The performance of a lift station is defined long before it’s a concrete structure containing pumps, piping and valves. The design of the final lift station is influenced by many factors which include flows calculations, elevations on the site, system pressures and wastewater characteristics, peak situations maintenance access, control systems and future capacities.
When you are comparing lift station design firms for a particular project it’s not about who will specify the pumps. The main issue isn’t who can specify pumps however, but who is able to translate the operating requirements and site conditions into a system that’s practical to construct and operate as well as maintain.
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Gravity is not without limits
Gravity is by far the most efficient way to move wastewater. However the development patterns and terrain aren’t always in favor of this method. The new residential, commercial and industrial areas are usually too low or too distant from the existing gravity sewer infrastructure.
The lift station is the system that moves the wastewater to the next location for collection. It is essential to think about both the operational conditions of normal operation and those that are less suitable, such as high inflows, maintenance of the pump, equipment breakdown, or an increase in demand for the future.
Companies considered among the best wastewater designers should therefore evaluate the entire conveyance problem rather than treating the station as an isolated piece of equipment.
Existing Infrastructure Makes the Puzzle more difficult
Construction isn’t always the only issue. Many municipalities need to modernize or replace their old facilities in order to keep the vital wastewater infrastructure in good working order.
Existing infrastructure, such as wet wells and force mains, control systems, site boundaries, and downstream infrastructure, could limit the design. Engineers must decide which elements are recyclable or replaced, as well as what is required to replace them as well as how the new components can be integrated into the current system.
Romtec Utilities works across municipal, private, commercial industrial, retrofit and replacement programs, allowing pumps to be designed in accordance with the specific needs of the owner and operation of each project.
Stormwater is governed by a variety of rules
The most effective stormwater system design should utilize the search terms to solve a different hydrologic problem. Stormwater systems can undergo dramatic changes in volume based on the amount of rainfall, drainage capacity and discharge rates that are allowed.
A facility that serves a detention basin, as an example one, might need to store the runoff for a short time and then pump it out at a set rate. Engineers should take into consideration the head and flow conditions, environmental demands and objectives for flood management, as well as the particulars of the drainage system for receiving.
Prefabrication may move work from the worksite
The complexity of field assembly may cause problems with scheduling, errors in installation, change orders, and even delays. Romtec Utilities performs significant prefabrication of equipment prior to installation on the project site is constructed.
In a controlled area in a controlled setting, working on more assembly and quality-control may reduce the amount of construction in the field. Based on the Romtec project approach, certain construction projects which would normally take weeks could be completed in a matter of days, depending on the situation of the project.
A commitment to the success of engineering includes commissioning
A station isn’t a guarantee simply because each component is installed. Romtec Utilities offers installation advisors to assist in construction which includes startup and control panel inspections pumps, operation testing and employee training. The documentation also provides operators with information that they can refer to when maintaining the system or considering future expansion.
This final stage is important for owners who are searching for the top lift station designers. The result of good engineering should be more than a set acceptable sketches. The owner should have a fully functional system, trained staff, efficient documentation and equipment designed for the conditions that the station is likely to encounter in its day-to-day operations.
