This project marks a critical upgrade to the life-safety and operational infrastructure of NASA’s Stennis Space Center. As the Design-Build lead, ADVON was tasked with modernizing the center’s primary water supply system, transitioning from legacy artesian wells to a high-performance pumped extraction network.

Strategic Infrastructure Modernization: To ensure a consistent and reliable water supply for the nation’s largest rocket engine test complex, ADVON executed the full replacement of Wells 4, 5, 6, and 7. The scope of this design-build mission focused on long-term sustainability and system pressure optimization:

• Advanced Extraction: Construction of four new wells equipped with precision-engineered vertical turbine pumps, sized to meet the rigorous demands of the facility’s daily operations and emergency requirements.
• Storage Reconfiguration: A complex technical overhaul of Water Towers 1, 2, 3, and 4, reconfiguring their integration to optimize flow and storage capacity across the center’s grid.
• Potable & Fire System Expansion: Installation of 350 linear feet of high-durability piping, reinforcing both the potable water supply and the mission-critical fire suppression systems.

The Design-Build Advantage: By serving as the sole point of responsibility for both design and construction, ADVON streamlined the delivery of this essential utility project. Our team ensured that the transition from artesian flow to mechanical pumping was seamless, maintaining uninterrupted service to Stennis’s world-class testing stands.

This project underscores ADVON’s expertise in complex civil and mechanical engineering, providing the literal “lifeline” infrastructure that supports the future of deep-space propulsion.