Volt Rush
Lithium, cobalt and nickel supply chains behind the EV build-out.
Summary
Henry Sanderson covered commodities for the Financial Times and wrote this on the materials that electric vehicles and batteries require, and on where they come from.
The reporting is field-based. He covers cobalt mining in the Democratic Republic of Congo, including the artisanal sector and the child labour question, and the Chinese companies that acquired the industrial mines; lithium extraction in Chile's Atacama brines and in Australian hard rock, and the water and community conflicts around it; nickel in Indonesia, where high-pressure acid leach processing has produced enormous capacity alongside serious environmental damage; rare earths and the processing concentration in China; and the recycling industry that does not yet exist at the scale required.
His analytical argument is that the energy transition depends on materials whose supply chains are concentrated, environmentally damaging and geopolitically exposed, and that Chinese firms and policy secured control of the processing stage while Western companies and governments were not paying attention. He is careful not to argue against the transition, and he is direct that fossil fuel extraction has been worse on every dimension he examines. The book is journalism rather than analysis and does not model supply and demand. Its documentation of who controls each processing stage is the material most useful to an investor.
Key takeaways 7
- Battery material supply chains are concentrated at the processing stage, and Chinese firms control most of that capacity.
- Cobalt from the Democratic Republic of Congo includes artisanal production with documented child labour that industrial supply chains cannot fully exclude.
- Lithium extraction in Chile's Atacama brines consumes water in a region where it is contested by local communities.
- Indonesian nickel processing built enormous capacity quickly at substantial environmental cost.
- Sanderson argues that Western companies and governments failed to notice that processing rather than mining was the strategic stage.
- Recycling does not yet exist at the scale the transition will require, which leaves primary extraction as the only source.
- Fossil fuel extraction has been worse on every dimension examined, which Sanderson states directly rather than leaving implied.
Who should read it
Investors in energy transition and battery supply chains who want field reporting on where the materials come from and who controls each stage.
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Where it sits in the reference 2
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