PHREEQC COURSES
short courses in hydrogeochemistry and hydrogeochemical transport modeling
Next course:
7 - 18 july 2025 on-line
The courses are intended to introduce the powerful
capacity of PHREEQC for modeling practical hydrogeochemical problems.
Lectures during the course provide an overview of the important processes in water quality.
Hand and computer exercises from the 2nd edition of Appelo and Postma's 'Geochemistry, Groundwater and Pollution form an integral part of the course.
In the course you will learn:
- How to model laboratory experiments, such as determination of exchangeable cations,
oxidation of pyrite with surface complexation of heavy metals released.
- To calculate the dissolution of CO2-gas and gas-mixtures at high pressures with the Peng-Robinson
equation of state.
- How to model hydrochemical reactions during artificial recharge, aquifer thermal energy storage, in situ iron removal.
- To deduce reaction patterns along groundwater flowlines via inverse modeling, incl. data uncertainties, isotopes.
- How to model any type of kinetic reaction, such as feldspar weathering, denitrification via sequential Monod kinetics.
The day-to-day program entails:
day 1:
| Overview of Hydrogeochemical Reactions and Processes.
Basics of PHREEQC, Input & output files, Check an analysis, find the possible culprit using EC, Mineral equilibration,
Temperature- and Pressure-effects on solubility, Gases at high pressure, Mixing.
|
day 2:
| Exchange, Surface complexation, Simulation of laboratory analyses.
Exchangers/surfaces connected to (reacting) minerals.
Pyrite oxydation, release/sorption of Arsenic.
|
day 3:
| Advective, Reactive and Dispersive (1D) Transport
Chromatographic separations. Modeling of Artificial Recharge
|
day 4:
| Dual porosity calculations, Exchange with Stagnant zones
Data optimization with PHREEQC and PEST
Multicomponent diffusion and electromigration experiments in clays and cement / concrete
Inverse Modeling of Water Quality
|
day 5:
| Checking numbers from an inverse model
Generalized Kinetics in PHREEQC
Examples and exercises: Denitrification, Quartz/feldspar dissolution,
Kinetics of exchange and surface complexation, Monod kinetics
|
The on-line course follows the pattern of the regular course, but spread over morning- or afternoon-sessions in 2 weeks. You do the work at home, and we'll communicate on-line about the problems and the answers. There will be time to address specific questions related to your own work and create a model for your data.
- You'll receive the PHREEQC course installer, mp4 video lectures, the ppt files used in the lectures, and a course book as pdf.
- You need a PC with windows XP or newer, an internet connection, a microphone and a speaker (and a camera), and Appelo and Postma's book.
- You watch a video lecture of 15 - 30 minutes that gives the hydrogeochemical background and introduces you to the problem.
- You do the problem that is described in the course book, answer the questions.
- At a predetermined time we'll join in an on-line Jitsi meeting, and go through the problem and the questions.
- and so on...
- At the end of the 2nd week, a certificate of attendance can be provided.
The course fee is € 1450,-- (+ 21% VAT, the VAT does not apply for non-EU participants, or else can be transferred if your institute has a VAT number).
This fee includes my book with Postma. It will be sent to you, as 'lifetime' eBook.
The book is helpful for understanding the details of using and applying phreeqc, and it is essential for following the course.
If you have the book and don't need it, the course fee is € 1400,-- (+ 21% VAT, with the above noted rules).
Max. Participants in the course: 12.
For further information: contact Tony Appelo, appt@hydrochemistry.eu
Pictures of previous PHREEQC courses:
2025 Amsterdam (NL) ♦ 1,
2024 Amsterdam (NL) ♦ 1,
on-line,
Washington, DC
2023 Amsterdam (NL) ♦ 1,
on-line,
Amsterdam (NL) ♦ 3
2022 Amsterdam (NL) ♦ 1,
on-line,
Amsterdam (NL) ♦ 3
2021 on-line ♦ 1,
on-line ♦ 2,
Amsterdam (NL)
2020 on-line ♦ 1,
on-line ♦ 2,
on-line ♦ 3
2019 in Amsterdam (NL) ♦ 1,
Amsterdam (NL) ♦ 2
2018 in Amsterdam (NL) ♦ 1,
Amsterdam (NL) ♦ 2,
Amsterdam (NL) ♦ 3
2017 in Amsterdam (NL)
2016 in Amsterdam (NL),
Dresden (D)
2015 in Amsterdam (NL) ♦ 1,
Amsterdam (NL) ♦ 2
2014 in Amsterdam (NL) ♦ 1,
Amsterdam (NL) ♦ 2,
Brisbane (Aus),
Edinburgh (UK)
2013 in Amsterdam (NL) ♦ 1,
Amsterdam (NL) ♦ 2,
London (UK)
2012 in Amsterdam (NL) ♦ 1,
Amsterdam (NL) ♦ 2,
Dresden (D)
2011 in Amsterdam (NL) ♦ 1,
Amsterdam (NL) ♦ 2,
Edinburgh (UK)
2010 in Amsterdam (NL) ♦ 1,
Amsterdam (NL) ♦ 2,
Dresden (D)
2009 in Amsterdam (NL) ♦ 1,
Amsterdam (NL) ♦ 2
2008 in Amsterdam (NL) ,
Brisbane (Aus)
2007 in Amsterdam (NL) ,
Lisbon (P)
2006 in Amsterdam (NL)
2005 in Amsterdam (NL)
2004 in Amsterdam (NL)
2003 in Amsterdam (NL),
Helsinki (F)
2002 in Amsterdam (NL) ♦ 1,
Amsterdam (NL) ♦ 2
2001 in Amsterdam (NL) ♦ 1,
Amsterdam (NL) ♦ 2,
Johannesburg (SA)
2000 in Amsterdam (NL) ♦ 1,
Amsterdam (NL) ♦ 2,
Grenoble (F)
1999 in Amsterdam (NL) ♦ 1,
Amsterdam (NL) ♦ 2,
Faro (P),
Bern (CH)