Hong Kong, 15-16 May 2019
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 is a technology and energy metal with unique physical and chemical properties making it ideal for use in a wide range of metallic and chemical applications
January 2019
Metalkol RTR is a major reprocessing plant for historic cobalt and copper tailings from previous mining operations in the Haut-Katanga province of the Democratic Republic of the Congo
The Cobalt Institute (CI) is delighted to welcome Dr Simon Cook as the new Vice President of Global Regulations
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
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
On 9 January 2019, the Cobalt Institute (CI) launched the Cobalt Industry Responsible Assessment Framework (CIRAF)
Cobalt’s properties which allow for increasing chip performance, could lead it to have a major place in the semiconductor manufacturing industry
