It’s recommended that homeowners consult with a professional to determine the pump size that will work the best for their home. The sewer ejector pump needs to have the capacity and horsepower to force the wastewater and solids up to the elevation of the sewer line.
Investing in a pump with the appropriate capacity ensures efficient wastewater removal but may contribute to a higher upfront cost.Ī pump’s capacity is usually measured by gallons per hour (GPH) and a maximum flow rate or horsepower. The required capacity depends on factors such as the number of fixtures connected to the pump and the anticipated flow rates. Higher-capacity pumps, capable of handling larger volumes of water and solids, generally come with a higher price tag. The pump capacity and material play an important role in sewage ejector pump installation cost. Sewage ejector pumps are integral in preventing backups and maintaining proper sanitation. The pump activates when the accumulated wastewater reaches a certain level in the basin and pushes the sewage from lower-level plumbing fixtures out of the home. This is critical when gravity alone isn’t sufficient to move sewage upward. The primary function of a sewage ejector pump is to push the wastewater to a higher level, where it can flow into the main sewer line or septic tank. A professional plumber can offer recommendations of the best type of pump for a home’s sewage or sump pump system. There are a few different types of sewage ejector pumps, including battery-operated backup pumps, grinder pumps, sewage ejector pumps, and submersible sump pumps. Pump Typeĭifferent pump types come with distinct features and capabilities that cater to specific plumbing needs. Factors contributing to the wide cost range include the specific needs of ejector pump basement plumbing, the extent of existing plumbing modifications, and the overall complexity of the installation process. The national average cost of $2,500 provides a good baseline, but local variations can significantly impact the final price. Other than a battery backup in case of power failure and a high water alarm in case of pump/switch failure, is there any way to make these systems safer? Thanks.The cost to install a sewage ejector pump is determined primarily by the pump type, pump capacity and construction material, and local labor prices. This thing seems like an accident waiting to happen. I have had to go into the sewer ejection system more times than I can count to adjust, fix, replace one thing or another and the system is only 11 years old. While doing this job I examined the check valve because things didn't sound right (what does it mean when you know there might be a problem with your sewer ejection system because it doesn't "sound" right?) and discovered that the flap had been torn off and was just bouncing around within the valve. Once I removed the crud it seemed to work okay, although I will have to do more testing. There was "crud" on the float and, while the float did rise with the water level, it would not trigger the pump. The reason for my question is because I have had to remove the sealed cover, and go back in to correct an issue with the float not triggering the pump.again. I am now worried that the flap is unable to take the force of the water being discharged. The one that recently failed was from Lowes and cost about $60? It was installed vertically on the ejection pipe by the original plumber. Are these things prone to failing, or can I purchase a better one. The circular flap was torn off from the rubber "hinge" on the inside of the check valve. Recently the pump would not start because the float ball for the pump was caked with scum and it would not rise to the correct "angle" to trigger the pump.Īlso the check valve has failed and it was less than 2 years old. The sewage pit gets gummed up with, what I am assuming, is soap scum from the laundry and shower. The bathroom is not used for solid waste (no #2), but is used for liquid waste (yes #1).
Is there a way to prevent the build-up of soap scum for a sewage ejector pit? Currently the sewage ejector system services the laundry room and a bathroom located in the basement.