From rubbish to raw materials: turning tyres into steel

About the speaker

Scientia Professor Veena Sahajwalla is Founding Director of the Centre for Sustainable Materials Research & Technology (SMaRT), Associate Dean (Strategic Industry Relations) in the Faculty of Science at the University of New South Wales, and an Australian Research Council Laureate Fellow.

Respected as an internationally award-winning scientist and engineer, Professor Sahajwalla’s research focuses on the sustainability of materials and processes with an emphasis on environmental and community benefits. One of her most celebrated achievements is the invention of a process of recycling plastics and rubber tyres in steelmaking, now known around the world as green steel.

About the talk

Nine million old car tyres are piled in Australia’s biggest tyre dump, in Stawell, Victoria – just one of many such tyre piles around the world. But when she looks at these massive waste repositories, Professor Veena Shajwalla doesn’t see landfill: she sees elements. Raw materials that can be transformed into structural steel to build green buildings.

Professor Sahajwalla’s team treats as raw materials the stuff the rest of us throw away, inviting us to reimagine the concept of ‘rubbish’ through green manufacturing. Already, their technology has transformed two million passenger vehicle tyres into structural steel, and after recently being commercialised internationally the technology is ready to boom. And it’s not just tyres that can be repurposed in this way.

Join us as Professor Sahajwalla reveals how science is giving old plastic bottles, cars, bikes and computers can new life and purpose, boosting Australia’s manufacturing sector, supporting local councils and reaping incredible benefits for the environment.

Follow this talk through science_academy or through #everydaysci

The Shine Dome,15 Gordon Street Australian Capital Territory

Contact Information

Event Manager: Mitchell Piercey
Phone: (02) 6201 9462

5:30 PM October 18, 2016
FOR Public
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Add to Calendar 18/10/2016 5:30 PM 18/10/2016 5:30 PM Australia/Sydney From rubbish to raw materials: turning tyres into steel

About the speaker

Scientia Professor Veena Sahajwalla is Founding Director of the Centre for Sustainable Materials Research & Technology (SMaRT), Associate Dean (Strategic Industry Relations) in the Faculty of Science at the University of New South Wales, and an Australian Research Council Laureate Fellow.

Respected as an internationally award-winning scientist and engineer, Professor Sahajwalla’s research focuses on the sustainability of materials and processes with an emphasis on environmental and community benefits. One of her most celebrated achievements is the invention of a process of recycling plastics and rubber tyres in steelmaking, now known around the world as green steel.

About the talk

Nine million old car tyres are piled in Australia’s biggest tyre dump, in Stawell, Victoria – just one of many such tyre piles around the world. But when she looks at these massive waste repositories, Professor Veena Shajwalla doesn’t see landfill: she sees elements. Raw materials that can be transformed into structural steel to build green buildings.

Professor Sahajwalla’s team treats as raw materials the stuff the rest of us throw away, inviting us to reimagine the concept of ‘rubbish’ through green manufacturing. Already, their technology has transformed two million passenger vehicle tyres into structural steel, and after recently being commercialised internationally the technology is ready to boom. And it’s not just tyres that can be repurposed in this way.

Join us as Professor Sahajwalla reveals how science is giving old plastic bottles, cars, bikes and computers can new life and purpose, boosting Australia’s manufacturing sector, supporting local councils and reaping incredible benefits for the environment.

Follow this talk through  or through #everydaysci

The Shine Dome,15 Gordon Street Australian Capital Territory false DD/MM/YYYY

Contact Information

Event Manager: Mitchell Piercey
Phone: (02) 6201 9462

5:30 PM October 18, 2016

© 2024 Australian Academy of Science

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