1. Choose the type of kinetic reaction

2. Supply kinetic parameters
Initial mass
Specific surface area
Rate constant

3. Mineral dissolution and precipitation

4. Complex association and dissociation
Al+++ and F− react to form AlF++ complex

5. Sorption and desorption
Desorption of Ca++ from a ferric oxyhydroxide surface

6. Decouple redox pairs to enable redox transformations
Enter balanced redox reaction and any necessary kinetic parameters
Turn enzyme function on or off
Rate of the redox reaction is proportional to the concentration of Fe++ and O2(aq), and the activity of OH−

7. Redox transformations
Fe++ is oxidized to Fe+++

8. CH3COO− is consumed within an hour
Enzymes and catalysts
CH3COO− is consumed within an hour

9. Supply kinetic parameters
CO2 fugacity in external reservoir (the atmosphere)
Specific interfacial area for gas transfer
Rate constant

10. Gas transfer
The fluid exsolves CO2 as it approaches equilibrium with the atmosphere