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Chemical elements / Reducing agents / Pidgeon process / Silicothermic reaction / Swinburne University of Technology / Pidgeon / Aluminium / Chemistry / Matter / Magnesium


Magnesium: Current and Alternative Production Routes 27 September 2010 Winny Wulandari, Geoff Brooks, Akbar Rhamdhani, Brian Monaghan* Faculty of Engineering and Industrial Sciences
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Document Date: 2015-03-01 20:38:57


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File Size: 1,12 MB

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China / United States / Canada / /

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USD / /

Facility

University of Wollongong Outline Introduction Magnesium Technologies Current Routes Alternative Routes Magnesium / Swinburne University of Technology Current Routes / Swinburne University of Technology The Pidgeon Process Reaction / Industrial Sciences Swinburne University of Technology *Faculty / Swinburne University of Technology Electrolytic Routes Electrolytic / Magnesium Plant / Swinburne University of Technology Electrolytic Routes High / Swinburne University of Technology / Swinburne University / /

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automotive www.polmag.pl applications / energy intensive / cleaner energy source / /

Movie

Steel / /

Organization

Swinburne University / Brian Monaghan* Faculty of Engineering / Swinburne University of Technology Current Routes / Swinburne University of Technology Electrolytic Routes Electrolytic / University of Wollongong / Faculty of Engineering / Swinburne University of Technology / /

Person

Brian Monaghan / Geoff Brooks / Akbar Rhamdhani / /

Technology

ATM / Technology Magnesium Technologies Silicothermic reduction Pyrometallurgy Pidgeon Process Magnetherm Mintek Carbothermic Magnesium Technologies / Wollongong Outline Introduction Magnesium Technologies / /

URL

www.polmag.pl / /

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