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New Process Could Unlock Lithium Supply

Abstract representation of a scientific breakthrough in lithium extraction.

TL;DR: Researchers have developed a new, more environmentally friendly, and potentially cheaper method for extracting lithium, a critical component for batteries. The process, detailed in the journal Science, is being commercialized by a startup named Rock Zero, aiming to address future supply chain challenges for EVs and energy storage.

By Taranpreet Singh·3h ago·1 min read·updated 1h ago
Source

Key facts

Category
Tech Updates
Impact
High
Published
3h ago
Source
MIT Technology Review

Full summary

A new, more eco-friendly extraction technique could make lithium cheaper and more accessible for batteries in EVs and grid storage systems.

Researchers have developed a new method for extracting lithium, a critical metal for batteries used in electric vehicles and grid-scale energy storage. Detailed in the journal Science, the technique promises to be more environmentally friendly and potentially cheaper than existing methods. A startup called Rock Zero is now working to commercialize this process. Current lithium extraction relies on hard rock mining or large evaporation ponds, which can be energy-intensive and have significant environmental footprints. This new approach is designed to overcome these challenges, offering a more sustainable way to source a key material for the energy transition.

This development is highly relevant for leaders in the hardware, automotive, and climate tech industries. As demand for lithium soars, a more efficient extraction process could help stabilize supply chains, reduce price volatility, and lower the cost of batteries. For companies reliant on lithium-ion technology, this could mitigate supply risks and improve the environmental profile of their products. The key challenge ahead is scaling this laboratory discovery to an industrial level. Rock Zero must prove the technology is cost-competitive in a real-world environment, a step that will be closely watched by the entire battery supply chain.

Tags

#deep tech#materials science#supply chain#lithium#batteries#sustainability

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Primary source: MIT Technology Review

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