Introduction to PheeqC

• Fidel Grandia (Amphos 21)

An introduction to basic modelling capacities of PhreeqC, such as aqueous speciation, mineral dissolution/precipitation, cation exchange or surface reactions.

Introduction to COMSOL: Flow and transport in porous media

• Emilie Coene

Introduction to the Comsol GUI, the Subsurface Flow Module and some physics like Darcy’s Law or Transport of Diluted species.

Hands on: Calcite dissolution Part I

• Emilie Coene

With the insights gained in the previous lectures, the lecturer will guide the participants step by step to generate the Comsol and PhreeqC models.

Introducction to Reactive Transport Modelling & iCP

• Albert Nardi (Amphos 21)

An introduction to the basics of RTM in general, and to the use of ICP to generate reactive transport models.

Hands on: Calcite dissolution Part II

• Emilie Coene

With the insights gained in the previous lecture, the lecturer will guide the participants step by step to generate an iCP model, based on the Comsol and PhreeqC models generated the previous day.

Advanced hands-on iCP example Part I. THC Couplings

• Ersan Demirer (Amphos 21)

The lecturer will guide the participants step by step to generate an iCP model with Thermo-Hydro-Chemical couplings.

Advanced hands-on iCP example Part II. THC Couplings

• Ersan Demirer (Amphos 21)

The lecturer will continue to guide the participants step by step to generate an iCP model with Thermo-Hydro-Chemical couplings.

Advanced topics The lecturers will show several application cases of iCP to demonstrate the capabilities and flexibility of the code. The examples will include multiphase flow, fracture flow and mechanical modelling.