Overview
CLARK PWS-CHLORINE BOOSTER STATION is a distribution pump station in Clark, Missouri, United States. It supports local water supply as part of the Public Water System infrastructure.
CLARK PWS-CHLORINE BOOSTER STATION is a distribution pump station located in Clark, Randolph County, Missouri, United States. The facility is part of the public water supply system, ensuring adequate water pressure and chlorine disinfection for the community. As a distribution pump station, it operates under the regulatory framework of the Missouri Department of Natural Resources and the U.S. Environmental Protection Agency's Safe Drinking Water Act. Typical facilities of this type include pumps, chlorination equipment, and storage to maintain water quality and pressure in the distribution network. The station plays a critical role in delivering potable water to Clark and surrounding areas. Its operational status ensures continuous service, supporting public health and fire protection needs. The facility's location in a rural setting underscores its importance for community water reliability.
Environmental context
The facility operates within the context of Missouri's water supply regulations, which mandate disinfection and pressure maintenance. As a chlorine booster station, it helps prevent microbial contamination in the distribution system. The local environment, characterized by agricultural land use, requires careful management of water resources to ensure safe drinking water. Redundancy and regular maintenance are key to mitigating risks associated with aging infrastructure.
Frequently asked questions
CLARK PWS-CHLORINE BOOSTER STATION is located in Clark, Randolph County, Missouri, United States.
A chlorine booster station maintains chlorine residual levels in the water distribution system to ensure disinfection and prevent microbial growth.
Public water systems in Missouri are regulated by the Missouri Department of Natural Resources and the U.S. Environmental Protection Agency under the Safe Drinking Water Act.
Common risks include equipment failure, power outages, aging infrastructure, and loss of chlorine residual, which can compromise water quality.
Distribution pump stations maintain adequate water pressure and flow for fire hydrants, ensuring firefighting capabilities in the community.
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