Active Treatment Systens Explained: Treating Stormwater & Monitoring Compliance

Traditional methods often struggle with fluctuating contaminants in stormwater runoff. This presentation introduces you to Active Treatment Systems (ATS) – a powerful solution for achieving clean water discharge.

ATS go beyond traditional methods, employing real-time monitoring, flocculation chemistry, pH adjustment, and pressurized sand filtration for a customized and adaptable approach. Imagine a system that adjusts automatically, ensuring strict environmental regulations are met with minimal oversight.

Join us to explore how ATS can revolutionize your stormwater management program, safeguarding our waterways for a sustainable future.

Full Abstract: Traditional stormwater management relies on source control methods to prevent pollutants from entering runoff. However, in cases where these methods fall short, especially when dealing with fluctuating turbidity and other contaminants, alternative solutions are needed. This presentation focuses on Active Treatment Systems (ATS) – a powerful technology designed to address these challenges.
ATS come into play when existing Best Management Practices (BMPs) are unable to meet stringent environmental regulations. These systems typically employ a combination of technologies, including:
• Monitoring and Automation: Real-time monitoring allows for continuous assessment of water quality parameters and ensures optimal system operation.
• Flocculation Chemistry: By adding specific chemicals, suspended particles in the water clump together (coagulate) into larger flocs, making them easier to remove.
• pH Adjustment: Adjusting the water's pH can optimize the efficiency of the coagulation process.
• Pressurized Sand Filtration: The final stage utilizes a pressurized sand and gravel filter to remove the coagulated particles from the water stream, resulting in a significant reduction in turbidity and Total Suspended Solids (TSS).
The beauty of ATS lies in their adaptability. The system's design and engineering can be customized to address the specific needs of each site. Additionally, real-time monitoring allows for complete automation and data-driven adjustments to adapt to fluctuations in incoming stormwater characteristics. Imagine a system that can diagnose potential problems and adjust its treatment approach automatically!
This presentation delves into the technical details of ATS operation, highlighting its customizable approach to contaminant removal. We'll explore how this technology safeguards our waterways from harmful pollutants while requiring minimal on-site labor or oversight. By showcasing the capabilities of ATS, we aim to equip you with the knowledge to navigate the complexities of urban stormwater management and achieve sustainable environmental outcomes.