On a civil plan make a box identify an elevator station. It’s then simple to envision it as a distinct piece of equipment.

In actuality, water is brought in from somewhere, passes through the station, then goes on to another location. Access, power, control access to the site, structural components and connections to infrastructure surrounding are also important.

If you are looking for the top designers of lift stations, it is useful to ask whether engineers think about those interfaces and what happens inside the station.

Image credit: romtecutilities.com

Start upstream from the Wet Well

Imagine a home development. The wastewater flows through the collection system toward the lift station. The site elevation and incoming flow conditions help determine what the station is able to handle.

Once wastewater reaches the wet well, a new set of engineering decisions begins. Pumps, piping, valves, controls, structural components, and potentially additional equipment should be designed to fit the requirements.

Romtec Utilities is a wastewater system designer who designs systems to meet the particular needs of each location regardless of whether it is industrial, commercial or municipal.

That project-specific approach matters because the way that things are done upstream could affect what the pumping plant has to do.

Follow the Water Beyond the Pumps

The engineering problem doesn’t stop even after the liquid exits the wetwell. The pumping systems have to be able to push the liquid in accordance with the hydraulic requirements of downstream systems. Station design and pump selection will be influenced by needed flow and head requirements.

This connection is crucial when it comes to evaluating the top wastewater design. A pump could have amazing specifications on its own, but its performance needs to be able to function within the complete hydraulic system.

Romtec Utilities is able to develop all the components that make up a pumping plant, including the structure, the mechanical, the electrical and the communication, as a package. This assists in coordinating the equipment required for the project.

Stormwater has its own network of connections

Stormwater is an unique infrastructure puzzle. Runoff may enter a drainage system through a surface that has been developed and move on to treatment, detention or even flood-management infrastructure. The station is a link to the overall stormwater strategy where pumping is necessary.

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 supplies customized stormwater pumping systems for residential, commercial industrial, municipal, and residential projects, rather than relying on a single configuration for every project.

Coordination Extends Above Ground Too

Some interfaces do not require piping. Electrical service must support the equipment. Control and communication systems need to be adapted to project requirements. Contractors should be able to access the appropriate plans and documents. To install, start-up and later services, physical access may be required.

The documentation for the system is particularly useful because connections can be involving multiple disciplines and people. Romtec Utilities offers complete plans and project documentation. It will also assist the systems right from start-up through commissioning and testing.

Take a look beyond the station’s Boundary

If the external connections of a lift aren’t properly taken into consideration, a properly-designed lift station may still be part if a poorly coordinated project.

Water provides a better perspective on design. Where is its origin? Under what conditions does it get to the station? What is it expected to do there? Where does it go following? What infrastructure is needed to support the whole process?

The answers to these questions change the concept of lift stations from a simple equipment exercise into a complex infrastructure task.