Aeration and mixing demands for wastewater treatment plants often change over time, while the existing systems remain fixed. Aging equipment and system demand often lead to insufficient mixing and oxygen transfer inefficiencies, negatively impacting treatment plant performance.
While traditional aeration systems fall short over time, the TRN submersible self-aspirated aerator mixer is well suited for longevity and high-strength wastewater environments. By mechanically inducing air to create high-energy mixing, this turbine-style self-aspirator can sustain effective oxygen transfer and solids suspension, even under challenging process conditions.
In this webinar, attendees will learn strategies to improve aeration performance at their wastewater facilities, specifically noting the TRN aerator mixer. Expert speakers from Tsurumi will share application considerations, performance benefits, and key evaluation factors for integrating submersible aerators into wastewater treatment processes. A real-world case study will also be shared, highlighting how facilities can optimize performance without full system replacement.
Presenters:
Over the course of his 30-year career, Tony Misiak has held engineering roles for pump distribution, focusing on process equipment applications and sales. In 2015, Tony joined Tsurumi as a Process Equipment Engineer, specializing in providing solutions for wastewater treatment operations. Tony holds a Bachelor of Science in Engineering, specializing in Paper Science and Engineering, from Western Michigan University.
With 40 years' experience in the industry, John Hartz has a deep understanding of submersible pumps and process equipment. Serving as Tsurumi’s Sales Engineer, John specializes in developing tailored pumping and treatment solutions for water and wastewater applications. John holds a bachelor’s degree in Earth Science from the State University of New York, along with a Grade IA Water Treatment Plant Operators certificate from the New York State Department of Health.
