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Beyond Electrification: Critical Mineral Shortages Challenge the All-Electric Path to Decarbonization

BySam Butler

10d ago· 11 min readenInsight

technology science energy policy climate & environment

Summary

The article argues that while electrification is a key strategy for decarbonization, it faces significant bottlenecks due to the massive quantities of critical minerals (like graphite and cobalt) required for batteries. It explores alternative technologies and interventions that could cut emissions faster and cheaper without relying on mineral-intensive electrification, presenting a more nuanced path to meeting climate targets.

Source

bskyBeyond Electrification: Critical Mineral Shortages Challenge the All-Electric Path to Decarbonizationjacobin.com

Key quotes

· 3 pulled

To keep global warming below 2 degrees Celsius, climate scientist Kevin Anderson calculates that we need to cut emissions by 8 percent every year, starting now

Electrification poses its own problems, chiefly that batteries powerful and plentiful enough to run everything from cars to homes to industry require vast quantities of critical minerals like graphite and cobalt

Alternative technologies and interventions can cut emissions faster, cheaper, and without mineral bottlenecks

Snippet from the RSS feed

Electrifying everything sounds like the obvious path off fossil fuels, but it requires critical minerals we can’t source quickly enough. Alternative technologies and interventions can cut emissions faster, cheaper, and without mineral bottlenecks.

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