Annual Meeting Preliminary Program - Full Brochure (PDF) - SME
Annual Meeting Preliminary Program - Full Brochure (PDF) - SME
Annual Meeting Preliminary Program - Full Brochure (PDF) - SME
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SHORT COURSES<br />
Saturday & Sunday, February 23 & 24, 2013<br />
Colorado Convention Center<br />
Copper Heap Leach<br />
Member: $495 • Nonmember: $595<br />
Student Member: $350<br />
Overview:<br />
The Copper Heap Leach course is designed to provide<br />
the attendees with a comprehensive understanding<br />
of the technology and economics of copper heap<br />
leaching. It focuses on the basic principles that<br />
underpin copper heap leaching and provides a detailed<br />
review of geometallurgy related to copper leaching,<br />
the design and implementation of metallurgical testing<br />
programs, the interpretation of test results, and the<br />
use of the results to design, construct, and operate<br />
successful copper heap leach operations. The course<br />
will cover the following specific aspects of copper<br />
heap leaching: 1) the history of copper leaching and<br />
solvent extraction electrowinning of copper, 2) the<br />
design and implementation of metallurgical testing<br />
programs and the interpretation of test results, 3) the<br />
geometallurgy and chemistry of copper leaching, the<br />
interaction of the leach solutions with specific minerals<br />
in the ore, and the importance of quantifying the ore/<br />
gangue mineralogy, 4)solvent extraction of metals,<br />
5) The geotechnical aspects of copper heap leaching,<br />
including water balance issues and the design and<br />
construction of pads and ponds, 6) the design of SX/<br />
EW plants, and 7) the dissection of one or more failed<br />
copper heap leach operations. The course will include<br />
a course summary with a question and answer period.<br />
Course Content by Day:<br />
Day 1:<br />
• Introduction and Course Overview Keane/Dreier<br />
• The Geometallurgy and Chemistry of Copper<br />
Leaching – J.E. Dreier<br />
• Commercial Ore Testing – J. Keane<br />
• Heap Construction – Randy Scheffel<br />
• Bioleaching - Corale Brierley<br />
• Overview of Copper Heap Leaching – G. Kordosky<br />
Day 2:<br />
• Solvent Extraction of Metals - G. Kordosky<br />
• Pad and Pond Lay-Out and Site Investigation –<br />
Dave Kidd<br />
• Water Balance and Liner Design - Dave Kidd<br />
• Design of SX-EW Plants – Paul Thompsen<br />
• Evaluation of a Successful Operation (Cerro<br />
Verde) – Joe Campbell<br />
• Evaluation of a Failed Operation (Equitorial<br />
Tonopah) – Joe Keane<br />
• Discussion and Recap<br />
Instructors:<br />
Joseph M. Keane<br />
K D Engineering<br />
520-579-8315<br />
jkeane@kdengco.com<br />
Gary Kordosky, Ph. D.<br />
520-743-0677<br />
John E. Dreier Ph.D<br />
303-278-4445<br />
Paul Thompson<br />
Jacobs Engineering<br />
Phone: 520-917-5500<br />
David Kidd<br />
Golder Associates<br />
520-888-8818<br />
Randolph Scheffel<br />
303-663-7542<br />
Saturday & Sunday, February 23 & 24, 2013<br />
Colorado Convention Center<br />
Introduction to the Design of Bulk<br />
Material Handling Conveyors<br />
Member: $495 • Nonmember: $595<br />
Student Member: $350<br />
Overview:<br />
This course will provide training in the process of<br />
designing Bulk Material Handling Conveyors starting<br />
with a system design overview and then reviewing<br />
tension and power calculations. Discussions on key<br />
components in a conveyor system will be presented<br />
and considerations for the proper selection of these<br />
components will be reviewed. Open discussion<br />
throughout the course will be encouraged. The course<br />
is designed for engineers involved in conveyor design<br />
and component selection. Some prior experience in<br />
conveyor design will be helpful but not required.<br />
Course Content by Day:<br />
Day 1:<br />
• Introduction and review of course objectives<br />
• Conveyor system design overview<br />
• Tension and power calculations<br />
• Drives, Electrical<br />
• Drives, Mechanical<br />
• Belting<br />
• Open discussion<br />
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