In this webinar, we will explore how clarifier mechanism design and selection can increase treatment plant capacity without requiring plant expansion. Attendees will gain a better understanding of mechanism design through side-by-side comparisons with Computational Fluid Dynamics (CFD) modeling. We will also discuss how operators can improve sludge withdrawal efficiency, protect effluent quality, maintain sludge blanket stability, and optimize solids distribution.
What you will learn:
- How to increase treatment capacity and improve effluent quality without plant expansion.
- How hydraulic and conventional spiral scraper mechanisms compare in performance.
- How energy-dissipating Inlets enhance flocculation, improve flow distribution and reduce dispersed sludge layering
- How CFD modeling provides a reliable basis for side-by-side comparison by removing much of the variability inherent in field testing and successfully reproducing observed sludge blanket depth, density currents, and solids behavior
Presenters:
Matt Meyer
Matt Meyer is a Global Product Manager for Clarification and Separation. Meyer has been with Xylem for over 3 years and the last 2 managing Chain & Scraper and Circular Clarifier product lines. Previous to his time with Xylem Matt spent 15 years as a Product Manager in the HVAC and Roofing Industries.
Shmuley Reitman
Shmuley Reitman is an Application Engineer with Xylem, where he has spent the past four years supporting circular clarifier solutions for the water and wastewater industry. He holds a master’s degree in mechanical engineering and specializes in driving product efficiencies and equipment improvements. His work focuses on enhancing clarifier design, performance, and reliability to help customers achieve effective and sustainable operations.
