LANCASTER RESOURCES INC. (LCR.C) advances into a new phase of exploration at the Alkali Flat lithium project, partnering with KLM Geophysics for the implementation of an innovative magnetotelluric (MT) geophysics program. Situated near Lordsburg, N.M., United States, the Alkali Flat project is now at the forefront of precise lithium exploration.
Targeting Conductive Stratigraphic Units
The MT program at Alkali Flat focuses on highly conductive stratigraphic units to delineate drill targets in a particularly promising area on the NE part of the property. KLM Geophysics commenced the survey, aiming to utilize natural electromagnetic occurrences, such as solar flares and lightning, to gauge magnetic and electric field variations. This targeted approach seeks to identify the unique characteristics of lithium brine reservoirs.
Combination with Previous Findings
The survey results are anticipated within the next few weeks, guiding Lancaster’s management in pinpointing clear drilling targets. By integrating the MT survey with previous geochemical and conductivity data, Lancaster aims to sharpen its focus on the discovery of lithium-saturated aquifers.
Andrew Watson, Vice President of Engineering and Operations at Lancaster, underscores this synergy, saying, “Combining this MT survey with our geochemical and conductivity data will sharpen our drilling focus, targeting the discovery of lithium-saturated aquifers.”
Strategic Location and Environmental Commitment
Positioned just 8 miles north of the famous Lightning Dock Known Geothermal Resource Area (KGRA) and adjacent to Arizona Lithium’s Lordsburg Brine Project, the Alkali Flat Lithium Project benefits from significant geological insight. The region’s geology has been pivotal for Lancaster’s strategic planning.
In line with Lancaster’s strong environmental ethos, the MT survey is designed to be non-invasive, ensuring a minimal carbon footprint. This echoes the company’s commitment to greener exploratory techniques.
Detailed Planning and KLM Geophysics
The MT survey will be comprised of three east-west alignments with approximately 500m spacing, with 15 receiver stations in total. Each site will be active overnight, capturing data for 14-16 hours. The resulting comprehensive subsurface conductivity model is expected to refine drilling targets for late 2023.
KLM Geophysics, with its competitive rates, structured approach, and seasoned team, was selected for this critical role. Their reputation in lithium brine exploration adds significant expertise to the project.
Conclusion
Lancaster Resources Inc.’s innovative approach, combining MT geophysics with existing geochemical data, places it on the cutting edge of lithium exploration. The synergy between KLM Geophysics and Lancaster’s strategic planning offers promising prospects for the discovery of lithium-rich aquifers.
The collaboration reflects not only a pioneering spirit in mineral exploration but also a dedicated commitment to environmental stewardship. As the world’s demand for lithium continues to rise, Lancaster’s approach could become a template for responsible and precise exploration in the industry.
