On a plan for civil engineering create a box on the plan to show the location of a lift station. It’s then simple to imagine it as an individual piece of equipment.
In reality, water arrives from somewhere, passes through the station and flows to a different location. The facility also depends on electricity, controls, site access structural components, as well as connections to surrounding infrastructure.
When searching for the most effective designers of lift stations, it is important to inquire whether the engineers take into account those interfaces as well as what happens at the station.
Image credit: romtecutilities.com
Begin upstream of the Wet Well
Consider a new development of residential homes as an example. The wastewater flows through the collection systems to the lift station. The elevation of the station and the inbound flow conditions determine the amount of waste the station can manage.
When wastewater is able to reach the level of a well that is wet then a new set of decisions in engineering is made. Pipes and pumps, valves and controls elements, and possibly auxiliary components must suit the purpose.
Romtec Utilities engineers wastewater systems specifically for individual sites, such as municipal, commercial, industrial, and development applications.
The specific approach for the project is vital because what happens downstream can change the goals of the pumping station.
Keep an eye on the water that is beyond the pumps
The engineering problem does not end when the liquid leaves the wetwell. The pumping systems have to be able to push the liquid to meet the hydraulic conditions of the downstream systems. Required flow and head conditions determine the choice of pump and station configuration.
That connection is particularly important when evaluating the best wastewater designers. Pumps may boast amazing specifications on its own but its performance requires to be able to function within the complete hydraulic system.
Romtec Utilities is able to design all the elements that comprise the pumping plant, which includes the structure, the mechanical, the electronic and the communication as a unit. This allows us to coordinate the equipment for the project.
Stormwater is a network that is its own
Stormwater is an unique infrastructure puzzle. The runoff could enter a collection system from a developed surface and later move through treatment, detention, drainage or even flood-management infrastructure. The station serves as a link in the larger stormwater plan in the event that pumping is required.
It is vital for those looking for the most effective design of stromwater to look at the specific conditions on the site, the flow rates, the head requirements, the environmental considerations and the stormwater plans in general.
Romtec Utilities provides customized stormwater pumping solutions for residential and commercial projects.
Coordination Extends Above Ground Too
Some interfaces do not require piping. Electrical service needs to be supported by the equipment. Control and communication systems need to be adapted to project requirements. Contractors must have appropriate plans and documentation. Access to the physical location may be required for startup, installation, and then later for service.
These connections could involve multiple disciplines and project stakeholders, which makes an organized system documentation especially valuable. Romtec Utilities provides complete plan sets, as well as project documentation and supports its systems through the process of startup, testing, and commissioning.
Explore Beyond the Station Boundary
If the connections to external components of a lift aren’t properly thought of, a well-engineered lift station could still be a part of the project is not properly coordinated.
A better design perspective takes into account the water. Where did it come from? How does it get to the station? What will happen once it’s there? Where does it go afterward? What infrastructure supports the entire process?
If you can answer these questions, lift station design becomes more than a piece of equipment. It’s now component of infrastructure engineering.