sump pump in my home, do I need to install an ejector pump too? These are a few of the questions homeowners ask about ejector pumps, and in this post, we answer all of them.

What is an ejector pump?

An ejector pump is a compact appliance used to pump wastewater from a home’s drains into the main sewer line. Keyrenter Oklahoma City team explains, it is a sewage pump system designed to collect wastewater from below-grade drains and lift it to where it easily flows into the sewer. Ejector pumps can collect wastewater only or a combination of wastewater and sewer water.

How does an ejector pump Work?

The operation of an ejector pump is simple. Firstly, water from below-grade plumbing fixtures in the home drains into a sealed underground pit in the basement. Discharge pipes from the fixtures slope into the sides of the basin, allowing their content to easily slide into the pit. This waste is then moved to a higher elevation by an automatic pump installed inside the pit.

When is an ejector pump needed?

Plumbing systems, from inception, have always relied on gravity to move wastewater from the home to the municipal sewer lines or a septic tank system. But this system only works when wastewater is moving from a high elevation to a low one. In homes where the plumbing fixtures are below-grade level, this system will not work. In such cases, the plumbing needs help to move wastewater from below-grade parts of the home into the sewer line. That is what an ejector pump does.

What’s the Difference between a sump pump and an ejector pump?

weighing out some questions.

Sump pumps and ejector pumps have a lot of things in common but serve completely different functions. Similarities between the two include; both systems being housed in a pit located in the basement or crawlspace; they both help move water from inside the home to the outside, and they do this with the help of automatic pumps. But there are also a lot of vital differences between sump pumps and ejector pumps.

  • Sump pumps: Sump pumps help to prevent flooding. They handle water coming into the home from the outside. It can be groundwater that infiltrates the basement or runoff that ends up in the basement after flowing over the ground. Water removed by a sump pump is discharged at a point outside the home, in the yard or into a storm sewer.
  • Ejector pumps: Ejector pumps handle water from plumbing fixtures or water-utilizing appliances inside the home. Unlike sump pumps which are designed to only work during emergencies, ejector pumps are expected to work at intermittent periods throughout the day. Unlike the sump pump where the pit is often open, the lid of the ejector pump is completely sealed.

What are the different types of ejector pumps?

Although there are many different types of ejector pumps, most residential and light commercial pumps can be divided into two major categories: sewage ejector pumps and sewage grinder pumps.

Sewage ejector pumps: These are high-volume/low-pressure submersible pumps that do not have grinding blades. They are designed to handle solids of no more than 2’’ in diameter. They draw sewage into the system through the bottom via a spinning mechanism. Their motors range in size from 4/10 – 2 HP.

Use this type of ejector pump if:

  • Pumping sewage to a short distance of 750 feet or less.
  • You have a short vertical distance – under 70 feet – to lift sewage to.
  • You are pumping to a gravity sewer main.
  • You are pumping sewage to a septic tank system.

Sewage grinder pumps: These low-volume/high-pressure submersible pumps are designed to handle solids. They have cutting blades that grind raw sewage and reduce it to a slurry. Sewage grinder pumps can pump at pressures of up to 60 P.S.I. Their motors range from 2 HP and over.

Use this type of ejector pump if:

  • You are pumping to a very long distance of 750 feet or more.
  • You want to lift sewage to a high vertical distance (20-30 feet minimum).
  • You are pumping to a pressurized sewer main.
  • You are only pumping to the city sewer.

How do I keep my ejector pump in good shape?

To protect your ejector pumps, please observe the following rules:

a row of garbage bins.

  • Do not dump metal, plastic, baby wipes, sanitary napkins, rubber gloves, dental floss, condoms or cotton into the system.
  • Keep grease, oils and fat out of the system.
  • Schedule periodic inspections and maintenance for your ejector pump.

Finally, does your home need a sewage ejector pump? The groundwork you do before you install an ejector pump determines the effectiveness and longevity of the system. Before you decide to add an ejector pump to your home, talk to us for a thorough needs assessment of your home.

