L'eau dans l'industrie / HydrogéologieGestion et traitement de la pollution (MRI)
Water in Industry / Hydrogeology
Séquencement
Learning objectives
Hydrogeology elements - Study of problems with groundwater recharge and deposit conditions. Water management: water supply to the population or industrial facilities, impact of our domestic or industrial discharges. Main processes used in water technology. Protection of water resources, contamination and transport of pollutants; flow and transport modelling
Program
Hydrogeology elements - introduction to the flow mechanisms in saturated and unsaturated porous media: aquifers: typology and structural parameters, flow dynamics: variables and laws, parameter acquisition, mapping, unsaturated flow: characteristic laws,
Water resources: different tanks, chemical composition of natural waters, buffering capacity of the carbonated and calco-carbonated system, saturation and corrosion indices, Water pollution.
Drinking water: quality standards and parameters, water-potabilisation processes, including desalination of sea water, fight against pollution.
Industrial water (boiler and cooling water):
necessary treatments to avoid equipment failures,
focus on evaporative cooling towers and Legional risk.
Urban and industrial waste water treatment:
origin of urban wastewater,
waste water from the gas and oil industry,
pollution and risks to health and the environment,
treatment processes,
recycling and zero discharge,
environmental protection and water legislation (regulatory context France, Europe, International).
Skills
4| Ref. | Verb | Description | Level |
|---|---|---|---|
| C1_1 | identify | hydrogeological concepts and their modelling | 1 |
| C2_1 | analyze | risks of pollutant transfer and assessment of underground pollution | 3 |
| C3_2 | implement | integrated studies and propose plans to protect water resources | 3 |
| C4_4 | identify | environmental and industrial water risks | 1 |