Draw a box around the lift station on a civil plane and it’s simple to imagine it as an independent piece of equipment.
Water arrives somewhere, flows through the station before it goes to a different location. Access to power, control access to the location, structural components and connections with surrounding infrastructure are also important.
Project teams looking for the most effective lift station designers, one useful question is whether the engineering considers those interfaces not merely what happens within the station.
Image credit: romtecutilities.com
Begin Upstream of the Wet Well
For an example, think of a brand new residential building. The waste water moves through the collection systems towards the lift station. The station’s capacity is determined by the flow stream and the elevation of site.
As soon as wastewater reaches an untreated well then a new set of decisions in engineering is taken. Pumps, valves, and piping structures, controls, and even auxiliary equipment have to be suitable for the application.
Romtec Utilities designs wastewater systems that are suitable for commercial, municipal and industrial sites as as development applications.
This project-specific approach is crucial because changing what happens upstream can affect what the pumping plant has to do.
Continue to follow the water well beyond the pumps
The engineering challenge doesn’t stop once the liquid is removed from the well. The pumping mechanism must move it to meet the hydraulic conditions of the downstream system. The design and selection of the station will be influenced by required flow and head conditions.
This connection is especially important when you are evaluating the top wastewater designers. It is not enough for a pump to have impressive specifications on its own. It also has to perform efficiently within the hydraulic system.
Romtec Utilities is able to create all the components that comprise an entire pumping plant. This includes the structure and mechanical components, as well as the electrical, and the communications as a whole. This assists in coordinating all the components of the project.
Stormwater is a system that is its own
Stormwater is an intricate infrastructure puzzle. Runoff from developed surfaces may enter an infrastructure for collection and then pass through detention, drainage or flood control. In the event that pumping is necessary, the station becomes one link within a larger stormwater plan.
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 provides customized stormwater pumping systems for residential as well as commercial projects.
Coordination Extends Above Ground Too
Not every interface involves piping. Electrical service has to support the equipment. Control and communication equipment must be compatible with the specifications of the project. Contractors should be able to access the appropriate plans and documents. Physical access might be required to install, start-up, as well as later service.
These connections may involve a variety of disciplines as well as project participants, making the documentation of systems clear and concise. Romtec Utilities can provide complete project plans and documents, along with support for its systems during beginning, testing and commissioning.
Explore Beyond the Station Boundary
A lift station may be properly designed as an individual facility and still be part of a poorly-coordinated project if its external connections weren’t given sufficient attention.
Water gives a different perspective on design. Where does it originate? What conditions do it have to pass through to arrive at the station? What do it need to do once there? Where will it end up? What infrastructure enables the entire process?
By answering these questions, the design of a lift station is more than a simple piece of equipment. It is now a element of infrastructure engineering.