On a Civil Plan make a box show a lift station. It’s easy to envision it as a distinct piece of equipment.
In actuality, water is brought in from somewhere, goes through the station and goes on to another location. Access, power, control access to the location, structural components and connections to infrastructure surrounding are also essential.
One aspect that could be helpful to project teams trying to identify the best lift station design is whether they take into account the interfaces, and not only what happens inside the station.
Image credit: romtecutilities.com
Begin to go upstream of the Wet Well
As an example, consider the possibility of a new residential development. The wastewater is transported through the system of collection 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.
As soon as wastewater reaches an un-dampened well the new set of decisions in engineering is made. Pumps, piping, valves controls, structural components, and potentially additional equipment should be designed to fit the application.
Romtec Utilities designs wastewater systems that are suitable for commercial, municipal and industrial sites, as well as development applications.
The approach to the project is crucial since what happens downstream could alter the objectives of the pumping station.
Be sure to follow the water beyond the pumps
The engineering issue doesn’t end when the liquid leaves the wetwell. The pumping system is required to move the liquid against the hydraulic conditions of the downstream system. The pump’s configuration and flow requirements are determined by required head and flow conditions.
That connection is particularly important when evaluating the best wastewater designers. It’s not enough for a machine to have impressive specs on its own. It should also perform in a way that is compatible with the hydraulic system.
Romtec Utilities is able to conceptualize all the parts which make up the pumping plant, which includes the structure and the mechanical, electrical and communication as a package. This allows us to coordinate the equipment for the project.
Stormwater is its own network of Connections
Stormwater infrastructure is different. Runoff can enter the collection system via developed surfaces, and then travel to treatment, detention, or drainage infrastructure. When pumping is required the station becomes a single link within a larger stormwater plan.
When companies are searching for the best stormwater system designers They should take into consideration the conditions of the site, flow rate required for head requirements, and environmental considerations together.
Romtec Utilities offers customized stormwater pumps for residential, industrial commercial, and municipal projects, instead of 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 communication systems must be modified to suit the needs of the project. Contractors need to have the proper plans and documents. Physical access may be needed for installation, startup, and later service.
This can be a complex project that has multiple participants and different disciplines, therefore a clear system document is necessary. Romtec Utilities offers complete plans and project documentation. It can also support the systems from initialization through testing and commissioning.
Take a look outside the station Boundary
A lift station could be properly designed as a stand-alone facility but still be an uncoordinated project if its external connections aren’t getting enough attention.
Water offers a greater perspective on design. Where did it come from? How do they get it to the station? What happens during its stay there? Where will it go? What infrastructure is required to allow the entire process to operate?
By answering these questions, you can transform lift station design from an exercise in equipment to an engineering project for infrastructure.