Engineering Resilience In Water Supply: How Ozone-Based Oxidation Supports DC Water's Pure Water DC Vision

Securing a sustainable water future requires moving beyond traditional single-source reliance. As utilities face escalating risks from climate variability and infrastructure aging, the shift toward decentralized, resilient supply models—such as advanced water reuse—is becoming essential. Implementing these systems effectively demands a robust oxidation strategy capable of managing complex feedwater without introducing harmful residuals.

Ozone-based oxidation serves as a foundational barrier in modern reuse trains, offering a chemical-minimalist approach to destroying micropollutants and pathogens. By breaking down high-molecular-weight organic matter, ozone improves the efficiency of downstream processes like biologically active carbon and UV disinfection. This level of smart oxidation not only safeguards public health but also serves as a critical security strategy for urban centers. Integrating high-efficiency mass transfer and precise process control allows for source diversity and emergency preparedness. Explore the engineering principles behind these resilient treatment frameworks and see how advanced oxidation supports a secure, multi-source water future.