If you draw an outline around the lift station in the form of a map that is civil it is easy to imagine it as a piece self-contained equipment.
The water comes in from somewhere, runs through the station, then goes to a different location. The facility is also dependent on electricity, controls access to sites structural components, as well as connections to infrastructure.
Image credit: romtecutilities.com
For project teams searching for the best lift station designers, one useful question is whether the engineering considers those interfaces not merely what happens inside the station.
Start upstream from the Wet Well
Think about a development for residential use. Wastewater moves through the collection system to the lift station. The incoming flow conditions and elevations on the site determine what the station will be required to handle.
Once wastewater reaches wet wells the next set of decisions begin. Pumps and piping, valves and controls, the structural elements, and even additional components must be appropriate for the purpose.
Romtec Utilities designs wastewater systems for commercial, municipal, and industrial sites as as applications for development.
The project-specific approach is important because altering what happens downstream can alter what the pumping facility requires to do.
Be sure to follow the water past the pumps
The engineering problem does not end when the liquid leaves the wetwell. The pumping system needs to move the liquid in accordance with the hydraulic conditions in the downstream system. Station design and pump selection is therefore influenced by the necessary flow rate and head pressure.
This connection is essential in assessing the best wastewater designers. It’s not sufficient for a pump’s impressive specifications on its own. It must also perform well within the hydraulic system.
Romtec Utilities is able to develop all the components of the pumping plant, such as the structure, the mechanical, the electrical and communication as a unit. This allows us to coordinate the equipment required for the project.
Stormwater is a system that is its own
Stormwater infrastructure differs. Runoff may enter the collection system via developed surfaces and move on to treatment, detention, or drainage infrastructure. The station is a link to the overall stormwater strategy when pumping is required.
When organizations are looking for the most efficient stormwater system designers to consider, they must take into account site conditions, flow rate required for head requirements, and environmental aspects together.
Romtec Utilities supplies customized stormwater pumping systems for commercial, residential industrial, municipal, and residential projects rather than relying solely on one configuration for each application.
Coordination Extends Above Ground Too
Not all interfaces require pipes. Electrical power must be connected to the equipment. Control and communication systems must be adjusted to the specific requirements of the project. Contractors need plans and documents. For installation, startup and later services, physical access might be required.
These connections can be made between several disciplines and project participants, making the documentation of systems clear and concise. Romtec Utilities offers complete plans and project documents. It will also assist the systems from startup through testing and commissioning.
Explore Beyond the Station Boundary
Even if a lift station is built correctly, it may still be part of an uncoordinated plan if the external connections aren’t correctly considered.
The water can be a great design guide. Where did it come from? What requirements must it satisfy in order to get there? What will happen once it’s there? Where does it go afterward? What infrastructure will support the entire process?
These answers change the concept of lift stations from a basic equipment exercise to a complicated infrastructure plan.