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08 April 2019 | Story Valentino Ndaba | Photo Valentino Ndaba
Andrew Lane
Mining the fourth industrial revolution way is the future says industry expert, Andrew Lane.

Innovation is imperative for the future of mining in South Africa. Industry expert, Andrew Lane proposes that leveraging on new information, mining technologies and energy knowhow, which are the hallmarks of the fourth industrial revolution, should set the scene for success.

Lane who is Africa Energy and Resource Leader at Deloitte, engaged students at a recent guest lecture hosted by the University of the Free State’s Business School on the Bloemfontein Campus. “The future is intelligent mining. It’s not just about technology; it’s about changing the way you do business,” he said.

Transforming traditional to trailblazing
“What gives you sustainable competitive advantage is the rate at which you innovate,” said Lane. Design paradigm shifts in the South African mining industry may have resulted in about 100 000 job losses during the past four years. However, mining companies stand to achieve significant gains through applying innovation.

Despite most of South Africa’s mines nearing the end of their lives, mining remains a large employer and investor attractor which ensures that the country holds a competitive advantage in the global economy. Lane is adamant that, “even though we have declined from 20% to 5% in terms of GDP contributions, mining remains a large contributor to export earnings”.

Reaching resource-rich regions
While some physical resources are inaccessible using current technology, “new mineral-processing technologies help tap into previously uneconomical mineral deposits”, according to Lane. In addition to the environment, 3D visualisation cameras can track employees and equipment in the bowels of the earth.

More mining, less loss
Integrating mining, energy, and information technology will ensure that companies reduce people, capital and energy intensity, while increasing mining intensity. The impossible can be achieved if technology is used well for developmental outcomes, employment, and improving standards of living.



News Archive

Nobel Laureate for Chemistry to visit UFS
2017-10-28

Description: Prof Levitt read more Tags: Prof Levitt read more

Prof Michael Levitt will be hosted by the UFS from
14 to 16 November 2017, where he will present the
first lecture in the Vice-Chancellor’s
Prestige Lecture Series.
Photo: Supplied

It is a great honour for the University of the Free State (UFS) to host Prof Michael Levitt, recipient of the 2013 Nobel Prize for Chemistry, which he shares with Marti Karplus and Arieh Warshel.

The trio received the Nobel Prize for their development of multiscale models used for complex chemical systems. “Being awarded the Nobel Prize is a unique and marvellous experience that no one can prepare for or could in any way know what to except,” said Prof Levitt during his 2013 Nobel Lecture at the Stanford University School of Medicine.

First lecture in Vice-Chancellor’s lecture series

The South African-born Nobel Laureate and Academy of Science of South Africa (ASSAf) Visiting Scholar will present the first lecture, Birth and Future of Multiscale Modelling of Macromolecules, in the Vice-Chancellors Prestige Lecture Series at the UFS on 14 November 2017. Prof Levitt is well-known for developing approaches which predict macromolecular structures.

He is one of many distinguished academics invited annually by ASSAf to deliver lectures as part of the Distinguished Visiting Scholars’ Programme, presented by ASSAf at universities across the country.

Pioneer in research of molecular dynamics

Prof Levitt is a biophysicist and a professor of Biology at Stanford University. He was one of the earliest researchers to conduct research on molecular dynamics stimulations of DNA and proteins. “My post-prize ambitions are twofold and probably inconsistent: (1) Work single-mindedly as I did in the mid-1970s on hard problems, and (2) Help today’s young scientists gain the recognition and independence which my generation enjoyed,” said Prof Levitt.

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