River Derwent Heavy Metals Project
Tackling the problem of heavy metals pollution in the River Derwent.
Investigators
- Ross Brewin
- Professor Callum Morton Monash Art, Design and Architecture
- Dr Alysia Bennett
- A/Professor Kit Wise
- Kirsha Kaechele
- Steve Devereaux
- Nick O’Halloran Museum of Old and New Art (MONA)
- Dr Catriona Macleod
- Dr Christine Coughanowr
- Dr Ruth Eriksen
- Professor Peter Davies
- Bronagh Kelly UTAS
Co-investigators
- Peter Fellicetti Structural Engineering (Wall)
- Dr Vicki Gardiner
- Engineers Australia Engineering (Hatchery)
- Scott Parkinson
- Shellfish Culture
- Unique Earth Rammed Earth
- Steven Little Constructions Concrete and Steel
- Cordwell Lane Timber
- Aeden Howlett Table Construction
- MEGS lighting Lighting
- Tasmanian Oyster Company Basket and Shell suppliers
- Zsolt Faludi Cadmium tiles
Partner organisation
- Institute for Marine and Antarctic Studies (IMAS)
It requires a creative approach because we don't know what to do…We are essentially taking a depressing problem with no obvious solution and turning it into an opportunity for artists, architects and scientists to come together and see what innovative solutions they can create.
Kirsha Kaechele, Project Founder, Tasmania Times, 3/10/13
The Heavy Metals Project is a community and environment focused initiative facilitated by the Museum of Old and New Art (MONA) that aims to raise public awareness of and provide creative solutions to, the problems associated with the extensive heavy metal pollution of the River Derwent in Hobart, Tasmania. Operating at the nexus of architecture, art and science, the project plays three key roles; it communicates the pollution problem to the public; it actively contributes to the remediation of the contamination by providing a kind of storage site for extracted pollutants; and it provides a hub for the MONA summer market.
Heavy metals are extracted from the river by a troop of oysters that are placed into the Derwent. Once removed, the oysters are heroically encased into a concrete brick and then placed into the concrete ‘waffle’ walls. In the middle of the wall is a ‘tomb’ that slowly darkens as more oysters are placed into the holes of the concrete panels, becoming a reflective space to consider the effects of humans on the natural environment and the role that natural biological systems can make in the remediation of pollution problems.