Wits, China boost mining research collaboration
8 December 2016 – Johannesburg: Taking their mining research partnership to the next level, the University of the Witwatersrand (Wits) and the China University of Mining and Technology (CUMT) have established the Joint International Research Laboratory of China-Africa Mining Geospatial Informatics at a ceremony in Xuzhou, China recently.
The collaboration, underway since January 2013, researches underground communication systems, risk measurement through sensors, risk modelling and prediction of harm – while the new initiative will focus on accurately locating workers relative to mine risks, using GPS-like underground positioning.
“Every day, thousands of mineworkers report for duty and shortly afterwards disappear into the underground workings,” said Professor Fred Cawood of the Wits Mining Institute. “Once underground, it is hard to protect them from harm because we don’t know what risks they are exposed to – or where and when those risks occur. At the end of the shift, they return – and this is the first time we can check that they are all back safely.”
Professor Cawood said this situation was not good enough to pursue a zero harm objective.
“The way to overcome this problem is, firstly, to accurately locate workers relative to machines, excavations and other typical mining risks in real time,” he said, “and secondly, to communicate directly with them should they find themselves in harm’s way.”
This initiative is a step toward realising the vision of being a world-leading laboratory with networks to mining in China and Africa, with an initial focus on mining geospatial informatics research.
According to CUMT President Professor Shirong Ge, his institution’s long history of cooperation with Wits and other African countries (including Mozambique, Togo, Botswana and the Comoros) laid a strong foundation for the initiative. Geospatial technology in China has achieved a leading global position after decades of development – as did the BeiDou Navigation Satellite System.
“Universities like ours have the responsibility to introduce these advanced technologies to the international market,” he said “I believe that this new laboratory will contribute to the application of these technologies, and promote the economic, social and technological development of both Africa and China.”
Speaking at the ceremony, Deputy Director-General of Science and Technology Dr Jing Guffei pledged the support of China’s Ministry of Science and Technology.
“Geospatial informatics technology has been playing an important role in the development of the national economy, especially in the mining area,” said Dr Guffei. “It is relevant to natural disaster monitoring and evaluation, macro resources environment investigation and protection of land and resources. This initiative between CUMT and Wits will become a landmark achievement in China-Africa cooperation in science and technology.”
Key themes and activities of the Joint Laboratory include:
- Geospatial positioning, including research on China's GNSS plan and indoor positioning systems, and possibly building a BeiDou data analysis centre and monitoring stations in Africa;
- Mobile and underground platforms, including Position, Navigate and Time (PNT), extension of indoor to underground positioning systems, and multi-sensor positioning and navigation systems;
- Digital Mining, including ground, environmental and other mine risk monitoring for mine safety, operational efficiency and Mineral Resource Management;
- Mining and geospatial software development and application, including the development of risk maps; and
- Education and training for African countries, including technology development and application courses.
According to Professor Cawood, the work of the Joint Laboratory will benefit both China and Africa, as they work together on a range of solutions for the many mining challenges and problems in Africa.
“Perhaps our biggest opportunity is in the long-term, where we can work on 21st century mining education and skills for African countries – to ‘leapfrog’ our current technology gap in this area,” he said. “This will give Africans the capacity to manufacture, install and maintain technology solutions developed and designed in this Joint Laboratory.”