Understanding and Optimizing Secondary Clarifier Operation Using State Point Analysis (26F-ETC402) (6 TCHs)

$160.00
Date(s): Wednesday, August 26, 2026

Time: 8:30 AM-3:30 PM (Registration 8:00 AM) Eastern

Location: Narragansett Bay Commission -Bucklin Point
102 Campbell Avenue, East Providence, RI 02916, RI 02905

Instructor(s): Paul Dombrowski, Woodard & Curran

Registration Deadline: Monday, August, 24, 2026

5 in stock

Description

 

This hands-on class will demonstrate an application of the theory behind State-Point Analysis using Solid Flux testing. The instructor will explain how to apply this theory to the operation of any treatment plant through settling column testing and by using existing process data and plant information. Using a variety of samples and settling columns, the instructors will demonstrate how this method can be used to better understand optimal process control settings for activated sludge systems under several different operating conditions. This intensive class is intended for operators and plant managers that possess a solid understanding of the activated sludge process and secondary clarifiers. Class participants should be ready to learn how the application of a strong theoretical tool will help them better understand and optimize treatment plant operation.

This course is sponsored by NEIWPCC in conjunction with the EPA.

Course Details
Wastewater Training Contact Hours (TCHs) are approved in CT, MA, NY, and RI.

Links to certificates will be emailed to participants after the course concludes and staff verify attendance through sign in sheets.

A $15 late registration fee will be charged for all registrations received within one week of the class. A confirmation email will be sent to the registration email provided.

Cancellations must be received at Training@NEIWPCC.org no less than seven days prior to course start time. Cancellations received after this time will be charged $50. Registrants who do not cancel and who fail to show up are responsible for full payment.

Additional information

Materials

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