Cobalt is considered a Critical Raw Material, it is recognised as an important technology enabling metal where energy storage, high temperature resilience, hardness, process efficiency and environmental benefits are required
Cobalt contributes greatly to the general quality of life for humans and for a sustainable future, its importance to rechargeable batteries, electronics, catalysts, alloys and healthcare has resulted in the metal being referred to as a technology enabling element
Luxury vehicle maker BMW won’t be signing any supply contracts for lithium and cobalt at least until 2020, when mass-producing electric vehicles (EVs) proves to be profitable
Sweden will intensify efforts to find minerals such as cobalt and lithium, key battery components that are increasingly in demand among makers of electric vehicles
An assistant professor at the University of California San Diego says he has developed a way to recycle used cathodes from spent lithium-ion batteries and restore them to the point that they work as good as new
Cobalt has been used to colour pottery and glass for at least 2600 years evidenced by cobalt-containing glazes having been found in Ancient Egyptian tombs. Chinese pottery from Tang (600-900 AD) and Ming dynasties (1350-1650 AD) also contained blue colours made from cobalt-containing minerals
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The CI is looking to develop a sustainability profile for cobalt which will outline the environmental effects and the socio-economic benefits, and highlight the “sustainability attributes” of cobalt substances used in various applications
Cobalt is subject to a wide number of regulations, policies and classifications which are applied at regional, national and global level
