Arizona Mining Association’s Post

Share you list of reasons why the future of mining, in general, concerns you? Drop your views in the comments section. On top of my list is the fact that we no longer have many hardcore exploration managers/geologists who would be up at night going through old records and screening data that is coming in from the field daily and be on site the following day to validate some of the interesting pickups from the previous night. I say this because I invested so much time to read up on a number of retired and/or late geologists and miners who made world-class discoveries in the 50s, 60s, 70 and 80s, and many of them were crazy about their work, that they would be reaching out to subordinates' at weird hours to seek clarification etc, to scan through old records, and chase funders. You may ask - at what cost? Well, sadly many got divorced, and some died of health complications etc. But their findings helped to revolutionize society, and some of these discoveries are still being mined out today employing a reasonable population of humans on the face of the planet. So my concern is that today we have more 8-5 exploration managers who just want to write or sign off news releases hoping for quick bucks, and be family boys and girls in sofas watching Tick-Tock, and football all weekend. I am really not sure if we will have mines 50, 100 years from now. And yes, I will not be surprised if you come here with 'technology' blah blah comments.

For individuals with a geology degree, finding a job in the mining industry can be a great way to directly use geology expertise while being out in the field. While some geologists enjoy lab work or teaching, many geologists prefer to be outdoors, exploring and taking samples. Here are some of the most popular mining jobs for geologists: https://hubs.li/Q02stgvR0

This expenditure table has caused me some serious queries. $6.9M for exploration. Partly to maintain the exploration team. Fair call, but what's that? 2-3 geologists? $500-600K. Meeting minimum expenditure commitments? Probably $450k p.a., given the age of the tenure (and the ML expenses will be met from operational). $6M to 'update' some quite small resources. Seems exorbitant. Finishing a DFS also, then, includes optimisation of the DFS. Which begs the question, which comes first? This also includes the update of the MRE's, which is budgeted for in the exploration. Double and triple counting of expenditures leads me to suspect that NTU is either aware of cost blowouts, is trying to hide them behind the couch cushions, or is hiding the true cost of care and maintenance or maintining the small-scale mining plant staff roster. None of this $43M seems destined for production or capital. Expensive business, digging nothing out of the middle of nowhere!

Geological Investigation: Drilling and Laboratory Testing for Gold Exploration As a geologist with extensive experience in gold mining, I can attest that drilling is a crucial step in the exploitation of gold deposits. Our team employs a systematic approach to drilling, ensuring that we maximize the potential for striking gold. We begin by conducting a thorough geological analysis of the site, identifying potential targets and delineating drill holes. Our drilling crew then utilizes state-of-the-art equipment to extract core samples from the designated areas. These samples are meticulously labeled and stored for further analysis. The core samples are then transported to our on-site laboratory, where our team of experts conducts a range of tests, including: - Visual examination for mineralization and structural features -iodometric processes - Fire assaying for gold content determination -Atomic absorption spectroscopy These tests provide vital information on the gold content, distribution, and geological characteristics of the deposit. Our team uses this data to refine our understanding of the deposit's geometry, grade, and potential. By combining drilling and laboratory analysis, we are able to: - Define gold-bearing zones and potential ore bodies - Determine the economic viability of the deposit - Optimize mining strategies and resource estimation Drilling and laboratory analysis are the backbone of gold mining, and our team's expertise in these areas ensures that we unlock the full potential of this precious resource. Whether you're an experienced geologist or just starting your career in the mining industry, it's essential to understand the importance of drilling and laboratory analysis in gold mining. Let's connect and share our experiences in gold exploration and mining! #GoldMining #Drilling #LaboratoryAnalysis #Geology #MiningIndustry #Exploration #Exploitation

