Permian’s Potential Multibillion Dollar Bonanza: Direct Lithium Extraction

Energy Analytics
byGraham Bain

In North America, increasing demand for electric vehicles and energy storage systems is driving a need for a reliable and sustainable source of lithium. Direct lithium extraction (DLE) could help meet this demand by providing a domestic source of lithium, reducing the need for imports and improving energy security in the region. Additionally, by using a more sustainable extraction method, DLE could help to reduce the environmental impact of lithium production.

In a recent report, Enverus Intelligence Research (EIR) analysts explore the potential production of lithium from produced water in the Permian Basin.

While not yet commercially proven, DLE is a method of extracting lithium from brine without the need for large evaporative ponds or mines. This provides multiple advantages over traditional lithium production in North America, such as:

  • Lithium can be extracted more quickly as it does not require evaporation or the need to go through the entire mining process.
  • It is more environmentally sustainable than traditional methods. Without the need for mining or evaporation ponds, DLE nearly eliminates the chance to contaminate freshwater aquifers and entails a much smaller land footprint.
  • It does not need to clear the same legal and regulatory hurdles as new mines, which can take many years to commission.
  • It could be produced from oil and gas wastewater, offsetting the cost of dealing with the fluid.
  • It can use talent and infrastructure from the oil and gas industry, producing water from active oil and gas wells or from depleted legacy fields.

Recent changes to North American critical minerals policy incentivize local lithium production, with the Inflation Reduction Act implementing a stackable 10% tax credit on both mining and refining and the Defense Protection Act providing $1 billion per year to boost domestic mineral development. Canada has also joined the band with $3.8 billion allocated to projects in the form of infrastructure investments and tax credits.

If DLE can be proven commercial, there is an incredible opportunity for oil and gas producers to bolt on lithium processing for their wastewater, which all contains some concentration of lithium, with yearly production of lithium carbonate equivalent to more than 11,000 tons.

All formation water contains some concentration of lithium. Unconventional shale operators in the U.S. produce massive amounts of water, introducing the potential of an additional source of revenue for operators — if it can be extracted. Enverus analysts looked at several operators in Texas who have potential to produce lithium carbonate equivalent over their acreage from produced water. Source: Enverus Energy Transition Research.

Want to learn more about lithium, electric vehicles or how Enverus analysts can help you navigate the energy transition? Fill out the form below to speak with an Enverus expert.

Graham Bain

Graham Bain

Graham joined Enverus Intelligence Research (EIR) in 2020 with the acquisition of RS Energy Group. As lead of the subsurface group on the Energy Transition Intelligence team, Graham creates intelligent connections between the subsurface, emerging energy and carbon innovation technologies through a deep understanding of geosciences and the energy transition. Prior to EIR, Graham worked as an analyst for the Alberta Energy Regulator with a focus on the Athabasca oil sands, and as a geologist in training for a Calgary-based exploration company.

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