INFRASTRUCTURAL RECLAMATION

Thesis Studio Project; Winter 2011

Captains: Clint Langevin, Amy Norris; Advisors: Steven Fong, Carol Moukheiber, Marc Ryan

reclaim (v)
1. retrieve or recover (something previously lost, given, or paid)
2. bring (waste land) under cultivation

In this thesis project, the highly affected landscapes of former mine sites are strategically repurposed as sites for the research, development, and production of clean energy: hubs of a new sustainable energy infrastructure for the United States.

This solution simultaneously reduces the impact of clean energy generation, catalyzes the productive reclamation of abandoned mines, and stimulates local and regional economies formerly dependant on resource extraction.

Proposed conversions for several existing mine sites demonstrate the potential of the proposal.


the big idea plan for mine use as part of the development of a clean energy infrastructure for the USA U.S. solar energy potential U.S. wind energy potential U.S. geothermal energy potential combined map of clean energy potential and identified energy regions proposed r+d hubs (those selected for further study indicated in orange) proposed selection of clean energy r+d hubs identified mine typologies as part of strategic approach to mine repurposing developing a strategy for repurposing mines as clean energy r+d centres Berkeley Pit Copper Mine, Butte, Montana mapping existing mine features at Berkeley Pit Copper Mine vignette of Berkeley Pit Hub (geothermal + hydro) Black Thunder Coal Mine, Thunder Basin National Grassland, Wyoming proposed conversion of Black Thunder Coal Mine vignette of Black Thunder hub (wind) Eagle Mountain Iron Mine, California assembled information on Eagle Mountain Iron Mine vignette of Eagle Mountain hub (solar) Sylvia Lake Zinc and Talc Mines vignette of Sylvia Lake hub (geothermal + solar)