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I’ve noticed something in mining recently and wondered if you had too. There seems to be a growing number of Oil and Gas people drifting into the industry. These, from what I can see, are usually in the senior level or back-office levels. I’ve not seen a lot of technical, engineering, or geological roles moving over. Which makes sense because, in the case of Geologists, I know the specialisations are significantly different. However, I’m not sure if this is just me spotting something that isn’t there? Maybe I’ve seen all of the few people that have made this move. Or it’s a growing trend. So, I thought I would ask you. Are you seeing more O+G moving into mining? #Recruitment #MiningIndustry #MiningRecruitment #ExecutiveSearch

🦺⚒️ Difference between a Mining Geologist and a Mines Engineer. A mining geologist is a professional who specializes in the study of mineral resources. Its primary role is to identify, explore and evaluate mineral deposits. Mining geologists use advanced geological techniques to collect data on the composition, structure, and distribution of minerals in a given area. They conduct field surveys, analyze rock samples, and use tools such as geological mapping, geochemistry, and geophysics to determine the mineral potential of a region. On the other hand, a mining engineer focuses on the practical aspect of mining operation. Their primary role is to design, plan and supervise mining operations in order to extract the minerals in an efficient, economically sustainable and environmentally friendly manner. Mine engineers are working closely with mine geologists to understand the characteristics of the site and develop appropriate extraction methods. They are responsible for the design of mining infrastructures, the management of equipment and security on site. In summary, a mine geologist focuses on the exploration and evaluation of mineral resources, while a mine engineer focuses on the efficient and safe planning, design and operation of mines. They often work together to ensure a successful mining project.💡 I IDENTIFY AS A #MINING #ENGINEER👷💡 #Mining #Engineers #Geologist #Minerals

I was always an exploration geologist who follows the international code and admires new techniques and procedures , reading all time published papers by experts. until I started my new role in Rock Department when I found myself in a new challenge dealing with Artisanal pits , with no drilling data or any exploration data at all this makes me and my team invent new techniques for the ultimate simulation of pits and raising productivity, decrease the striping ratio and extend the lifetime of the pit for the QA/QC to be applicable it's tock Many paths , we be able to conduct even the standard deviation for each pit . after all it's not just mining

The Most Sought-After Positions in the Mining Sector The mining sector remains one of the most dynamic and essential industries for the global economy. In 2024, the demand for professionals in this sector reflects the growing importance of technology, sustainability, and operational efficiency. Below are some of the most sought-after positions in mining: 1. Mining Engineers: These professionals are essential for planning and supervising extraction operations. Their technical knowledge and ability to manage complex projects make them indispensable. 2. Exploration Geologists: Specialists in the identification and evaluation of mineral deposits, exploration geologists play a crucial role in the discovery of new resources. 3. Metallurgical Engineers: Responsible for the processing and refining of minerals, these engineers ensure that extracted materials are converted into usable products in an efficient and sustainable manner. 4. Mining Safety Specialists: Safety is a priority in mining. These specialists work to ensure that all operations comply with safety regulations and that workers are protected. 5. Environmental Management and Community Relations Experts: With the growing focus on sustainability, these professionals manage the environmental impact of mining operations and maintain positive relationships with local communities. The mining sector is constantly evolving, and the demand for qualified professionals is even higher. Mining companies are looking for talent that not only has technical skills, but also a deep understanding of sustainability and innovation. #Mining #Innovation #MiningIndustry #MiningTalent #SustainableDevelopment #PetraTalent

In junior mining, a job is more than a paycheck - it’s a deep dive into discovery. It’s the people in the field, grinding out core samples, interpreting geology, and searching for the next world-class deposit. You’re not just doing a job; you’re building the future of the resource sector, sometimes one tough drill hole at a time. In an industry where risk meets reward daily, the work we do now could shape global supply chains tomorrow. Every role, from analyst to geologist to drill operator, contributes to something bigger—whether it’s copper for clean energy or gold for our financial system. Mining isn’t just about what’s below the surface—it’s about those on the frontlines, digging for opportunity. So, what was Eric Lemieux's most important job during his career as an analyst?