Infographic Competition
Infographic portrayal of the hazards / impact of mine dust on a local community. The infographic should provide information that can educate the community on the exposure risks, health effects, preventive measures and potential mitigation of mine dust impacts.
The competition is running from the 7th of February to the 31st of May 2021 and the winner will be awarded R5 000 in prize money. Winners to be announced on the 30th of June 2021 via the network website and other social media platforms.
Past Events
GCRF Mine Dust and Health Network session @ MtM and SAIMM Forum
Topic for 7 April 2021: Organising Fence-line Communities In the Context of Mining
Dust emissions from mining operations and waste dumps pose a risk to the health and quality of life of surrounding or fence-line communities.
Speaker: Mr. Brown Motsau
Topic for 24 February 2021: Mitigating long-term dust risks from tailings storage facilities: An exploration of opportunities, drivers and barriers for repurposing mine tailings.
Mine tailing storage facilities (TSFs) are a major source of mine dust emissions, both during and beyond the life-of-mine. Reallocation of mine tailings as feedstock for alternative uses offers an opportunity to remove risks of environmental emissions in perpetuity, whilst simultaneously recovering value. This free webinar focused on the development and transfer of innovative technologies for the repurposing of mine dust tailings.
Speakers: Associate Professor Dyllon Randall and Helene-marie Stander
GCRF Mine Dust and Health Network Technical session @ NACA 2020, 17 November
The GCRF Mine Dust and Health Network technical session, held under the topic “Mine Dust: Recent developments and future trends”, was convened virtually on Tuesday, 17 November 2020 at the NACA 2020 conference. The session, which attracted 130 people from Southern Africa, Australia, and the United Kingdom, was an interactive platform where participants and speakers engaged on the presentations given on the signature themes.
WATCH..The GCRF Mine Dust and Health Network technical session at the NACA 2020 conference.
UCT to lead network on tackling mine dust
Breathing in toxic mine dust has had a devastating effect on many mineworkers and communities. Now an innovative network, based at the University of Cape Town (UCT), hopes to open channels of communication and come up with solutions to this pervasive problem.
The GCRF Mine Dust and Health Network
aims to provide a platform for multiple stakeholders to develop integrated solutions to the polluting effects of dust emitted by mining and its associated operations in mining-intensive developing countries.Impact statement: Improved quality of life, health and environment of mining-impacted communities
To facilitate a shared and common understanding of the inter-related health risks and mitigation opportunities relating to mine dust by creating safe spaces for open discussion by all stakeholders
This objective is central to the success of this network. Research or discourse relating to mine dust has until now been carried out in disciplinary and sectoral silos with little engagement or discussion between different stakeholders, mainly due to perceived positions of distrust and competing interests. A unique three-tiered network structure involving open forums, special interest and working groups will enable constructive interactions to take place, with safe spaces for open conversations about the issues important to all stakeholders. The network will facilitate information and knowledge sharing and will actively engage stakeholders to use and implement insights gained from network activities..
To develop interdisciplinary research capacity, particularly among early career researchers in developing countries, to provide meaningful inputs to collaborative problem solving and to propose integrated solutions relevant to specific country/population contexts
It is clear from the lack of progress made towards solving issues surrounding mine dust that a collaborative, inter-disciplinary research approach is needed to integrate and share knowledge on, for example, potential dust source and dispersion pathways; significant characteristics of dust that adversely impact the environment and health, monitoring methods and practices; measures to manage dispersion and reduce health impacts, etc. This network brings together researchers from disciplines as diverse as occupational health, immunology, engineering, medical anthropology, geomorphology, law and more. A strong emphasis will be placed on involving early career researchers and students from a range of ODA countries to equip them with the knowledge and skills to deal with challenging real-world problems.
To increase community and regulatory awareness of mine dust related health risks and mitigation measures to devise low-cost solutions which will make previously voiceless communities part of the problem-solving team
Communities close to mines may not be aware of the grave health risks caused by inhaling fine dust particles, ingesting contaminated soils or dermal contact with mine dust. They also may feel they have no recourse to address their living conditions. Giving communities a voice, and similarly informing regulators of the risks and mitigation opportunities open to them will result in practical and enforceable regulations accepted by all stakeholders. The network forum will be open to members of community organisations, regulatory bodies and government organisations, and part of this objective will be to work together to devise low-cost solutions, including developing the evidence they need to translate research into policy. Such evidence will include establishing the burden of disease potentially linked to dust-exposures and the syndemic risk factors that contribute to them.
Our Students
Assessing the Distribution, Composition and Potential Human Health Implications of Particulate Matter in the Saldanha Bay Municipality – by Laylaa Ebrahim
It has been approximated that seven million people die due to air pollution, globally. The World Health Organisation (WHO) has reported that 90% of people breathe in highly polluted air and approximately 91% of the world’s population live in areas where air quality is extremely poor.
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Characterising potential health risks associated with coal dust – by Conchita Kamanzi
Coal as an energy source has powered the industrialization of many of the world cities since the 18th century, currently it remains a readily available energy source to meet the demands of several countries.
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Network Management Team
Shahieda Adams, (PhD)
Co-Director
Johanna R von Holdt, (PhD)
Lecturer, Department of Environmental and Geographical Sciences, University of Cape Town
