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CIM Distinguished Lecturers

For accomplishments in scientific, technical, management or educational activities related to the minerals industry

Origins & Conditions

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CIM Distinguished Lecturers are chosen on the basis of their accomplishments in scientific, technical, management or educational activities related to the minerals industry, and speak at CIM Branch and Student Chapter meetings across the country.

The CIM Distinguished Lecturers Award criteria and other information:

  1. Persons shall be selected as CIM Distinguished Lecturers on the basis of their distinguished service and accomplishments in scientific, technical or administrative activities related to the minerals industries.
  2. Not more than eight (8) Distinguished Lecturers shall be selected in any Council year.
  3. Each nomination shall be accompanied by a statement supporting the nomination.
  4. The nominations shall be submitted to a special CIM Distinguished Lecturers Selection Committee under the chairmanship of the CIM President-Elect with Awards Standing Committee Members.
  5. The Committee shall select the recipients, confirm their willingness to accept the honour and dedicate their time to give the Lectures, and inform the CIM Chief Executive Officer prior to the last meeting of Council preceding the Annual General Meeting.
  6. The CIM Distinguished Lecturers shall be honoured at the CIM Convention and shall be presented with a certificate.
  7. The CIM Distinguished Lecturers are expected to give their lectures as requested by CIM Branches, Technical Societies and Student Chapters. Universities may also request a lecture.
  8. In the case where the Distinguished Lecturer’s employer or the nominating body is unable to cover the expenses for a lecture, CIM National will cover the cost of air travel while the requesting body will cover local expenses (accommodation, transportation, etc.)

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Winners

2021

Craig Hart

Craig Hart is the past Director of MDRU-Mineral Deposit Research Unit at the University of British Columbia (UBC) where he facilitated industry-sponsored mineral exploration research and training projects on regional metallogeny, gold and porphyry systems, and exploration method development. Dr. Hart integrates field and analytical data to develop new exploration concepts, tools and targets. He raised more than $20 million to support research and training of over 40 graduate students and 20 senior researchers. He was previously at the University of Western Australia (UWA) investigating gold metallogeny of China and Mongolia, and the Yukon Geological Survey undertaking regional mapping/metallogenic surveys. He was a Top 5 finisher and Audience Choice winner (Integra Gold Rush Challenge, 2016), a Boldy Award winner (Geological Association of Canada, 2005), and was the Distinguished Lecturer for the Society of Economic Geologists (2011). He has degrees from McMaster University (BSc 1986), UBC (MSc 1995) and UWA (PhD 2005).

Distinguished Lecturer 2021-22

Linking Cordilleran Lithospheric Architecture to Mineral Deposits

Lecture Abstract

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The provinciality of mineral deposits emphasizes crustal and lithospheric-scale controls on their distribution.  For magmatic-associated deposits, the crust and lithosphere are the primary melt and metal sources so they control the limits of fertility and metal tenor.  The crustal blocks that comprise the North American Cordillera are the fundamental controls to its metallogenic diversity, but the geometry and composition of the ancient western Laurentian margin that formed during late NeoProterozoic rifting of Rodinia dominates as a controlling force on Paleozoic, Mesozoic and even Cenozoic, tectonic, magmatic and metallogenic events.  Asymmetric Neoproterozoic rifting formed a continental margin architecture of exposed upper plate promontories and lower plate basins that are juxtaposed across transform zones.   The lower plate is characterized by stratiform base metal and barite deposits that formed during punctuated periods of Paleozoic extension, but is underlain by a previously metasomatized lithospheric mantle that contributed Mesozoic alkaline to peraluminous magmas that generated widespread gold and tungsten metal provinces.  These same lower plate packages subsequently formed Carlin-type gold districts during the Cenozoic that were controlled by the locations of reactivated continental margin rift structures.  Yukon and Nevada share similar metallogenic tenors because they are both hosted by lower plate components of the ancient rifted margin.  

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2021

Gillian Holcroft

Gillian Holcroft obtained her bachelor and master’s degrees in chemical engineering from McGill. She is an executive engineer whose expertise is in commercializing environmentally sustainable approaches in the minerals and waste processing sectors. In recognition of her leadership, she received the MetSoc Environmental Award in 2019.

Holcroft began her career at the Noranda Technology Center where she transitioned from technology development to operations support at Canadian Electrolytic Zinc. She was part of the team that developed the now commercial Jarofix process. Her experience includes technical/project/contract management, securing new investments, establishing business development objectives and strategic partnerships including the United States Department of Defence. As executive vice president, she was instrumental in bringing a plasma technology company public and as vice president for tetronics, she identified opportunities to extract metal values from industrial catalysts and ores. 

She is currently Innovation Manager at the Canada Mining Innovation Council where she manages two "Impact Canada Crush It" projects whose aim is to significantly reduce energy consumption in comminution.

Distinguished Lecturer 2021-22

Collaboration and Innovation in Mining and Metallurgy / There’s never been a better time to join the party

Lecture Abstract

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After 30 years in the Mining and metallurgical industry, there are many examples of great collaborations and game changing developments. As best said by Einstein, “Necessity is the mother of invention”.  A great example is the Jarofix process, as without this innovation, CEZinc may no longer be in operation.  The need for sustainable solutions in our industry has never been more important and the challenges to achieve this goal are tremendous.  When the big mining consolidations started, and many company technology centers closed their doors and hiring of young professionals slowed, a knowledge gap was created. CMIC along with other organizations have been working hard to bridge this gap by promoting consortia that focus on innovative projects that have the potential to disrupt the industry. Focused mandates, shared risks, shared rewards seem to be a pathway that makes the most sense. Technology is a competitive advantage, but the real advantage is how established companies make the best use of this technology. Gone are the days of developing technology for one company to exploit. Government funding to support these disruptive technologies is also key.   It creates an urgency to get things done and of course lowers the risk. 

The discussion will focus on some of these CMIC led projects along with the added benefits of working with open-minded, intelligent, and motivated professionals across our industry.  The presentation will also touch upon how we can perhaps do a better job at educating investors that Innovation and R&D are different and by investing in Innovation, they will see a return in the long-term growth of the company. We need to collectively find a way to raise the bar and make the investment community aware that that there is money to be made by investing in disruptive mining technologies that will propel our industry into the next decade.  The time is now to innovate and is best said by Henry Ford, Coming together is the beginning, keeping together is progress, working together is success.”  

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