"3D modeling with gOcad ” (Lecturer: Prof. Helmut Schaeben & Dipl. Geol Peggy Melzer, TU Bergakademie Freiberg, Germany)

The short course offers theoretical knowledge and realistic hands-on exercises and projects in 3d-geomodeling using the software gOcad. Previous experience with the software is not required. Fundamental concepts like the gOcad data model and the interpolation algorithm will be given in the theoretical part. The focal points are the introduction into the software gOcad and the modeling of 3d geological horizons and reservoir models using outcrop and well da

Number of registration: 17

	Adebayo, Timothy (University of Nigeria, Nigeria)
	Adigun Olabode, Quddus (University of Nigeria, Nigeria)
	Babatunde Shofolahan, Tunde (University of Nigeria, Nigeria)
	Bamigbola, Adewale Oluwaseun (University of Lagos, Nigeria)
	Canice Ubaka, Elvis (University of Nigeria, Nigeria)
	Diallo, Boubacar (E.D.G electricité de Guinée, République de Guinée)
	Famurewa Afisi, Ajibola (University of Nigeria, Nigeria)
	Human, Charl F. (Anglogold Ashanti Ltd, South Africa)
	Jirabi, William M.B. (Div. of Environment, Tanzania)
	Nicholson, Gavin (Anglogold Ashanti Ltd, South Afrika)
	Osinubi Olugbenga, Temitope (University of Nigeria, Nigeria)
	Ovchinnikova, Dilyara (Navoy mining combinat, Uzbekistan)
	Penny, Bryan (Gold Mining Company, South Africa)
	Sadiq, Hussain (National Institute of Sciences and Technology, United Kingdom)
	Salahdyin, Abdul-Quadri (University of Nigeria, Nigeria)
	Salaudeen Muhammed, Adeniyi (University of Nigeria, Nigeria)
	Sol, Roland (AREVA NC, France)

 

"Modeling insitu leaching of Uranium ” (Lecturer: Prof. Broder Merkel, TU Bergakademie Freiberg, Germany)

Participants will be given an introductory lecture on modeling in situ leaching of Uranium. The main focus, however, is on exercises with both PHREEQC for Windows (and/or PHREEQCI) and WPHAST based on ready to go examples. Previous experience with the software is not required since the participants will only alter given input file and not develop them from scratch. The main issues are

• 1d reactive model of in situ leaching with PHREEQC (thermodynamic approach)
• 1d reactive model of in situ leaching PHREEQC (kinetic approach)
• Implementation of the PHREEQC-Model in a 3d PHAST-Model (using WPHAST and ModelViewer)

The textbook Groundwater Geochemistry: A Practical Guide to Modeling of Natural and Contaminated Aquatic Systems. Merkel, Broder J., Planer-Friedrich, Britta, 2nd ed., 2008, XII, 230 p. 93 illus. With CD-ROM., Hardcover, ISBN: 978-3-540-74667-6 is included in the price of the short course

Number of registration: 18

Participants:

	Claveranne-Lamolère, Céline (LCABIE-IPREM-UMR 5234, France)
	de Lurdes Dinis, Maria (Faculdade de Engenharia da Universidade do Porto, Portugal)
	Dominic Mweete, Hampande (OmegaCorp Minerals Ltd, Zambia)
	Glotov, Gennady (Navoi Mining and Metallurgical Combine, Uzbekistan)
	Hocquet, Sébastien (AREVA NC, France)
	Hvan, Alexandr (Navoi Mining and Metallurgical Combine, Uzbekistan)
	Lee, Soo Young (Paladin Energy Ltd, Australia)
	Mahoney, John (MWH Americas, Inc, USA)
	Nicholson, Gavin (Anglogold Ashanti Ltd, South Afrika)
	Okusajo, Rasaq Opeyemi (University of Lagos, Nigeria)
	Onake, Sunday (Cyber Media Network, Nigeria)
	Rayot, Véronique (AREVA NC, France)
	Schmidt, Thomas (oddesse Pumpen- und Motorenfabrik GmbH, Germany)
	Skripnik, Alexandr (Navoi Mining and Metallurgical Combine, Uzbekistan)
	Slezak, Jan (International Atomic Energy Agency (IAEA), Austria)
	Smidt, Geerd ( Jacobs University Bremen,, Germany)
	Steinbruch, Franziska (Gorongosa Nationalpark, Mozambique)
	Stone, James (South Dakota School of Mines and Technology, USA)

 

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