RR.c: Exploration Activities and Extraction Tech The battery metals sector is at the core of the thriving electric and fuel cell vehicle markets as we witness a continuous growth and innovation in these industries. As the world embraces the shift towards sustainable energy solutions, companies like Recharge Resources (trading under the ticker symbols RR.c or RECHF for US investors) are at the forefront of exploration and development in the high-value battery metals domain.
RR is on a mission to craft sustainable, eco-friendly energy solutions tailored to meet the ever-changing needs of the automotive industry. Their notable venture, the Pocitos 1 Lithium Brine Project, strategically resides near Pocitos in Salta Province, Argentina, spanning an extensive 800-hectare territory with convenient road access.
The Pocitos 1 Project has undergone a range of comprehensive exploration efforts, including surface sampling, trenching, TEM and MT geophysics, and the drilling of three wells. All these endeavors have yielded promising results in terms of brine flow. The project also benefits from the support of a comprehensive NI 43-101 report.
RR is currently in the final stages of engineering work, focused on producing and assaying the lithium carbonate derived from this project. The company has also unveiled plans for three additional drilling operations at the Pocitos 1, indicating their commitment to further expansion.
Additional drilling is being conducted based on the project's upcoming resource estimate and MT survey results, with the goal of upgrading the resource classification from inferred to measured and, subsequently, to proven and probable. Furthermore, RR intends to expand one of the wells to accommodate future lithium carbonate/lithium chloride production.
Looking into the future, RR also has an agreement to construct a 20,000-tonne lithium extraction plant at Pocitos 1, featuring the revolutionary Ekosolve Extraction Technology.
As highlighted in the video provided below, Ekosolve stands out as a Direct Lithium Extraction (DLE) process known for its efficiency, minimal water usage, and high yield of battery-grade lithium products. The video emphasizes its superiority over other DLE technologies, citing its high yield and low environmental impact.
Watch here:
Posted on behalf of Recharge Resources Ltd.