Overview
A. K. Warren Water Resource Facility is an operational water treatment plant in California, United States, serving the local community with water treatment services.
A. K. Warren Water Resource Facility is a water treatment plant located in California, United States. It operates under the regulatory framework of the Safe Drinking Water Act (SDWA) and EPA standards, ensuring safe drinking water for the population it serves. The facility is classified as a water treatment plant, focusing on treating water to meet quality standards. The facility's technical specifications are not detailed in available data, but typical water treatment plants in California employ processes such as coagulation, filtration, and disinfection to comply with EPA primary and secondary standards. The plant likely serves a significant population given its location in a populous state. As part of California's water infrastructure, this facility plays a critical role in providing reliable water supply to the region. Its operational status ensures continued service, supporting public health and environmental sustainability. The plant's location near Los Angeles highlights its importance in a water-scarce region.
Environmental context
The facility operates in a region with significant water scarcity, relying on both surface and groundwater sources. Treatment processes are essential to ensure water quality and safety, addressing contaminants and meeting regulatory standards. The plant's operations support local water resilience and public health.
Frequently asked questions
A. K. Warren Water Resource Facility is located in California, United States, at coordinates 33.800717, -118.284301.
It is a water treatment plant that treats water to meet drinking water standards, serving the local community in California.
The facility is operational, actively providing water treatment services.
As a US water treatment plant, it operates under the Safe Drinking Water Act (SDWA) and must comply with EPA primary and secondary drinking water standards.
It plays a key role in treating water for safe consumption, supporting public health and water resilience in a region facing water scarcity.