Tag Archives: University of Sydney

Australia’s zero-emissions copper mines requires ‘moonshot’ type thinking: report

Automation, Base metals, Comminution of minerals, Environmental, IoT, Mineral exploration, Mineral processing, Mining equipment, Mining safety, Mining services, Mining software, Power supply for mines, Sustainable mining, Water management, , , , , , ,

The University of Sydney’s Warren Centre for Advanced Engineering has set out how Australia’s copper mining sector can become emission free over the next 30 years through the use of emerging technologies in a new report.

The Zero Emission Copper Mine of the Future report is a ‘world first’ roadmap, commissioned by the International Copper Association Australia (ICAA), the university says.

Within the report, five key target areas are identified for technological innovation to reduce and ultimately eliminate mining emissions: exploration, movement of materials, ventilation, processing, and water use.

In the “material movement” section, specifically, autonomous equipment, battery-electric vehicles, hybrid diesel electric trucks and trolley systems, “hydro-hoisting”, hybrid electric vehicles and hybrid hydrogen electric vehicles are included.

The university explained: “The range of technologies copper supports is vast: autonomous drones and robot machinery, next-generation sensors, mixed reality (immersive technology), wearable tech, in-situ ore recovery, novel leaching processes and on-demand ventilation are just some examples.”

Achieving cutting-edge innovation will also depend on collaboration across five strategic levers: policy and programs, industry networks, capital enablers, future knowledge and an open mindset, according to the university.

Director of the Warren Centre for Advanced Engineering, Ashley Brinson, said: “A zero-emission copper mine of the future will be significantly different from the current copper mining system, and will require fundamental changes in how the mine sources, consumes and abates energy.

“To achieve a zero-emissions future, ‘moonshot’ type thinking is needed and will require a joint commitment from research bodies, the public and private sectors.”

John Fennell, ICAA CEO, said the resources sector, and copper mining in particular, faces big challenges – falling ore quality, fewer new deposits and much tougher licence to operate rules.

“But we need to do things differently going forward,” he said.

Fennell said this report is the first of three blueprints or horizon reports over three years, designed to clarify the vision, establish viable technologies, create an innovation culture, and bring the industry together.

Rio addresses STEM skills shortage with new educational program

Automation, Careers in mining, IoT, Mining finance, Mining industry recognition, Mining people, Mining services, Mining software, Sustainable mining, , , , , , ,

Rio Tinto says it will work with leaders in Australia’s education and innovation sectors in a “new, disruptive approach designed to tackle a looming skills gap in the nation’s future workforce”.

The company will invest A$10 million ($6.8 million) in a four-year national program, targeted at school-age learners, that aims to fast-track the development of skills needed for the digital future, including critical thinking, problem-solving, automation, systems design, and data analytics.

Launched today at the Rio Tinto Centre for Mine Automation at the University of Sydney, and developed in partnership with startup accelerator BlueChilli and Amazon Web Services (AWS), the program will crowd-source and fund ideas from start-ups and schools, Rio says.

“Designed to prepare young Australians for work of the future, the initial phase of the program will identify existing EdTech projects aimed at enhancing future skills, that can be scaled-up quickly for the use of students, teachers and parents,” Rio said.

Data compiled by employment analytics firm Burning Glass shows there is a shortage of transferable, broad-based Science, Technology, Engineering and Maths (STEM) skills, such as systems analysis and programming, and broader expertise, such as communication and problem solving, needed for the digital revolution.

An advisory board of Australian education, innovation and business leaders, to be announced early next year, will guide the accelerator program and recommend future areas for investment. In 2020, startups selected for the program will each receive a grant from Rio Tinto, as well as training and mentoring from experienced entrepreneurs.

Rio Tinto will also encourage other business, education and innovation leaders to join the program, it says.

Rio said: “The initiative complements the A$14 million Rio Tinto already invests in education programs each year with universities, schools, governments and the not-for-profit sector to help meet growing demand for new and emerging skills.”

The existing investment includes a partnership with the West Australian Government and TAFE to develop the first nationally recognised qualifications in automation.

Rio Tinto chief executive, J-S Jacques (pictured), said: “This new program takes a bold and disruptive approach to identifying solutions that will help equip young people with the knowledge and skills for a changing world.”

He said rapid technological change was transforming people’s lives, and the pace of change is only increasing, challenging the company’s ability to attract, develop and retain the talent needed to run our operations of the future.

“Workers with transferable skills including broad-based Science, Technology, Engineering, Arts, and Maths are critical for Australia’s future productivity and global competitiveness,” he said.

He concluded: “Addressing the change in skills required by mining and other industries is a task that requires new thinking and genuine partnerships between business, governments and academia. This approach significantly expands the network of organisations focused on equipping people for a digital future.”

Amazon Web Services Head of Resource Industries for Australia and New Zealand, Sarah Bassett, said: “AWS is committed to helping Australians develop the skills needed to thrive in the future workplace and drive economic growth. We are delighted to work with Rio Tinto and BlueChilli, as well as some of the most innovative startups, to help enable their ideas through technology.”

University of Sydney Deputy Vice-Chancellor (Research), Professor Duncan Ivison, said the university has worked with Rio Tinto for over a decade in advanced robotics and AI technology.

“Programs like these are particularly important when you consider the automation of routine tasks will increase demand for higher order skills such as critical thinking and analysis,” he said. “We need to prepare young people for these changes and at a minimum ensure that with increasing digitisation of the workplace there is basic digital literacy across all workers.”