FICEMIN Short Course | Hydrogeology Focused On Mining Projects In Mexico

Dates:
 

November 21 - 22, 2019

Location:

Durango, MX | Venue TBD

Description:

(Part of this course will be in English and translated in Spanish)

Lack of an adequate water management plan covering different stages of a mining project may jeopardize its development, production, and subsequent closure of operations. In Mexico there are few consulting companies that offer practical solutions to the needs of the mining sector. For this reason, companies encounter difficulties when seeking effective advice to solve a problem related to the water resources of the project.

One of the main factors causing companies to limit their interest in the development of a hydrogeological project is the investment cost that this represents. However, in SRK's experience, it has been observed that investing in studies whose scope is not adequate and carried out by non-experienced personnel, generally entails higher costs in the future. These expenses increase as mining companies usually decide to hire specialists in hydrogeology when the problem is advanced.

In this workshop, “Hydrogeology Focused on Mining Projects in Mexico” we will discuss the most appropriate methods to generate quality hydrogeological information based on each mining development stage, as well as the processing, interpretation, and use of the data generated. The main objective of this workshop is to make the Mexican mining sector aware of the different hydrogeological strategies that could improve their water management and give them support on addressing or preventing issues generated by less than adequate management. (click to view the spanish page)

Course Outline:

(Download the English Flyer)

Topics to be discussed:

1. Hydrogeological considerations during pre-mining, mining, and post-mining operations

  • Conceptual and numerical hydrogeological modeling
  • Determination of hydraulic parameters
  • Baseline values of groundwater and surface water quality
  • Identification of potential supply sources
  • Drilling, design, and construction of monitoring and dewatering wells
  • Identification and control of potential Acid Rock Drainage (ARD)
  • Negotiation of acquisition of water rights
  • Hydrogeological models to determine the possible formation of Pit Lakes
  • Geochemical models for Pit Lake water quality control
  • Water quality monitoring after closure

2. Numerical Modeling

  • When and why to develop a numerical model
  • Identifying goals of the model
  • Construction of the numerical model
  • Finite difference verse finite element approach
  • Industry application of the numerical model
  • Calibration
  • Numerical model predictions

3. Surface Water Balance

  • When and why to develop a water balance
  • Model complexity
  • Data requirements
  • Construction of a water balance
  • Climate - How complex is too complex
  • Calibration
  • Projecting into the future

Fees:


$290 (USD) / $5570 (MXN)