EMP Metals Advances Viewfield Project with Updated FEED Study

Event summary

  • EMP Metals has initiated a Front End Engineering Design (FEED) study for a Generation 2 process flow sheet, developed in collaboration with Saltworks Technologies.
  • The study aims to define technical requirements, mitigate risks, and establish accurate cost estimates (CAPEX and OPEX) for the Viewfield Project’s commercial surface facility.
  • Real-world operating data from the Project Aurora Demonstration Plant will be integrated to validate the FEED study’s findings.
  • EMP Metals holds 196,000 net acres (79,300 hectares) of Subsurface Dispositions and strategic wellbores in Southern Saskatchewan.

The big picture

EMP Metals’ focus on direct lithium extraction (DLE) from geothermal brines positions it within a rapidly evolving lithium landscape, seeking to diversify supply chains beyond traditional brine and hard-rock sources. The updated FEED study represents a key step in validating the technical and economic feasibility of this approach, which, if successful, could significantly lower production costs and accelerate lithium supply. However, DLE technologies remain relatively nascent, and scaling these processes to commercial levels presents considerable engineering and operational hurdles.

What we're watching

Cost Accuracy
The success of the FEED study hinges on delivering credible CAPEX and OPEX estimates, which will be crucial for securing future financing and attracting investors. Significant deviations from these estimates could signal underlying engineering or operational challenges.
Demo Plant Performance
The integration of data from Project Aurora will be critical; underwhelming performance from the demonstration plant could necessitate further design revisions and delay the commercialization timeline.
Scalability
The FEED study's ability to translate the Generation 2 flowsheet into a scalable commercial operation will determine the long-term viability of the Viewfield Project and EMP Metals’ broader strategy.

Related topics

Mining Lithium