Enhancing Wastewater Treatment with Real-Time Automated TitrationRealtime Monitoring
Oral Presentation
Prepared by B. Lane, B. Lane, D. Martinez
Metrohm USA, 9250 Camden Field Parkway, Riverview, Florida, 33578, United States
Contact Information: [email protected]; 813-310-2967
ABSTRACT
Monitoring and controlling water quality is essential for effective treatment and regulatory compliance in wastewater facilities. Traditional manual methods provide only periodic snapshots of key parameters such as alkalinity in biological treatment, nitrification-denitrification efficiency, and phosphorus removal, often leading to delays in process adjustments. Facilities can implement continuous monitoring by integrating automated real-time methods like titration and photometry with liquid process analyzers.
This presentation explores the advantages of real-time titration and photometry over manual methods, demonstrating how automated analysis enhances process stability, reduces operational costs, and supports compliance with evolving regulatory standards. Key applications include maintaining alkalinity to stabilize biological treatment processes, optimizing nitrogen removal through continuous ammonia and nitrate/nitrite monitoring, and ensuring effective phosphorus control to meet stringent discharge limits. With real-time data, operators can make informed proactive adjustments, improve treatment efficiency, minimize chemical waste, and provide consistent water quality.
