The USC Foundation for Cross-Connection Control and Hydraulic Research is an educational institution based in Los Angeles, California, specializing in research and training related to water system safety and hydraulic engineering. Located at 1150 S Olive St Suite 1700, the foundation focuses on advancing knowledge in cross-connection control, which plays a critical role in preventing contamination within potable water supplies. Its efforts support public health and infrastructure integrity by addressing complex issues in water distribution and system design.
This institution serves a broad audience including engineers, water utility professionals, and regulatory agencies, providing educational programs, workshops, and technical resources. The foundation’s work encompasses developing guidelines and methodologies that assist in the prevention of backflow and cross-connection hazards. By combining practical training with scientific research, it aims to enhance the competency of those involved in managing water safety and hydraulic systems.
In addition to its educational offerings, the foundation engages in ongoing research projects that contribute to the body of knowledge on hydraulic phenomena and water quality protection. Its role in disseminating critical information supports regulatory compliance and the implementation of best practices in water system management. As a specialized educational institution, it plays a vital role in fostering expertise that benefits public water utilities and the communities they serve throughout California and beyond.
Through its commitment to research and education, the USC Foundation for Cross-Connection Control and Hydraulic Research provides a valuable resource for professionals seeking to improve water safety and infrastructure reliability. Its presence in Los Angeles underscores the city’s role as a hub for technical advancement and public health initiatives related to water systems. The foundation remains a key contributor to the field of hydraulic research and water contamination prevention.


































