The university converted a former golf course into a sports field facility. The water is supplied by the municipal water system. The dynamic pressure from the municipal system can be as low as 25 PSI. The sports field irrigation system requires 100 PSI. The booster pump station adds 75 PSI to the municipal water supply.
The university converted a former golf course into a sports field facility. The water is supplied by the municipal water system. The dynamic pressure from the municipal system can be as low as 25 PSI. The sports field irrigation system requires 100 PSI. The booster pump station adds 75 PSI to the municipal water supply.
Originally a design and build project for a water storage and distribution system. PPS worked with the general contractor and the civil engineer to create an integrated solution. The pump station is fed by on-grade storage tanks. The pump station pressurizes water for domestic usage and fire protection. The pump station control system also monitors tank levels and operates fill valves.
This project includes two identical suction lift pump stations that were engineered to replace previous pump stations that were requiring constant maintenance. Both of these replacement stations also needed to be totally enclosed for aesthetics and have the most compact footprint possible. They were craned in during install to avoid any damage to the existing trees and shrubbery.
This industrial processing station is a combination Booster and Water Transfer pump system that supplies water to a local water depot, and also transfers large volumes of water to several remote water depots. It was engineered to do several different jobs and have a single Control Panel that reports to their telemetry system. This system arrived almost entirely “Plug-n-Play” so that all the end user had to do was tie in the plumbing and electrical connections, program the desired Set-Points, and the control system did everything required with very little on-site calibration.
