Global biogeochemical cycles, Determination of pH of natural waters, Carbonate balance, Chemicals species in solution, Regulator voltage and neutralizing capacity, Creating the composition of natural waters, Determination of equilibrium constants, Chemical activity and ionic strength, Fate of metals in the environment, Hydrolysis and complexation of metals, Action of inorganic compounds as substituents, Competitive binding ligands, Interaction of aqueous solutions with sediments and soils, Solubility and sorption, Effect of chemical species in solubility, Formation of surface complexes, Redox Geochemistry, Heterogeneous reactions and cycles, Redox balance capacity and redox titrations (scale pE), Use of chemical equilibrium model for the modeling of chemical species of heavy metals in surface waters and groundwater, Environmental geochemistry applications for soil remediation
The objective of this course is to show that the comprehensive knowledge of chemistry is a necessary tool for environmental problems.
Mathematics, Chemistry
Introduction of geochemistry, Principles and Theory of Geochemistry, Interfaces, Geochemical Modelling, Applications of of geochemistry, Evaluation and remediation of contaminated sites with hazardous waste
Level:
Type:
graduate
(A+)
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DESPINA PENTARI Technical University of Crete School of Mineral Resources Engineering
Georgios Charalampides TEI of Western Macedonia Department of Environment and Pollution Control Engineering
Ariadne Argyraki National and Kapodistrian University of Athens Faculty of Geology and Geoenvironment
, Eastern Macedonia and Thrace Institute of Technologie
Dionysia Kolokotsa Technical University of Crete School of Environmental Engineering
