Silver Dollar Resources Inc. has released underground sampling results from its La Joya Silver (Cu-Au) Project, located in Durango, Mexico. This development signifies a critical shift in the company’s mining strategy from open-pit to underground operations. The results, notably a sample yielding 2,753 grams per tonne (g/t) of silver equivalent, highlight the potential for high-grade mineralization at this site.
A total of 16 channel samples were collected from the historic La Embotelladora mine workings. The results indicate promising mineralization patterns in ENE and NNE structural zones. This strategic transition aligns with Silver Dollar’s goal to optimize extraction methods by concentrating on underground deposits, which have demonstrated greater potential for high-grade mineral yields.
Insights into the sampling results
Among the significant samples, Sample R-300 displayed an impressive 2,753 g/t AgEq across a width of 0.4 metres, indicating substantial mineralization along the NNE trending zone. Another sample, R-291, returned 328 g/t AgEq, further supporting the viability of these structural zones.
Understanding the assay results
The assay results reveal a diverse array of metal concentrations, emphasizing the La Joya project’s potential. Analyzing this data alongside existing drilling outcomes reinforces the company’s strategy to explore these high-grade zones through focused geological modeling. Ongoing efforts aim to validate this potential by reassessing exploration plans and methodologies.
Geological modeling and future directions
Silver Dollar Resources intends to utilize the underground sampling results to inform future exploration activities. The ongoing geological modeling focuses on pinpointing high-priority exploration areas, employing advanced numerical modeling techniques to delineate mineralization trends. This modeling will integrate various local trends, including the significant NNE structural trend, to enhance the understanding of the geological framework.
According to Greg Lytle, President of Silver Dollar, current market conditions for silver, copper, and gold are highly favorable. The company aims to capitalize on these dynamics to maximize the underground potential of the La Joya project, employing a comprehensive approach to data compilation and exploration strategies.
Quality control and sampling procedures
To ensure high standards of quality and reliability, all rock samples were carefully collected, described, and photographed on-site. The samples were sent to ActLabs in Zacatecas, Mexico, recognized for its ISO certification and rigorous analytical processes. Each sample underwent a series of tests, including crushing, pulverization, and screening, to guarantee accurate assay results.
The analytical methods included a 30g Fire Assay for gold and a four-acid digestion method for silver and other elements, underscoring the company’s commitment to stringent quality assurance protocols. Control samples were incorporated throughout the process to maintain data integrity.
About the La Joya project
The La Joya property comprises 15 mineral concessions covering a total area of 4,646 hectares. It features several significant deposits, including the Main Mineralized Trend (MMT) and the Santo Nino deposit. Previous evaluations by Silvercrest Mines in 2013 provided a preliminary economic analysis, suggesting the project’s potential based on extensive drilling data.
Located approximately 75 kilometers southeast of Durango city, the La Joya project is situated in a historically rich silver region that hosts several operating mines. The combination of local geological data and advanced exploration techniques positions Silver Dollar Resources to harness the high-grade mineral potential at La Joya.
A total of 16 channel samples were collected from the historic La Embotelladora mine workings. The results indicate promising mineralization patterns in ENE and NNE structural zones. This strategic transition aligns with Silver Dollar’s goal to optimize extraction methods by concentrating on underground deposits, which have demonstrated greater potential for high-grade mineral yields.0