Course Details

Course Details
Course ID
8884
Course Name
Wastewater Bacteria Live Online (SWBT)
Contact Hours
4.0
Approved Industry
Wastewater
Partner Name
Pennsylvania Rural Water Association
Primary Contact
Joel Jordan
jjordan@prwa.com
8143539302 Ext. 201
Website
Description
Wastewater Bacteria live online (4-hour live-online presentation) identifies the major groups of bacteria and archaea (methanogens) that are found in wastewater treatment processes and reviews the roles performed by the bacteria and archaea. The roles include beneficial biological activity and negative biological activity. Operational measures to support beneficial biological activity are reviewed as well as operational measures to overcome negative biological activity. Bacterial groups reviewed include: 1) denitrifying bacteria, 2) fermentative bacteria, 3) filamentous bacteria, 4) floc-forming bacteria, 5) hydrolytic bacteria, 6), indicator bacteria, 7) nitrifying bacteria, 8) pathogenic bacteria, 9) phosphorus-accumulating bacteria, 10) sulfur bacteria, 11) tetras and 12) Zoogloeal (slime bulking) bacteria. In addition to a review of the bacterial groups and methanogens, bacterial growth factors are presented. The factors include: 1) trophism for carbon and energy, 2) response to free molecular oxygen, 3) pH, 4) alkalinity, 5) temperature and 6) nutrients.
Course Level
Intermediate thru Advanced
Course Content
* In-depth review of significant bacterial groups responsible for the success or failure of a wastewater treatment process * Describe the roles performed by aerobic, facultative anaerobic and anaerobic bacteria * Review of the operational conditions of a wastewater treatment process that promote healthy and unhealthy activity by the major groups of bacteria * Present and review the roles of the significant groups of bacteria in wastewater treatment
Target Audience
Operators, technicians, engineers involved in the daily operation, process control and troubleshooting of wastewater treatment processes.
Training Format
Virtual Synchronous