Intelligence

Materials

Independent Assessment Validates Hydraulic Borehole Mining for Bonnie Claire Lithium Project

Author:
FAQsIR News Desk
Last Updated:
Reading Time
2 min

VANCOUVER, BC — An independent technical analysis conducted by WSP UK Limited has endorsed the use of the Hydraulic Borehole Mining Method (HBHM) for the Bonnie Claire Lithium Project, owned by Nevada Lithium Resources Inc. This significant review underscores the project's potential to recover valuable minerals located at greater depths in Nye County, Nevada.

#Results of the Independent Assessment

The assessment, based on WSP's extensive hydraulic borehole mining expertise, confirms that HBHM can effectively access the high-grade mineralization found at the Bonnie Claire site. The mineralization includes lithium, boron, cesium, and rubidium, with possibilities for also extracting rare earth elements in the future.

#Next Steps for Nevada Lithium

Despite the positive outlook on HBHM, WSP has advised against conducting in-field tests for the Preliminary Feasibility Study (PFS). Instead, they recommend further bench-scale testing and modeling to validate the methodology. This approach is expected to mitigate costs in the upcoming PFS while laying the groundwork for future field validations in the Feasibility Study (FS).

#Exploration of Alternative Mining Methods

In addition to validating HBHM, WSP identified other potential mining methodologies such as block caving and sub-level caving. These alternative methods will be evaluated further in the context of trade-off studies planned as part of the PFS.

#Market Context for Lithium

The findings come amidst a backdrop of rising lithium prices, which have recently surpassed the forecasts included in Nevada Lithium's Preliminary Economic Assessment (PEA). The company aims to leverage these favorable market conditions to enhance shareholder value from its Bonnie Claire Lithium Project.

#Key Takeaways

  • The WSP UK Limited review supports the use of Hydraulic Borehole Mining for the Bonnie Claire Lithium Project.
  • Further bench-scale testing is recommended before proceeding to field tests for the Preliminary Feasibility Study.
  • Alternative mining methods, including block caving and sub-level caving, are also being considered.
  • The project stands to benefit from increasing lithium prices, enhancing its economic potential.
  • The upcoming PFS is designed to ensure efficient recovery strategies and minimize testing costs.

Original source: Read original article

Frequently Asked Questions

The independent analysis by WSP UK Limited confirms the applicability of the HBHM for accessing the high-grade mineralization at the Bonnie Claire Project. This suggests a promising avenue for increasing recovery efficiency in future operations.
WSP recommends additional bench-scale testing and modelling to support the Preliminary Feasibility Study (PFS). This approach may significantly reduce associated costs and enhance the project's economic viability.
The Bonnie Claire project is anticipated to recover lithium, boron, cesium, and rubidium, with potential for additional rare earth elements, underscoring the project's significance in a rapidly growing market.
Given the rising demand for lithium and recent price trends above previous models, the Bonnie Claire Project stands to benefit economically, driving potential shareholder value.
WSP identified block caving and sub-level caving as alternative methods worth evaluating, suggesting a flexible approach that could optimise recovery strategies at the project.
Nevada Lithium Resources is committed to transparency and will share results and updates related to the PFS with stakeholders, which may enhance investor confidence.
The PEA projects an impressive after-tax NPV of approximately $6.829 billion, indicative of the project’s potential financial strength and attractiveness for investors.
The project is backed by comprehensive feasibility studies and testing, along with strategic recommendations from WSP, making it well-positioned to meet economic viability in a competitive market.