On a civil plan, draw a box to indicate 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 facility is also dependent on electricity, controls access to the site structural elements, as well as connections to the infrastructure around it.
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 of the Wet Well
Think about a development for residential use. The wastewater is pumped through the collection system to the lift station. The flow conditions that enter the system and elevations at the site will help establish the amount of waste that the station is required to handle.
Once the wastewater has reached wet wells and another set of engineering decisions are taken. Pumps, pipes, valves control, structural parts, and potentially auxiliary equipment have to suit the needs of the project.
Romtec Utilities engineers wastewater systems specifically designed for specific locations, which include industrial, commercial, municipal, and development applications.
The specific approach to a project is important since changing the process upstream could alter what the pumping facility must accomplish.
Keep an eye on the water that is beyond the pumps
The engineering problem doesn’t end once the liquid is removed from the well. The pumping system is required to move the liquid to meet the hydraulic conditions of the downstream system. The design and selection of the station is therefore influenced by the requirements for flow and head.
This is especially important when evaluating the best wastewater designers. It’s not sufficient for a machine to have impressive specifications on its own. It also has to perform efficiently within the hydraulic system.
Romtec Utilities has the ability to design the structural elements as well as mechanical and electrical components, as well as the communication systems of a pumping station as a whole package. This enables the system to be in sync with the requirements established for the particular project.
Stormwater is a unique network of Connections
Stormwater infrastructure differs. Runoff can flow into an infrastructure system for collection through well-developed surfaces, and then travel to treatment, detention, or drainage infrastructure. Where pumping is required, the station becomes a single link within the larger stormwater strategy.
If organizations are trying to find the most effective stormwater system engineers it is important to evaluate the condition of the site, the flow rate required for head requirements, and environmental aspects 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
Not all interfaces require pipes. Electrical service must be able to support the equipment. Control and communication equipment must fit project requirements. Contractors must have plans and documentation. Installation, startup, and service might require access to a physical location.
The documentation for the system is particularly beneficial because these connections might include multiple disciplines and participants. Romtec Utilities offers complete plans and project documentation. It can also support the systems from startup through testing and commissioning.
Look Beyond the Station Boundary
If the connections to external components of a lift aren’t thought of, a well-engineered lift station may still be a part of an uncoordinated project.
Water gives a different perspective on design. Where did it come from? What are the conditions under which it will arrive at the station? What happens once it’s there? What happens when it’s out? What infrastructure is in place to allow the whole process to function?
Answering those questions turns the design of a lift station from an equipment exercise into infrastructure engineering.