For the past century, economies and geopolitics have largely been driven by our insatiable appetite for oil and fossil fuels in general.  As we gradually make the transition to a low-carbon energy future, the focus on oil will shift to sustainable supplies of essential minerals and elements.

The use of solar panels, batteries, electric vehicle motors, wind

turbines, and fuel cells is growing rapidly around the world.  These technologies make use of cobalt,

copper, lithium, cadmium, and various rare earth elements.  The need for any one of these things may

diminish if alternatives are found, but there will continue to be a growing reliance

on multiple substances whose physical and chemical properties are essential to

the function of modern devices and technologies.

In some cases, global supplies of particular minerals and elements are

dominated by a particular country, are facing social and environmental

conflicts, or face other market issues. 

Shortages of any of them could create economic problems and derail

progress much as the oil-related energy crises of the past have.

The world faces challenges in managing the demand for low-carbon

technology minerals as well as limiting the environmental and public health

damage that might be associated with their extraction and processing.  Expanded use of recycling and reuse of rare

minerals will be essential.

As the relatively easy sources of these materials become exhausted,

other resources will become more attractive. 

These include various valuable ecosystems, oceanic deposits, and even

space-based reserves.

Ushering in the low-carbon future is not a simple matter and will

require responsible actions by the world’s governments and industries. In

undoing the damage from the oil age, we must avoid new damage from the

low-carbon age.

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Sustainable supply of minerals and metals key to a low-carbon energy future

Photo, posted March 13, 2015, courtesy of Joyce Cory via Flickr.

Earth Wise is a production of WAMC Northeast Public Radio.