Aquifer Modeling with Feflow and Python

Acquifer Modellling : how prevent pollutant dispersion, predict flows and collection regimes

What you’ll learn
Basic Concept and Parameters of Acquifer
Acquifer Model in Feflow and Python
Modelling in Feflow and Python of the dispersion of pollutants
Modelling with Python for dranaige and suistanability captivity

Requirements
Hydrology
Physics

Description
This course offers a comprehensive introduction to aquifer modelling, focusing on strategies to prevent pollutant dispersion, predict groundwater flow, and design effective collection regimes. Participants will explore the principles of hydrogeology, aquifer types (confined, unconfined, fractured), and contaminant transport mechanisms. Through theoretical lessons and practical case studies, the course highlights how numerical models (e.g., MODFLOW, FEFLOW) can simulate flow patterns, contaminant migration, and recharge-discharge dynamics under various conditions.A key emphasis is placed on identifying pollution sources, assessing risks, and implementing barrier systems or extraction wells to limit contaminant spread. Participants will learn to integrate monitoring data, boundary conditions, and hydraulic properties into models to support decision-making for groundwater protection and sustainable water use.The course also covers predictive modelling for different collection regimes, optimizing well placement, pumping rates, and remediation strategies. By the end of the course, attendees will be able to build and validate aquifer models, interpret results, and apply them to prevent pollutant dispersion, guide remediation planning, and ensure regulatory compliance. This course is designed for environmental engineers, hydrogeologists, and water resource managers aiming to safeguard groundwater quality and availability. Finally you are able to produce a dispersion map, make qualitative analysis, and modelling the suistenability of drainage and catchment works.

Who this course is for
Geologist
Hydrogelogist

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