If you draw a circle around the lift station on an urban map it’s easy to see it as a piece self-contained equipment.
The water comes in from somewhere, runs through the station, then continues on to another location. The station also relies on power, controls access to site structural components, as well as connections to the infrastructure around it.
When looking for the best design of lift stations, it is important to inquire whether the engineers are considering these interfaces, as well as what happens in the station.
Image credit: romtecutilities.com
Begin upstream of the Wet Well
Take a look at a housing development. Wastewater flows through the collection system and eventually the lift station. The capacity of the station is determined by the inflow water flow and the elevation of site.
Once the wastewater has reached wet wells and another set of engineering decisions are taken. Pumps, pipes and valves and structural components, as well as controls, and even auxiliary equipment need to be designed for the application.
Romtec Utilities designs wastewater systems that are suitable for commercial, municipal and industrial sites, as well as applications for development.
This is because the particular project method can be important, as changes in what occurs upstream could change how the pumping system is required to do.
Keep an eye on the water that is beyond the pumps
The engineering issue doesn’t end after the liquid is removed from the wetwell. The pumping mechanism must move it against the hydraulic conditions of the downstream system. The design and selection of the station are therefore influenced by the required flow and head conditions.
This connection is essential when you are evaluating the most effective wastewater design firms. A pump could have impressive specifications by itself however its performance must to make sense within the entire hydraulic system.
Romtec Utilities can design the electrical, mechanical, structural and communication elements of a pumping station into an integrated unit, assisting to coordinate the equipment according to the requirements of the specific project.
Stormwater is a network that has its own connections
Stormwater infrastructure differs. The runoff could enter a collection system through a surface that has been developed and later move through treatment, detention, or even flood-management infrastructure. When pumping is required the station becomes one link within the larger stormwater strategy.
For organizations searching for the best stromwater system designers, it is worth examining whether site conditions, flow rates, head requirements, environmental considerations, and the surrounding stormwater plan are evaluated together.
Romtec Utilities offers customized stormwater pumps for residential, industrial commercial and municipal projects, rather than making use of a standard configuration.
Coordination Extends Above Ground Too
There are many interfaces that do not involve the use of piping. Electrical service needs to be supported by the equipment. Control and communications systems need to be adapted to the requirements of the project. Contractors must have the right plans and documentation. Installation, startup and even service could require physical access.
These connections may involve a variety of disciplines and project stakeholders, which makes an organized system documentation especially valuable. Romtec Utilities provides complete plan sets as well as associated documentation for projects and can support its systems during startup, testing, and commissioning.
Check Outside the Station Boundary
A lift station can be designed correctly as a separate facility, but still be an uncoordinated project if the external connections haven’t received enough attention.
Water gives a different perspective on design. Where does it originate? What conditions should it fulfill for it to be able to travel to the station? What should it do while there? Where will it end up? What infrastructure enables the entire process?
The answers to these questions transform the design of lift stations from a simple equipment exercise into a complex infrastructure plan.