Grounded Lithium Unveils Comprehensive Pre-Feasibility Study for Kindersley Lithium Project Growth

Grounded Lithium Corp. (TSXV: GRD, OTC: GRDAF) recently filed a significant pre-feasibility study (PFS) for its Kindersley Lithium Project (KLP), produced by Stantec Consulting Ltd., which lays the groundwork for future development. This report was strategically aligned with prior announcements and represents the first phase of potential advancements at the KLP. Major highlights from the study will be essential for stakeholders and investors alike.

Key Highlights of the Pre-Feasibility Study


The PFS outlines a pioneering approach in the lithium extraction sector within Canada, aiming to achieve commercial viability with technical sophistication. Grounded Lithium, in collaboration with its project partner Denison Mines Corp., has invested thousands of hours of expert evaluations to produce a detailed study that demonstrates the project’s viability.

1. Resource Purity: One of the most significant advantages identified in the PFS is the lack of impurities in the lithium resource. Unlike other projects, the KLP is free from contaminants typically associated with nearby oil and gas deposits. This increases the project's competitiveness by simplifying processing flows and reducing capital expenditure needed for purification, setting it apart from industry peers.

2. Depth Efficiency: The project boasts a shallow reservoir depth ranging from 900 to 1,200 meters. This characteristic not only minimizes capital costs associated with drilling but also enhances overall project economics by improving capital efficiency, an important factor in the lithium extraction business.

3. Reserves Assurance: The report provides detailed reservoir modeling, offering insights into projected production volumes over a 25-year period. The PFS indicates a promising assessment of reserves, maintaining a manageable dilution of brine while allowing for sustainable production practices. The projection of remaining Measured and Indicated Resources after 25 years of operation, further solidifies the framework for long-term sustainability.

4. Scalability Potential: The cautious approach to development outlined in the PFS signifies that the first phase of the KLP accounts for only 13% of the overall area. With proactive strategies planned for short to medium-term enhancements, additional phases may yield improved financial returns as project learnings are applied and scale economies are realized.

About Grounded Lithium Corp.


Grounded Lithium focuses primarily on the KLP in partnership with Denison Mines. The project incorporates a substantial resource base of approximately 1.0 million metric tonnes of recoverable lithium carbonate equivalent. According to the PFS, the project reveals a net present value of C$125 million and an after-tax internal rate of return of 11%. Investments from Denison allow them to acquire up to a 75% working interest in the project. This strategic partnership bolsters the expectations for project efficiency and profitability.

Grounded Lithium aims to establish itself as a leading, environmentally responsible lithium producer, essential for the energy transition cycle. The diverse asset base, incorporating oil and gas resources, complements the lithium development efforts allowing the company to maintain financial resilience.

For those keen on following the developments in lithium extraction and sustainable resource management, Grounded Lithium’s ongoing projects hold significant promise. Detailed updates from the pre-feasibility study are accessible via their website and the SEDAR+ platform, ensuring that investors and stakeholders remain informed of this critical advancement in the lithium market. As lithium remains a pivotal component in battery production and renewable energy technologies, Grounded Lithium’s efforts could play a crucial role in the industry’s evolution.

Conclusion


The release of the pre-feasibility study by Grounded Lithium marks a strategic step forward for the Kindersley Lithium Project. With promising findings supporting its future growth, the project is well-positioned to contribute to the evolving landscape of lithium extraction and the growing demand for sustainable energy solutions.

Topics Energy)

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