A sewer lift station is a crucial part of sewage treatment infrastructure. They pump wastewater uphill from a low-lying area to higher ground, where you can transport it to a centralized sewer system. Polymer concrete lift stations last a long time. This post has told you about the sewer lift station.
Polymer Concrete Sewer Lift Stations
Polymer concrete lift stations are a new construction technology with much to offer wastewater treatment plant owners. Depending on site conditions and requirements, the system features a wet well, a control building, and discharge piping in an above-grade or below-grade vault.
The lift station may also contain other auxiliary devices such as a water pump, valves, a pumping chamber, and a backflow preventer. You must consider the design and construction of these devices to ensure that they are properly sized, installed, and maintained over the long haul.
The most impressive lift station includes all the latest technologies, including a state-of-the-art odour control system. The most important thing to remember is that a lift station is only as good as the design and implementation of its components. This requires a qualified team of engineers, architects, and other experts. The result is a high-performance, efficient wastewater management system.
Polymer Concrete Pump Stations
Precast polymer concrete pump foundations are a proven installation technology that has improved plant reliability for years. They offer numerous advantages over traditional fabricated steel foundations, including increased corrosion resistance in aggressive environments, fewer installation steps and a more cost-effective total installed cost. They also can drastically reduce the time it takes to install ANSI pumps. Typically, craft person hours are reduced by 70 to 80%.
Why use polymer concrete in sewer lift stations?
Polymer concrete pipes are a great alternative to traditional cement-based sewer lines. They are a high-strength material that’s also very corrosion-resistant.
They don’t have a cement binder but use thermoplastic polymers mixed with mineral aggregates. This is done by pouring the mixture into a mould and then curing it.
Another benefit of polymer concrete is that you can rehabilitate it many times. This is especially beneficial for wastewater structures, which often suffer from acid-based microbial corrosion.
A study comparing the cost of polymer and cement-based pipe replacements found that polymer concrete is two and a half times cheaper than a typical sewage system. Moreover, this material offers many other benefits, making it an excellent choice for various applications. For example, it’s highly durable and withstands many types of chemicals in sewage. It’s also extremely resistant to jacking forces and ground pressure.
We hope we guided you well to the sewer lift station. A sewer lift station is a great way to ensure your home’s sewage system runs properly. By understanding how a sewer lift station works and knowing what to do if there is a problem, you can save yourself time, money, and hassle.
Damage to sewer systems from corrosion is a common and costly problem. Polymer concrete sewer lift stations are an ideal solution because they offer superior corrosion resistance. They are also lightweight and easy to install, which reduces installation costs. Consider replacing your outdated lift station or installing a new one. In that case, polymer concrete should be your material of choice.