This step will help ensure you get the most value for every dollar you spend on your ejector pump.

Everything You Need to Know About Sewage Ejector Pumps

ejector pump installation

Sewage backup is one of the most damaging plumbing emergencies you can have in your home. Imagine the horror of sewage flowing into your home, not only ruining your floors and belongings but also subjecting your home to terrible smells. If you’re a landlord, you already know this means your property will be deemed uninhabitable. This is a plumbing issue you can certainly do without.

One trusted way to prevent this problem in your home is to install a sewage ejector pump in the house. But what is a sewage ejector pump? How does it work? What do you need to know before installing a sewage ejector pump in your home?

What is a sewage ejector pump?

A sewage ejector pump operates on the same principle as a sump pump. Just like a basement sump pump, this system comprises of a pump housed inside a basin. This basin or holding tank, along with its pump, is located below ground inside the home.

But unlike a sump pump system, which is designed to remove floodwater entering the home, a sewage ejector pump system holds wastewater from the home before pumping it into the main sewer lines in the street.

How does a sewage ejector pump work?

  • Waste from the various plumbing fixtures in the home flows easily into the basin because the drain lines are sloped down into the sides of the basin.
  • For a moderate-sized home, the basin can hold up to 30 gallons of waste. This water will stay inside the basin until it reaches a certain level.
  • Inside the basin are movable floats that rise with the water level. When the water in the basin reaches the threshold, the flotation device triggers a switch to activate the pump.
  • The pump removes the wastewater by raising it to the level of the main sewer line in your home or the city sewer lines in the street.
  • Once the basin is emptied to a specified level, the pump shuts down.
  • But before the liquid is pumped out of the basin, it passes through a grinder inside the sewage ejector, which breaks apart the clumped solid waste.
  • Most sewage ejector systems have a water level alarm that triggers when the water in the basin rises to a certain level. If this alarm goes off, it means there is a problem with the pumping mechanism.
  • A lot of sewage ejector systems are equipped with a secondary pump which serves as a backup when the main pump fails or is being repaired.

Does your home need a sewage ejector pump?

Your home needs a sewage ejector pump if the bathroom, laundry, or any plumbing fixture in the house is located at a level below the main sewer lines in the street. Where the municipal lines are located higher than a fixture in the home, wastewater will not flow properly.

This is because the flow of wastewater from your home depends on gravity. In order to flow freely, water must be able to move in a downstream fashion. In other words, your home’s plumbing fixtures must be located at a higher level than the city’s sewer lines.

Ejector pumps are also needed in homes with a septic drain-field system, such as those found in rural areas. Without a sewage ejector system, homes that fit the above description run the risk of sewage backing up into the basement or sewer gas seeping into the home.

ejector pump replacement

Before you install a sewer ejector pump system

What do you need to know or get before installing a sewage ejector pump system in your home?

  • A permit – In most locations, you will require a permit to install a sewage ejector pump system in your home. This is because of the potential damage to the city’s sewer lines if your home’s sewage ejection pump is not properly installed.
  • Pump size – Sewage ejector pumps come in a range of sizes. The right pump for your home depends on the amount of wastewater generated by the home. Typically, an average-sized home needs a pump with a ½ – ¾ hp motor. 
  • Budget – Sewage ejector pumps cost anywhere from $400 to $1000. This price depends on the size and brand of the pump. If the pump system will not be subject to heavy use, you can get away with buying a less expensive one. But you really don’t want a system that you will have to repair often. Worse, if the pump fails it can cost you tens of thousands of dollars worth of damage.
  • Other system components – In order to function properly, the system needs the following:
  • A sump basin – The underground tank where sewage water is stored until it is removed.
  • Vents – Vents help to equalize air pressure and also provide an outlet for sewer gases.
  • Check valve – This is located between the outlet pipe and the main sewer line, to prevent backups.

The right contractor – Due to the critical role of the sewage ejector system, this is not a job you should attempt to do yourself. It is best to hire a skilled plumber for an ejector pump installation.

