The Area’s Leader for Wastewater Lift Stations


Wastewater Lift Station

Wastewater lift stations, also known as pump stations or sewage pumping stations, are critical components of municipal or industrial wastewater systems. They play a key role in managing the movement of sewage and wastewater from lower to higher elevations, where gravity alone is insufficient for proper drainage and transportation. Lift stations are particularly important in areas with varying topography, where sewage needs to be pumped to reach treatment facilities or higher-level sewer lines. Here’s an explanation of wastewater lift stations:


Lifting Wastewater: Wastewater lift stations lift sewage or wastewater from a lower elevation to a higher elevation, overcoming the limitations of gravity flow in areas where the terrain is not conducive to natural drainage.


Wet Well: Lift stations consist of a pit or chamber known as a wet well. This is where the incoming sewage accumulates before being pumped.

Pumps: Submersible pumps are installed within the wet well. These pumps are designed to handle wastewater and solids, lifting the sewage to a higher level for further transportation.

Controls and Alarms: Lift stations are equipped with control systems that regulate pump operation, monitor fluid levels in the wet well, and activate alarms in case of malfunction or high water levels.


Level Sensors: Level sensors within the wet well detect the rising sewage level. When the level reaches a certain point, the pumps are activated to begin pumping the wastewater.

Pump Activation: The pumps are turned on sequentially or simultaneously based on the level of sewage in the wet well. They work to lift the sewage to a higher elevation, where gravity can take over.

Types of Lift Stations

Submersible Lift Stations: In submersible lift stations, pumps are installed directly within the wet well. This design is more compact and reduces the need for separate pump housing.

Dry Well Lift Stations: In dry well lift stations, the pumps are located outside the wet well in a dry chamber. This design provides easier access for maintenance but requires more space.

Maintenance and Monitoring

Regular Inspection: Lift stations require regular inspections to ensure pumps, controls, and valves are functioning properly.

Preventive Maintenance: Routine maintenance, including pump cleaning, replacement of worn parts, and testing of alarms, helps prevent unexpected failures.

Emergency Response: Lift stations are equipped with alarms that notify operators of issues like pump failures or high water levels. Swift response is crucial to prevent overflows.

Wastewater lift stations are essential elements of wastewater management systems, ensuring the efficient transport of sewage to treatment facilities. Proper design, maintenance, and monitoring are essential to ensure the reliable operation of lift stations and prevent sewage backups or environmental contamination.