Draw a box around a lift station in a civil plan and it’s simple to consider it as an independent piece of equipment.
In reality, water arrives from somewhere, passes through the station, then flows to a different location. It also relies on the structural components as well as power, control systems, and access to the site.
One aspect that could be useful for project teams looking to find the best lift station designer is whether they take into account the interfaces, and not only what happens inside the station.
Image credit: romtecutilities.com
Begin Upstream of the Wet Well
Take a residential project that is being built as an example. Wastewater flows through the system of collection to the lift station. The elevation of the station and the inbound flow conditions affect what the station can handle.
Once the water is flowing into the well, another set of engineering decisions are made. Pumps, piping and valves as well as structural components, controls, and even auxiliary equipment should be appropriate to the specific application.
Romtec Utilities engineers wastewater systems specifically for individual locations, which include municipal, commercial, industrial and development.
This is because the specific project method can be important because changes to the process upstream can alter the requirements of the pumping system to do.
Be sure to follow the water past the pumps
The issue does not stop once the liquid has left the well. The pumping system is required to move the liquid against the hydraulic conditions in the downstream system. The pump’s configuration and flow requirements are influenced by the required head and flow conditions.
That connection is particularly important when evaluating the best wastewater designers. The specifications of a pump can be impressive, but their performance must be rational within the entire hydraulic system.
Romtec Utilities is able to develop all the components that comprise an entire pumping plant. This includes the structure and mechanical components, as well as the electronic and the communication in a complete package. This assists in coordinating the equipment needed for the project.
Stormwater is a network that is its own
Stormwater is a unique infrastructure problem. Runoff can enter an infrastructure system for collection through well-developed surfaces, before moving to treatment, detention, or drainage infrastructure. If pumping is needed, the station can be considered a key element within the larger stormwater strategy.
For those who are looking for the top design of a stromwater system It is important to consider whether site conditions, head requirements, flow rates as well as environmental aspects and the plan for stormwater are evaluated together.
Romtec Utilities supplies customized stormwater pumping systems for residential, commercial industrial, and municipal projects rather than relying solely on one configuration for each application.
Coordination Extends Above Ground Too
Not all interfaces require pipe. Electrical services must be able to support the equipment. Control and communication systems must be modified to suit the needs of the project. Contractors must have plans and documentation. Installation, startup and even service might require access to a physical location.
These connections can be made between several disciplines and project stakeholders, which makes the documentation of systems clear and concise. Romtec Utilities provides complete plan sets as well as associated documentation for projects and also supports its systems by assisting with startup, testing, and commissioning.
See Beyond the Station Boundary
If the external connections of a lift aren’t taken into consideration, a properly-designed lift station might remain a component of a poorly coordinated project.
The water is an excellent design reference. Where does it originate? In what conditions does it arrive at the station? What happens while it is there? Where will it end up? What infrastructure allows the entire process to function?
Answering those questions turns lifting station design from an exercise in equipment to an engineering project for infrastructure.
