From natural water to drinking water; - The objective of this course is to discover the main sectors of drinking water treatment as well as their areas of application. This course will cover the following concepts:
Introduction and characteristics of raw water - Regulation
Calco-carbonic balance of water and means of restoring balance
Water clarification (Coagulation/Floculation – Decantation – Filtration)
Disinfection
Teaching methods:
Masterful presentation which allows you to expose the essential theoretical concepts. The presentation is punctuated by phases of interactions/reflections introduced in the form of open questions to students and application exercises.
Sanitation Principles - The objective of this course is to present the principles of sanitation in order to understand all the treatments that wastewater undergoes. It will end with a visit to an active wastewater treatment plant.
Modeling of hydrodynamic coupling and reactive transfer - The general objective of this teaching unit is to provide students with the tools to understand physical processes and associated mathematical models in the context of the extensive treatment of pollution in free-standing and fixed crops.
Three major objectives:
Identify the physical mechanisms involved in the treatment of wastewater through extensive sectors,
Describe biological kinetics and the factors influencing them,
Model the interactions between hydrodynamics and reactive transfers.
Phytopurification - This course will present extensive water treatment techniques and will include 3 course chapters:
- “For collective sanitation”
- “For non-collective sanitation”
- "Other applications (management of WWTP sludge, treatment of agricultural and agri-food effluents)"
There will also be 2 TDs:
- 1/ Sizing a green sanitation project for a tourist eco-village
-2/ Understand the principle of recirculation
Microbial processes in wastewater treatment plants -
