As a key ingredient of batteries for electric vehicles (EVs), lithium plays a significant role in
climate change mitigation, but lithium has considerable impacts on water and society across …

Saline brines currently being brought to the surface to produce geothermal energy in the
Salton Sea region of California contain high concentrations of lithium that could potentially …

Lithium demand is surging, necessitating efficient extraction methods. Geothermal brines
offer a promising alternative feedstock, yet comprehensive systems-level analyses are …

Lithium is considered an “energy transition mineral” for mitigating climate change because it
is a key component of batteries for electric vehicles and renewable energy storage. Even …

Geothermal brines are rich in potentially valuable, strategic, and/or critical minerals.
Increasing global demand for metals needed for the production of advanced materials …

Given the rapidly increasing demand for rechargeable batteries and the EU's net-zero
targets, lithium is an important building block for the future energy economy, but resources in …

This dissertation examines clean energy supply chains in the context of the just transition
and circular economy frameworks, focusing on a central technology for zero-emissions …

Lithium de France is an independent French operator aiming to extract heat and geothermal
lithium. Their project consists in producing hot and Li-rich fluid naturally circulating inside a …