On paper, the idea of a pumping project may seem simple: water is required to be pumped from one area to another. However, there are many factors which can influence the distance between two locations, which include elevation, flow rate, solids, pressure, storage capacity and maintenance access.
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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. The preliminary designs and budgetary data are then developed based on what the project will actually require.
Start With One Question What are we doing?
The solution immediately alters the process of engineering.
Domestic sewage may contain solids and experience significant variations in flow. The wastewater lift station is necessary in the event that gravity conveyance fails or is not working. Engineers have to be aware of the following factors: expected inflow the condition of the pump, its peak, capability, wet well behavior as well as the way in which equipment is operated and maintained.
Many challenges can be encountered by industrial water. Fluids that are oily, caustic or have high temperatures or pressures could be required by a processing or manufacturing facility. Romtec Utilities designs industrial systems for applications ranging from power generation and food processing to data centers as well as pharmaceutical waste and oil and gas facilities.
Rainfall is a completely different operating system
Stormwater systems are usually inactive for long periods of time but then suddenly they face a large volume during an event.
For instance, a stormwater lift station that is associated with a detention basin must be compatible with the overall drainage plan for the site. The runoff is absorbed by the detention basin. The temporary storage system manages immediately the volume and the pumping system transports the water collected to a designated discharge point.
Romtec Utilities provided this solution to help develop an Norco business park in California. The plan called for a pumping station to empty a detention system into the public stormwater drainage system. The station therefore had to be constructed as part of the development’s drainage infrastructure instead of being viewed as an isolated piece of equipment.
The word “package” doesn’t have to mean off-the-shelf
A lot of people think that a system for pumping packages is merely a predetermined set of components.
In the case of engineering infrastructure, packaging could mean that the entire system of components are coordinated into one system. Pumps and valves can be selected based on their job needs.
It’s especially helpful to connect a new system to an existing infrastructure. Industrial plants and municipal facilities don’t always offer a large amount of space for installation or clean conditions. The equipment could need to be modified in accordance with existing piping systems, structures electric system, as well as operating schedules.
The Real Costs of Capacity Planning
It is especially costly when facilities grow.
At Portland International Airport, Romtec Utilities created and installed the sewer interceptor station for the PDX Next expansion. The new station needed be constructed to provide twice the capacity at peak flow when the airport was expanded.
This example illustrates a key engineering principle: Design conditions are not limited by the limitations of what a building can cope with on an average afternoon. Engineers should be aware of the conditions that occur during peak demand.
The Work isn’t Complete until the Equipment Shows Up
Drawings and calculations will eventually turn into an operating system. Coordination of installation and documentation are crucial to the long-term success of.
A properly designed pumping system is ultimately determined by what happens in the years following construction. The decisions made during the initial design are clearly visible whenever equipment needs maintenance and flows increase, or a storm hits.
Romtec Utilities integrates these decisions into a solution for pumping that is tailored to the project. This can help transform individual equipment into an infrastructure built to handle the environment they face.