Why the Sewage Ejector Pump Is Important for a Newly Built House

A sewage ejector pump is installed in a home when the bathroom, laundry room, and any of the home’s plumbing fixtures are located below the level of the main sewer line. Plumbing fixtures are often installed in this way because of space constraints.

ejector-pump-installation

In the typical installation, the home’s plumbing fixtures are located at a higher level than the level of the main sewer line in the street. This allows the wastewater to flow easily from the home to the sewer line. With this kind of installation, all that’s needed is the force of gravity. This is the case in most of the properties Bighorn Rentals manage.

However, when plumbing fixtures lie at a point below the level of the main sewer line, wastewater cannot flow out of the home under the force of gravity. You need a way to elevate the water to the level of the sewer line, so it can flow into the system. This is where an ejector pump comes in.

What is an ejector pump and how does it work?

The sewage ejector pump works with the same principle as the groundwater sump pump system in your home. The main difference is that while the sump pump prevents rainwater seepage, the  ejector pump lifts wastewater or sewage out of the home into a septic field or main sewer line.

This is how the system works:

  • A sump basin is cut into the ground below grade. This basin is typically able to hold up to 30 gallons of wastewater if it is for a moderately sized home. Larger homes require a bigger basin.
  • The drain lines from the various plumbing fixtures in the home open up into the sides of the sump drain basin. These drain lines are usually sloped for easy movement of their content.

  • Wastewater collects inside the sump drain basin, raising the moveable float inside it until the float gets high enough to trigger the sewage ejector pump.

  • The wastewater is pumped out of the sump drain basin to the level of the main sewer system or a septic line within the property.

  • Once the level of wastewater in the basin falls sufficiently, the pump powers off, until when there is enough wastewater in the basin again. 

As already stated, ejector pumps are mostly installed in homes where the plumbing fixtures are located in the basement or the main sewer line is at or near ground level. Homes with a septic drainage field or holding tank that is higher than the basement plumbing fixtures will also need one.

But even when your home does not meet the above criteria, an ejector pump is still an important system to have in the home. This is because sump pump drains are also essential for protecting your home from sewer backups.

Sewage ejector pumps not only ensure the health and efficiency of your home’s plumbing systems, they help to protect all the valuable belongings that are stored in the basement. Ejector pumps also reduce the incidence of costly and annoying pipe blockages.

An ejector pump will help to prevent:

  • Flooding from burst pipes and overflowing drains
  • Pipes clogs and blockage
  • Sewage water inside the sink
  • The health risks that come with sewage backup or sewage water accumulation
a plumber installing a sewage ejector pump in a newly built home.

Sewage ejector pumps not only ensure the health and efficiency of your home’s plumbing systems, they help to protect all the valuable belongings that are stored in the basement.

What you need to install a sewage ejector pump in your newly built house

  • Plumbing permit

Many municipalities will require that you obtain a permit for the sewage ejector pump. This is because improper installation of a sewage ejector pump can lead to flooding, seepage, and damage to the city’s main sewer line.

  • The right pump

The size of the ejector pump depends on the size of the home. Ejector pumps come in sizes of ½ to ¾ HP and the right pump for the home depends on the holding capacity of the sump drain basin. Most basins hold 30 to 40 gallons.

  • A vent

The system needs a vent outlet to equalize the pressure inside the basin and admit air when water is being pumped out of the basin. It also provides a route for sewer gasses to exit the home, without leaving an unpleasant odor inside the home.

  • The sump drain basin

This is where the sewage is stored before it is moved to the main sewer line. It is usually positioned a little lower than the basement floor. The size of the basin is important for the operation of the entire system.

  • Outlet pipe

The outlet pipe is what conveys the water inside the sump drain basin out of the home into the main sewer line. The pipe diameter must be large enough to permit easy passage of water. It must be strong enough to handle high pressure.

  • Check valve

This is located between the sump drain basin and the sewage inlet. It ensures that sewage does not flow from the basin back into the house.

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