SMI Webinars

Integration across the many disciplines that have a role to play in mine closure, particularly Life of Mine planners, is critical to realise value through leading practice closure planning and execution.

Strategic mine planning is essential to maximise the value of the mineral resource and consider the long-term sustainability of the environment and community where we operate. This presentation will focus on the working relationships and integration between technical disciplines, to manage a broad range of mining related risks. Through examples of strategic mine planning, the presenters will highlight the coordination and deliberate connection between multiple technical themes and disciplines, focusing on the core technical activities and inputs, which align to essential business process and, incorporate external sustainability drivers.

This presentation will cover three aspects: 1) Who is Hexagon and what is their role in mining; 2) Hexagon mine monitoring and how they change how mining operations work; 3) Thoughts on technology direction in mining, and some consideration for current HDR students in developing rewarding careers.

Neville Plint will interview current and former staff members to revisit JKMRC’s history, to look at where we are now, and look forward to how the centre might look in another 50 years.

Current flash flotation test techniques are targeted at operating plants. A laboratory batch test technique for greenfields operations was developed and will be described. Finding geometallurgical relationships to proxy data is often difficult and relationships mediocre. A slightly unusual method was followed to select samples for geomet testing and may have helped in developing exceptionally strong predictive relationships for almost all metallurgical parameters.

The safety expectations by individuals, society-at-large as well as companies has matured over time, and what was acceptable in the past is no longer acceptable and will evolve further in future. In this webinar Dr Kobus de Jager will examine actions taken to improve safety in six south African mines over a 10 year period, and looks at how the approach could be adopted by other companies

The Himalaya-Tibetan Plateau is the type example of continent-continent collision systems. Suturing of Indian and Eurasian continents and the subsequent rise of Himalaya-Tibetan Plateau have exerted an impact on climate, ocean circulation, biological processes, and resource accumulation. This talk will bring the audience to the Ladakh region in NW India where the suture zone and southern Eurasian Plate are exhumed to the surface.

Dr Gerardo Castillo Guzmán and an expert panel will discuss his recently published book, Local Experiences of Mining in Peru: Social and Spatial Transformations in the Andes. The book draws extensively on field research undertaken by Gerardo in the area of Rio Tinto’s La Granja exploration copper project in the northern Peruvian Andes.

Accurate prediction of environmental issues from pre-emptive rock studies is the aim. Successes are heart-warming, but the lessons (best not to call them failures) can be most instructive, and this webinar will cover both. Southern NZ has 150 year history of gold mining, both placer and hard-rock. The biggest issue for placer mining has always been downstream suspended sediments. This issue is affected by geology and is partly predictable and manageable, but subtle features can lead to large negative effects.

The world is experiencing rapidly evolving social and environmental changes that are impacting many areas of mine operation management and contributing to an uncertain future for the industry. This is particularly the case for water resources and tailings management. In this webinar Dr Doug Aitken outlines work undertaken in Chile to develop a roadmap to greater sustainability and resilience.

An Interoperable technology stack promotes innovation and provides choice to select better suited technology for your mine.

Dr Barry Noller outlines research as part of the rehabilitation of the Ranger Uranium Mine, which saw the development of water quality guideline values (WQGV) for uranium and other metals in local waterbodies to protect aquatic organisms from the effects of metal toxicity.