Projects per year
Abstract
‘Urban Gold Rush’ is a research project comprising three exhibitions and supporting publications, in which Wilson foregrounds questions of cultural consumption and sustainability of precious metals in the field of jewellery, in the context of the UN Sustainable Development Goals.
Recycling electronic waste is a critical international issue with 90% of scrap, such as mobile phones, illegally traded or dumped annually. While e-waste contains hazardous substances, it is also a rich resource of precious metals; as little as 11% of these are being recovered (in some countries, such as India, this figure is as low as 1.5%).
Wilson is the first jeweller to use a hydro-metallurgy process to recover precious metals. She collaborated with Love Chemistry Laboratory, University of Edinburgh (July 2017 - to date) a world-leading facility that has developed a new ligand that specifically targets gold, Wilson has gone through the recovery process, creating metals in liquid solution and solid state.
A comprehensive review of historic alchemists underpinned the research and Wilson created a technical diary to document and study the effects of different metal solutions on different types of silver: new surface finishes using electrochemical replacement plating and artefacts have been created to showcase the value of this novel methodology.
This work has been exhibited and presented at international events in Germany (2018), India (2019), USA (2019), and China (2020). It has received national press attention from The Times, The Financial Times, The People’s Friend (combined circulation of 2.5M), The Conversation, with over 70,000 reads in the first month, and US-based Metalsmith Magazine. This work led to Wilson being CI on an EPSRC funded project (£398,820 (£32,439 to UoD)) to develop a new sustainable metal supply chain that will particularly benefit female rural artisans in India, who are subject to exploitative middlemen and poor wages and conditions, while preserving their cultural heritage.
Recycling electronic waste is a critical international issue with 90% of scrap, such as mobile phones, illegally traded or dumped annually. While e-waste contains hazardous substances, it is also a rich resource of precious metals; as little as 11% of these are being recovered (in some countries, such as India, this figure is as low as 1.5%).
Wilson is the first jeweller to use a hydro-metallurgy process to recover precious metals. She collaborated with Love Chemistry Laboratory, University of Edinburgh (July 2017 - to date) a world-leading facility that has developed a new ligand that specifically targets gold, Wilson has gone through the recovery process, creating metals in liquid solution and solid state.
A comprehensive review of historic alchemists underpinned the research and Wilson created a technical diary to document and study the effects of different metal solutions on different types of silver: new surface finishes using electrochemical replacement plating and artefacts have been created to showcase the value of this novel methodology.
This work has been exhibited and presented at international events in Germany (2018), India (2019), USA (2019), and China (2020). It has received national press attention from The Times, The Financial Times, The People’s Friend (combined circulation of 2.5M), The Conversation, with over 70,000 reads in the first month, and US-based Metalsmith Magazine. This work led to Wilson being CI on an EPSRC funded project (£398,820 (£32,439 to UoD)) to develop a new sustainable metal supply chain that will particularly benefit female rural artisans in India, who are subject to exploitative middlemen and poor wages and conditions, while preserving their cultural heritage.
Original language | English |
---|---|
Type | Multi Component Output |
Media of output | A portfolio of outputs ranging from exhibition catalogues, articles and events |
Publisher | University of Dundee |
Publication status | Published - 2020 |
Fingerprint
Dive into the research topics of 'Urban Gold Rush'. Together they form a unique fingerprint.Projects
- 1 Finished
-
Electrochemical Replacement Plating: The value of a historical technique in addressing contemporary issues
Wilson, S., 11 Sept 2020.Research output: Contribution to conference › Paper › peer-review
-
The New Gold Rush: Precious Metals Mined from Electronic Waste
Wilson, S., 2020, In: Metalsmith. 40, 3, p. 42-45 4 p.Research output: Contribution to journal › Article › peer-review
-
Confluence: Tradition in Contemporary Art, George Segal Gallery, Montclair State University, New Jersey, USA
Sheng, X. (Curator), Modeen, M. (Collaborator) & Li, K. (Collaborator), 2019Research output: Non-textual form › Exhibition
-
Urban Gold Rush: Recovering precious metals from electronic waste
Wilson, S. (Keynote speaker)
3 Apr 2019Activity: Talk or presentation types › Keynote
-
Urban Gold Rush - Recovering Precious Metals from Electronic Waste
Wilson, S. (Speaker)
Apr 2019Activity: Talk or presentation types › Invited talk
-
Interface – Innovative and Sustainable Materials, at XPO North 2019, Inverness
Wilson, S. (Speaker)
4 Jul 2019Activity: Talk or presentation types › Invited talk
Press/Media
-
I’m a bit of a modern-day alchemist, recovering gold from old mobile phones
21/05/20
1 Media contribution
Press/Media: Research
-
-