PHREEQC Manual

These examples can be found in the Phreeqc manual. They can be retrieved from the Phreeqc Website.

• 01 - Speciation calculation
  • The input
  • What to look at
  • Where this goes next
  • Source
• 02 - Mineral Solubility
  • What is computed
  • The results
  • What it shows
  • Source
• 03 - Mixing
  • Why mixing is not interpolation
  • Simulations that build on each other
  • The result
  • Source
• 04 - Redox
  • Evaporation by removing water
  • The redox part
  • The result
  • Source
• 05 - Irreversible Reactions
  • Irreversible means titrated, not equilibrated
  • The result
  • What it shows
  • Source
• 06 - Reaction Path Calculations
  • The activity diagram
  • Three ways to the same path
  • What it shows
  • Source
• 07 - Gas Phase Calculations
  • The reaction
  • The results
  • What it shows
  • Source
• 08 - Surface Complexation
  • Strong sites and weak sites
  • The results
  • What it shows
  • Source
• 09 - Kinetic Oxidation
  • A rate law in the input
  • The result
  • What it shows
  • Source
• 10 - Solid Solution
  • The calculation
  • The results
  • What it shows
  • Source
• 11 - Transport and Cation Exchange
  • The column
  • The results
  • What it shows
  • Source
• 12 - Advective Diffusive Flux
  • The experiment
  • Heat is transported like a solute, and retarded
  • The result
  • Second-order convergence
  • Source
• 13 - 1D Dual Porosity Transport
  • Mobile and immobile water
  • Three approximations
  • What it shows
  • Source
• 14 - Transport Cation Exchange and Surface Complexation
  • Three reaction types, one column
  • The result
  • What it shows
  • Source
• 15 - Transport Kinetic Biodegradation
  • What is coupled
  • The results
  • Source
• 16 - Inverse Modelling
  • Mole balance, not a simulation
  • What it shows
  • Source
• 17 - Inverse Modelling with Evaporation
  • Evaporation as a mole transfer
  • The result
  • What it shows
  • Source
• 18 - Inverse Modeling of the Madison Aquifer
  • Dedolomitization
  • Isotopes as extra constraints
  • Source
• 19 - Modeling Cd+2 Sorption
  • Three isotherms
  • One deterministic model
  • Source
• 20 - Isotope Distribution
  • Open and closed
  • The results
  • Source
• 22 - Gas Solubilities
  • Fugacity, not pressure
  • The results
  • What it shows
  • Source