Events

Direct Lithium Extraction 2024

9/08/2024

ERCE to Attend Direct Lithium Extraction 2024 in Munich

We are delighted to announce that ERCE’s Mike Braim, Head of Geophysics, will be attending the Direct Lithium Extraction (DLE) 2024 conference on September 2-3 in Munich. This premier trade show is dedicated to showcasing the latest innovations in lithium extraction technologies, bringing together experts from the oil & gas, electric vehicles, and geothermal energy sectors. The event offers a unique opportunity to connect and collaborate with industry leaders who are at the forefront of extracting lithium from brine resources.

The global lithium industry currently faces significant challenges due to conventional extraction processes. Issues such as soil degradation, water shortages, and the impacts of global warming are intensifying due to the growing demand for lithium batteries. This has led to a pressing need for more sustainable lithium production methods.

Next-generation lithium extraction processes provide promising solutions to these challenges. By reducing production timelines, water and reagent usage, and reliance on mining sites and evaporation ponds, these innovative techniques offer a more sustainable and efficient approach to meeting the increasing demand for lithium. They utilize a variety of brine resources, including continental, seawater, geothermal, and oilfield brines.

Key topics on this year’s agenda include:

  • Future trends in lithium demand and the renewable transition
  • Technologies for direct lithium extraction to produce commercial-grade lithium
  • Exploring lithium-rich brine resources in continental, geothermal, and oil & gas reservoirs
  • Designing next-generation lithium extraction facilities to optimize production and minimize costs
  • Developing optimized materials and synthesis methods for large-scale lithium production
  • Case studies, regulations, environmental guidelines, and social licensing

The conference will serve as a forum for all stakeholders, including industrial manufacturers, contractors, lithium producers, and major heavy industries, to network, build cross-market relationships, and discuss the latest developments in lithium extraction technologies.

ERCE supports lithium and lithium + geothermal projects through five major services: Asset Development, Lender’s Advisory, Qualified Person Reporting, Unitization, and M&A. Our objectives are to:

  1. Conduct fit-for-purpose studies, considering the newness of the DLE industry.
  2. Assist stakeholders in understanding risk and uncertainty, leveraging our experience in other subsurface industries.
  3. Communicate complex concepts in a manner suitable for making informed business decisions.

We encourage attendees to arrange a chat with Mike Braim at the conference to learn more about our DLE services and how we can support your team. For more information about the conference and to register, visit the Direct Lithium Extraction 2024 website.

Michael has over 13 years’ experience in subsurface evaluation and is responsible for the management of the Geophysics Group within ERCE. He has extensive skills in multi-layer depth conversion methods, volumetric calculation, rock physics and seismic interpretation. Michael applies his knowledge to structural and stratigraphic prospect identification as well as the refinement of field understanding post drill, integrating the full suite of geological and geophysical data. Michael has also undertaken a number of studies within our Expert Group, providing technical expertise for submission in arbitration, determination and re-determination. He is certified as an Expert Witness by Cardiff University.

Recently, Michael has worked on numerous lithium brine projects including resources evaluation and lenders advisory work in Europe and S. America. His broad geoscience skillset can be applied to analysing the potential development of fractured and matrix reservoirs, critically analysing models to interrogate development feasibility, brine recovery and accompanying geothermal potential.

Holly Baker