EOSC 430 · Aqueous Geochemistry

Quantitative approaches to groundwater geochemistry problems. Equilibrium thermodynamics, complexation, oxidation-reduction, cation exchange, sorption and partitioning of organics.
Alternate Year Course
Years Offered:
Odd Year Start
Term 1
Syllabus
Analysis of groundwater geochemistry problems
- Critically evaluate groundwater geochemical problems
- Develop and articulate conceptual models, identify geochemical important processes
- Postulate reasonable explanations for observations
- Predict consequences of a change in geochemical conditions using quantitative methods
- Design geochemical interventions to drive a system to a desired state (e.g., contaminant remediation)
Background knowledge
- Recognition and identification of typical field conditions and common patterns
- Gain familiarity with dominant processes, elemental behavior
Skills
- Use speciation programs such as phreeqc to predict equilibrium speciation of a geochemical system
- Develop basic modeling skills in inverse modeling, kinetics, and reactive transport