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Site Visit to Las Chispas: One of Mexico's Highest Ore Grade Silver Mines Located in Sonora, Mexico, Las Chispas stands as a prominent example of high-grade silver mining. Operated by SilverCrest Metals Inc., this site has garnered significant attention for its exceptional ore quality and promising yield. Las Chispas is situated within the historic mining district of Arizpe, known for its rich mineral deposits. The mine encompasses several veins, including the notable Babicanora and Las Chispas veins, which have been primary sources of silver and gold extraction. The geology of Las Chispas is characterized by epithermal vein deposits, which are known for high concentrations of precious metals. The veins are primarily composed of quartz with interspersed sulfide minerals, which house the silver and gold. These geological features contribute to the mine's high ore grade, making it one of the top silver producers in the region. SilverCrest Metals has employed advanced mining techniques to optimize extraction and processing at Las Chispas. The company utilizes underground mining methods, focusing on selective mining to target high-grade zones. This approach minimizes dilution and maximizes the recovery of valuable ore. Ore Grade and Production One of the distinguishing factors of Las Chispas is its ore grade. The site boasts some of the highest silver grades in the industry, with recent reports indicating average grades exceeding 1,000 grams per tonne (g/t) of silver equivalent. Recent drilling programs have identified new high-grade zones, suggesting the potential for increased production and extended mine life. Las Chispas offers a unique insight into one of Mexico's highest ore grade silver mines.

💥The Rock Quality Designation (RQD) is an index widely used in geotechnics and rock mechanics to characterize the quality of rock masses. It measures the degree of jointing or fracture in a rock mass, expressed in percentage. ✅RQD is defined as the percentage of intact core pieces longer than 100 mm (4 inches) in the total length of core. 👍The core should be at least NW size (54.7 mm or 2.15 inches in diameter) and should be drilled with a double-tube core barrel. ✅RQD is important in various applications, such as: 1️⃣Estimating rock load factors and rockbolt requirements in tunnels. 2️⃣Assessing the soundness of rock and the damages caused due to weathering. 3️⃣Classifying rock masses as very poor, poor, fair, good, or very good. ✅The RQD index is calculated by taking a rock core sample from a borehole and measuring the lengths of all sound rock pieces. Only those pieces of rocks are considered that are hard and good quality. Weathered rocks that do not meet soundness requirements and whose lengths are not greater than 25% are not included in the calculation. ✅Some key points about RQD include: 👉RQD of 75% or more indicates good quality hard rock, while less than 50% indicates low quality weathered rock. 👉RQD is used in various rock classification systems for engineering purposes, such as those developed by Bieniawski (1973) and others. 👉The RQD index has been in use for over twenty years and has been applied in numerous consulting jobs involving tunnels and shafts. 💯#Management #Future of #Artificialintelligence and #Technology #Innovation in #India

Seeing our team's dedication and hard work in reaching these milestones in 2023 is truly inspiring. While it's important to celebrate our successes, it's equally crucial to recognize that our journey doesn't end here. We must continue to look forward, innovate, and adapt to new challenges to further enhance the value we bring to the company and the industry, ensuring sustained growth and success. Here's to even more impactful and successful years ahead at Proshale #vacamuerta #downholetools #shale

safety is very important

Great Good pre-split blast! The principle behind pre-split blast is simply explain as follows: The split holes are detonated first ahead of the production blast holes. In design observation, the split holes are usually of smaller diameter with light charge weight. The main function of the split holes is to create a dislocation in form of free face between the production ore block and the left unblast ore mass. As soon as the production holes are initiate, the detonation waves travel through the production ore block and reflect at the splitter boundary due to change in interphase. At such point the shock waves returns from the wave breaking phase back into the production ore block, Supporting tensile slabbing under tension. This blast Technique Support good Fragmentation apart from ensuring stable and smooth wall. The efficiency depends on the blast controllable parameters among which spacing and burden is important according to Konya findings

Alhumdulillah delivered to NLC Hyundai Tracked Excavators Model:HX300 ( Qty:03)

Something of vital importance in the analysis, calculation, design of aqueducts