• Study level

    BAC +2

  • ECTS

    5 credits

  • Component

    Faculty of Science

Description

  • Thermodynamic reminders of chemical equilibria in solution, the law of mass action and the principle of an equilibrium shift assay
  • Application to equilibria :
    • acids and bases, Calculating the pH of aqueous solutions, Titrations
    • complexation: reaction prediction, species predominance range, influence of pH
    • precipitation: stability/solubility of solids, influence of pH
    • oxidation-reduction: definitions, electrochemical cells, electrode potentials, predicting the evolution of oxidation-reduction reactions
  • Analytical techniques used in environmental chemistry, with applications to the determination of physicochemical parameters of water quality:
  • Electrochemical techniques,
  • Spectrophotometric techniques
  • Chromatographic techniques

Hourly volumes:

CM : 13H

TD: 12 H

PRACTICAL WORK: 20H

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Objectives

  • Determine the composition of an aqueous solution
  • Understanding acid-base reactions, complexation, precipitation and redox reactions
  • Give an overview of some analytical techniques in environmental chemistry
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Necessary prerequisites

Thermodynamics of chemical equilibria

Basic mathematical functions and solving first- and second-degree equations

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Knowledge control

Written: 60% of total

TP: 40% DISCOUNT

 

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Target skills

-Mobilize fundamental concepts and technologies in analytical chemistry, thermodynamics of chemical equilibria and solution chemistry, to tackle a problem in the field of water chemistry or analyze a research or presentation document on environmental chemistry.

 

 

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