Learn the principles, process design, and troubleshooting techniques for anaerobic wastewater treatment and get the full potentials of your anaerobic high-rate reactor.


Maximize the benefits

Anaerobic wastewater treatment is the most energy-efficient technology for treating wastewater. With minimal energy requirement and the conversion of organic pollutants into energy-rich biogas, there's a double energy gain! This course addresses the fundamental principles, the microbial and physicochemical aspects, reactor technology and current and future applications.

The course presents state-of-the-art technology, focusing on sludge bed reactor systems. It also introduces the diagnostic tools used to determine the reasons for any sub-optimal performance. Sometimes anaerobic reactors suffer from sudden failures. In this course, you will learn how to perform a diagnosis on the anaerobic reactor and evaluate why failures are experienced and decide what remedial action is required to restore the full potential benefit of the anaerobic system.

Anaerobic wastewater treatment is applied to a wide range of organically polluted wastewaters. At present, over 5000 reactors are installed worldwide.


Is this course for you?

This course will deepen your knowledge of anaerobic wastewater treatment and provides valuable background information for anybody interested in the field. Students, new professionals in the sector, academics, consultants, end-users from various industries will benefit from the course. You will not only learn about the potential of the system but also how to make a diagnosis when the treatment efficiency is lower than expected.

After taking the course you will be able to dimension and operate your own anaerobic reactor and turn a wastewater treatment plant into a real energy factory.


After taking this course you will be able to:

  • Calculate the energy benefits of applying high-rate anaerobic treatment compared with conventional activated sludge systems
  • Dimension anaerobic reactors (UASB/EGSB) for industrial wastewater treatment and judge the merits of novel systems
  • Start-up UASB reactors with low-grade seed material
  • Perform a diagnostic analysis on malfunctioning anaerobic reactors
  • Control and monitor anaerobic reactors using the COD mass balance

During the course, you will have the opportunity to interact with peers from different countries and institutions working in the field. You will receive feedback from the lecturer and have the chance to work together with other course members on a case-study on which Prof. Dr. Jules van Lier will elaborate further. The connection to industry partners will give you the chance to be acquainted with the world's top suppliers of anaerobic technology and discuss your views with other experts.

This online course includes:

  • Virtual excursion to an anaerobic wastewater treatment plant
  • Virtual lab tour: an explanation of SMA and BMP tests in the lab
  • Webinars


State-of-the-art solutions

This course has been designed by TU Delft's international experts on anaerobic wastewater treatment and is based on more than 30 years of research and practical experience in the field.

"It is incredible to see that many industries still use energy-consuming activated sludge treatment systems to treat their organically polluted wastewaters, whereas they can be easily addressed using modern anaerobic high-rate systems with all the benefits they bring! On the other hand, we also see anaerobic reactor systems failing or performing below expectations, because of lack of early diagnosis to take correction-actions. That's exactly what this course is about: delivering the required knowledge to assess the potentials of anaerobic high-rate treatment for your own case and perform diagnostics and troubleshooting of anaerobic reactors, based on our state-of-the-art research." – Prof. Jules van Lier

Program taught in:
English

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Last updated March 11, 2019
This course is Online
Start Date
May 2019
Duration
6 weeks
Part-time
Price
795 EUR
Deadline
By locations
By date
Start Date
May 2019
End Date
June 29, 2019
Application deadline

May 2019

Location
Application deadline
End Date
June 29, 2019