Wastewater Lift Station – Tips for Finding the Best One
Wastewater lift stations, also known as pumping stations, are used to move water, wastewater, or sewage from a low elevation to a higher elevation and allow it to be transported by gravity flow. The system contains pumps, valves, and electrical equipment that enables the movement of liquid.
The system is highly advantageous in comparison to other sewage collection solutions. Sewer pipes are located underground. Excavation for sewer pipes can lead to a considerable wastage of time and money. A wastewater lift station can help you save the excavation cost by enabling the movement of sewage to the wastewater treatment plan.
You can install a wastewater lift station at certain points in a gravity pipeline system to save on front-end construction costs while maintaining the efficiency go your wastewater collection system.
Choosing a wastewater lift station, Houston can be really confusing. You have a lot of options, and it is essential to look at few tips that can help you pick the best one. Let us discuss these tips in detail.
1. The type of wastewater
The type of wastewater should be considered before choosing a lift station. The efficiency of a wastewater lift station depends significantly on the functioning of its pump.
Not all pumps are capable of handling wastewater that contains feces solids and long fibers. Hence, if the wastewater contains such items, you need to choose a pump that can effectively elevate the liquid along with those items. The pump capacity should match the quality as well as the quality of the liquid being elevated.
2. Reservoir size
The reservoir size is the storage capacity of the lifting station tank and should be considered when choosing a wastewater lifting station. The size is usually measured in gallons. It should be determined based on the average flow with a filling time of half an hour between the firm capacity start and by-pass.
You need to choose a suitable size that will minimize turbulence. Also, you need to consider the location of the control points and the vertical distance between them. The number of pumps their size and location also affect the dimension of the lifting tank. The goal is to minimize the pump start and stops to reduce the energy usage in wastewater management.
3. Number of pumps required
The number of pumps required is an important consideration in choosing a wastewater lifting station. It depends on the overall capacity and achievable head of the pumping station. Energy consumption is an important criterion that should be considered when choosing the number of pumps for your lifting station.
4. Delivery piping size
It refers to the dimension of the outlet of the lift station. This depends on vertical lifting height plus the length of delivery piping required to the sewer.
5. Other factors to consider
A few other factors to consider when choosing a wastewater lift station Houston, are maximum flow rate and maximum pressure. Flow rate refers to the rate of liquid flow through the system.
The maximum flow rate is the highest speed of liquid flow that the system can handle. It is usually expressed in gallons per minute.
Maximum pressure, as the name suggests refers to the highest pressure that the lift station can handle, especially at the discharge piping.
These are a few different aspects that you must consider when choosing a wastewater lift station, Houston. Apart from these, you should also aim to reduce the environmental impact on the surrounding area. Also, choosing the best wastewater lift station will help you avoid overflow, flooding, and excessive release of odors.
However, your future requirements for wastewater disposal may change with time. Hence you also need to consider the possibility of future capacity and expansion needs.