![]() ![]() The tradeoff is that grinder pumps can only pump low volumes of sewage. Septic grinder pumps are also designed to pump ground sewage over thousands of feet, which is a farther distance than sewage ejector pumps can offer. If you are pumping to a septic tank or a gravity flow sewer main, you are much better off with a sewage ejector pump. ![]() We recommend you install a grinder pump if you need to pump sewage to a pressurized sewer main. To figure out which pump is best for your home’s sewage pumping needs, it’s important to consider the volume of sewage you need to pump, its destination, and how far it has to travel to get there. This means that it won’t get sent on to the secondary system, which can destroy your underground leach field. Septic grinder pumps should not be paired with septic tank systems because the slurry is so finely ground that it won’t separate from the liquid once inside the septic tank. From there, it is transported to the pressurized sewer main. Within the septic grinder pump are blades that are used to grind the raw sewage into slurry before being discharged. If you need sewage to be moved to your pressurized sewer main, a septic grinder pump will help you achieve this. This means that they are better suited for moving low volumes of raw sewage over longer distances than sewage injector pumps. Septic grinder pumps are high pressure/ low volume systems. Pressure is then used to force the sewage into the discharge pipe. Instead they use impellers that spin to move raw sewage through the bottom of the pump. For example, sewage ejector pumps don’t have grinding blades like their grinder pump counterparts. While sewage ejector pump systems and septic grinder pumps both pump raw sewage from your home to another destination, they accomplish this goal in different ways. In general, sewage ejector pumps are design to handle high volumes of sewage under low pressure. This is significantly higher than what can be pumped by septic grinder systems. However, a benefit of sewage ejector pumps is that they are built to move up to 200 gallons per minute of raw sewage. For this reason, they can only pump to distances under 750 feet. Sewage ejector pumps are designed to pump raw sewage from your home into a septic tank or gravity flow sewer main. If you suspect an issue with either your sewage ejector pump or septic grinder pump, please do not hesitate to call your local licensed plumber. Below, you will find information on how they differ. ![]() While they may sound similar, sewage and grinder pumps operate differently to dispose raw sewage. They can cost anywhere from $200 to $2000, but the investment upfront will help save you from some expensive repair work.Differences Between Sewage Pumps and Grinder Pumps Homeowners who live in wet climates, below sea level, or right on top of a high-water table will benefit from a sump pump. There are two primary varieties of sump pump: pedestal sump pumps sit above your sump basin on the floor of your basement, whereas submersible sump basins sit underground and don't take up any floor space. Sump pumps are simpler than ejector pumps and only connect to your drain line so they can pump water straight out of your home. They prevent water from building up in the lower parts of your house, which can cause mold, mildew, and other damage to your home and belongings. Water will gather in a sump basin, and once it reaches a certain level, the pump will kick in, pumping the water safely away. A sump pump is designed to deal with excess water coming into your home from outside. Usually, this is caused by flooding or particularly wet conditions, which cause the water table underneath your home to rise. Sump pumps are installed in the lowest part of your home in the basement or crawl space and connect to your drain line.
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