On a civil layout, draw a box to show the location of a lift station. It’s easy to imagine it as an independent piece of equipment.

The water is actually pumped from somewhere and sent to the station. The station is also dependent on power, controls access to sites structural elements, as well as connections to the infrastructure around it.

If you are looking for the top creators of lift stations it’s helpful to inquire whether the engineers are considering these interfaces, as well as what happens inside the station.

Image credit: romtecutilities.com

Commence upstream from the Wet Well

For an example, take the possibility of a new residential development. The wastewater moves from the collection system to the lift station. The elevation of the site and the incoming flow conditions determine the amount of waste the station is able to handle.

When wastewater is able to reach an untreated well then a new set of engineering decisions is made. Pumps, valves, and piping structures, controls, and even auxiliary equipment must be suited to the specific application.

Romtec Utilities engineers wastewater systems specifically designed for specific locations, which include industrial, commercial, municipal and development.

This project-specific approach is crucial because changing what happens upstream can alter the goals that the pumping facility needs to accomplish.

Be sure to follow the water past the pumps

The engineering problem doesn’t end once the liquid is removed from the well. The pumping system must move the liquid to meet the hydraulic conditions of the downstream system. Pump selection and station design are influenced by required flow and head conditions.

This connection is essential when you are evaluating the most effective wastewater design. It’s not enough for a pump to have impressive specifications on its own. It has to also function efficiently within the hydraulic system.

Romtec Utilities has the ability to design the structural elements, mechanical components, electrical components, as well the communication systems of pumping station as a whole package. This enables the equipment to be in sync with the requirements established for the particular project.

Stormwater has its own network of connections

Stormwater infrastructure is different. The runoff from the surface that is developed can become an infrastructure source for collection before passing through detention, drainage or flood control. If pumping is needed, the station becomes one link to the overall 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, municipal and residential projects, as opposed to making use of a standard configuration.

Coordination Extends Above Ground Too

Some interfaces do not require piping. Electrical service must support the equipment. Control and communications systems have to be tailored to the project. Contractors require plans and documentation. Access to physical facilities may be required for installation, startup as well as later service.

This is a difficult project with multiple participants and different disciplines, therefore having a clear and concise system document is necessary. Romtec Utilities provides complete plan sets and associated project documentation and also supports its systems by assisting with starting, testing and commissioning.

See Beyond the Station Boundary

Even even if a lift station has been constructed correctly, it could still be part of a non-coordinated project when the external connections are not correctly dealt with.

A more logical design approach will follow the water. Where does it originate? How do they get it to the station? What will happen once it’s there? Where will it go afterward? What infrastructure allows the entire process to take place?

The answers to these questions change the concept of lift stations from an easy equipment exercise to a complicated infrastructure design.