Draw a box around a lift station on a civil plan and it’s simple to think of it as a fully-functional piece of equipment.

In actuality, water is brought in from somewhere, goes through the station, and continues somewhere else. It also relies on structural components, power, controls and access to the site.

A question that is useful to project teams trying to find the best lift station design is whether they take into account the interfaces, and not only what happens inside the station.

Image credit: romtecutilities.com

Begin to go upstream of the Wet Well

Take a look at a housing development. Wastewater is pumped through the collection system toward the lift station. The capacity of the station is determined by incoming water flow and the elevation of site.

When wastewater is able to reach an un-dampened well, a new set of engineering decisions is taken. The piping and pumps, the valves and controls, the structural elements, and even any other elements must fit the requirements.

Romtec Utilities engineers wastewater systems specifically designed for specific sites, such as municipal, commercial, industrial, and development applications.

This is because the project-specific procedure can be crucial since changes in what occurs upstream could change what the pumping system needs to accomplish.

Keep an eye on the water beyond the Pumps

The engineering issue doesn’t end after the liquid is removed from the wetwell. The pumping system must be able to push the liquid to meet the hydraulic requirements of downstream systems. The pump configuration and flow requirements are influenced by flow and head requirements. conditions.

That connection is particularly important when it comes to evaluating the top wastewater designers. The specs of a pump can be amazing, but their performance must be logical within the entire hydraulic system.

Romtec Utilities has the ability to design the structural elements, mechanical components, electrical components, as well as the communications systems for pumping station in a comprehensive package. This allows the system to be synchronized to meet the specifications of the particular project.

Stormwater has its own network of connections

Stormwater is a unique infrastructure challenge. Runoff from paved surfaces can become an infrastructure source for collection before passing through detention, drainage or flood control. Stations that require pumping are part of a wider stormwater management 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, instead of having a standard setup.

Coordination Extends Above Ground Too

Some interfaces don’t require the use of piping. Electrical service is required to power equipment. Communication and control systems must be adapted to project requirements. Contractors need plans and documents. Installation, startup, and service may require physical access.

This is a difficult project that has multiple participants and different disciplines, which is why an organized system documentation is crucial. Romtec Utilities can provide complete project plans and documentation, along with support for its systems during beginning, testing and commissioning.

View Outside the Station Boundary

Even the lift station is designed correctly, it can still be part of a non-coordinated project when the external connections aren’t properly addressed.

The water is an excellent design reference. What is its source? What conditions must it meet to reach the station? What happens during its stay there? What happens after it leaves? What infrastructure allows the whole process to take place?

Answering those questions turns lifting station design from an exercise in equipment into a process of infrastructure engineering.