A pumping project can appear simple on paper: water is introduced at one point and must be pumped to another. In reality the distance between those two points can involve changing flows, elevation changes, solids, pressure requirements, storage capacity, controls electrical equipment, access to maintenance, and restrictions on the site.
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For Romtec Utilities, designing a pump station begins by defining those operating conditions rather than selecting equipment from a standard catalog. Initial designs and budgetary details can be formulated based on the requirements of the requirements of the project are.
Ask yourself: Where is our next destination?
The technology is changed immediately.
There are significant variations in the rate of flow of wastewater that is used for domestic use. A wastewater lift facility must transport the wastewater in a reliable manner when gravity conveyance is unavailable or is insufficient. Engineers must therefore consider the expected flow, the conditions of peak and pumping capacities, wet well behaviour, discharge requirements as well as how the facility will be operated and maintained.
Industrial water presents different challenges. A processing or manufacturing facility may require moving high-temperature, caustic, oily or high-pressure fluids. Romtec Utilities designs systems for industrial applications ranging from food processing and power generation to databases, pharmaceutical waste, oil and gasoline facilities.
Rainfall is the cause of a totally different Operating Cycle
Stormwater systems can go unnoticed for long periods of time and then suddenly be required to handle large volumes during a major storm.
A stormwater pump station connected with a detention basin for instance, should work with the site’s larger drainage strategy. The runoff is absorbed by the basin for detention, and the temporary storage is responsible for immediately the volume and the pumping system moves the water collected to an approved discharge point.
Romtec Utilities supplied this type of solution for a company park located in Norco, California. The development required a pumping station to empty the detention system of the public stormwater drainage system. The station needed be constructed as a part of the drainage infrastructure rather than treated as isolated equipment.
“Package Doesn’t Mean “Off the shelf”
There is a widespread misconception that a pumping system for packages is just a collection of predetermined parts.
For engineered infrastructure, packaging could also mean coordinating the main components into a particular project-specific system. Valves and pumps are chosen based on their use requirements.
This approach is especially helpful when the system is required to be connected to an existing infrastructure. In industrial plants and municipal buildings, there’s rarely unlimited space available or a totally clean space for installation. There may be a need to adapt equipment around existing structures, pipes or electrical systems as well as schedules.
Capacity planning has real implications
The price of undersizing goes up when the facility grows.
Romtec Utilities, a Portland International Airport utility company, developed and built an sewer interceptor lift station to the PDX Next project. The station was developed to provide double the peak flow capacity of the previous system as the airport’s facilities grew.
This illustration illustrates an important engineering principle: Design specifications should not be limited to what a facility can manage on the typical afternoon. Engineers should also understand the impact of the times of peak demand.
The Work isn’t Done until the Equipment arrives
In the end, drawings and calculations need to be transformed into an operating system. Documentation and coordination of installation are essential to the success of the long term.
What happens after the building of a pumping device determines its value. The choices made during initial design are obvious as flows rise, major storms arrive, or maintenance is required.
Romtec Utilities brings these two decisions together to provide a complete pumping solution for a specific project. It helps turn equipment into infrastructure that is made specifically for the environment for which it is utilized.