Overview
Sid Copeland Water Treatment Plant High Zone/Mid Zone Pump Station in Louisville, Colorado, is a distribution pump station serving the local water supply network. It operates under state and federal water regulations.
The Sid Copeland Water Treatment Plant High Zone/Mid Zone Pump Station is a distribution pump station located at 1955 Washington Ave, Louisville, Colorado. It serves as a critical component of the municipal water supply system, ensuring adequate pressure and flow to higher elevation zones within the distribution network. This facility operates under the regulatory framework of the Colorado Department of Public Health and Environment and the Safe Drinking Water Act. Distribution pump stations like this one typically use electric motor-driven centrifugal pumps to maintain water pressure and meet peak demand. The station's design includes redundancy features to ensure continuous service. The pump station supports the Louisville community by providing reliable water distribution for residential, commercial, and fire protection needs. Its role in maintaining system pressure is essential for public health and safety, particularly during high-demand periods or emergencies.
Environmental context
The pump station operates within the semi-arid climate of Colorado's Front Range, where water conservation and efficient distribution are critical. The facility's location in a growing suburban area underscores the importance of maintaining infrastructure to support population growth while minimizing water loss. Redundancy in pumping capacity helps mitigate risks from equipment failure or power outages, ensuring continuous service to the community.
Frequently asked questions
The pump station is located at 1955 Washington Ave, Louisville, Colorado, USA.
It serves as a distribution pump station that maintains water pressure and flow to high and mid elevation zones in Louisville's water supply system.
The facility is regulated by the Colorado Department of Public Health and Environment and must comply with the Safe Drinking Water Act.
They typically include electric centrifugal pumps, backup power generators, and telemetry systems for remote monitoring to ensure reliable water distribution.
Redundancy ensures continuous water service during equipment failures or power outages, which is critical for public health, fire protection, and daily consumption.
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