Reinhardt Steyn’s Post

Mining engineer

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

We had the privilege to work with seasoned professionals in the mining industry. This photo captures a industrial electrician whose expertise and dedication are truly inspiring. Mining is more than a job; it’s about resilience, teamwork, and continuous learning. Shoutout to all our colleagues who make the industry thrive. Your hard work is the backbone of this sector. #MiningEngineering #UndergroundMining #Experience #SafetyFirst #Teamwork #miningcanada #mining #electrical #electricalwork #electrician #electticalcontractor #timmins #ontario #ontario #industrial #electricallife #electricalprojects

https://lnkd.in/dmhvjMha This is master drilling masterpiece if you know what shaft sinking entails.Those who understand it will know that the only required thing after it has drilled for atlist 1,5 km(which is an average depth on platinum mines) it's done,They know that only support,ring (cement),and not forgetting short-creating stations will require still blasting and manpower for the Installation of pipes, cables in the shaft and shaft equipping.(short-creating and support of the shaft can also be done on shafts that are only used for transportation of ore from underground) All I'm saying is I think more money was made when it involves blasting of a shaft,shaft sinkers would not earn as much profit as they used to if this machine wins the hard of mining or unless shaft sinkers will own them.

MINING ENGINEERING

➡ Down Hole Motors(DHM) are well used in directional drilling machine in coal mines; ➡Directional Drilling is the process of controlling the direction, or path, of a drill hole with the aim of either preventing deviation； ➡In-seam directionally drilled horizontal boreholes have provided effective solutions in underground coal mines for methane and water drainage; ➡Meanwhile, including the specific directional drilling and coring procedures for exploration in-advance of mining; ➡Other directional drilling applications include in-mine horizontal gob ventilation boreholes, identification of abandoned workings. ⁉ So How to adjust the drilling direction in hole? Use the downhole tools like a bent sub or a mud motor to change the direction of the drill bit. Mud Motors can be with fixed bend housing, or the adjustable bend housing(ABH 0-3degree); When set one different bend degree, this to reposition the bit to the desired trajectory. When it starts drilling again, the pilot drill bit starts going in the direction that it’s now pointing towards. #Downholemudmotor #drillingmotor #BHA #drilling #HDD #oildriling #pilotdrilling #drillandblast #drillbit #PDCbit #PDCreamer #rockreamer #rockcrossing #hardformation #highspeedmudmotor #hightempeturemudmotor #coalmine #directionaldrilling #miningperu #directionaldrilling #DHM #CTmotor #bigtorquemudmotor #waterwelldrilling #HorizontalDirectionalDrilling #Hardrubber #highperformancerubber #geothermal #downhole #energy #DownholeTechnologies #NOV #mining #miningequipment #exploration #tip #drillingequipment #navigationaldrilling #drillingtools #explorationdrilling #drillingmud #downholetools #DHM #boreholetechnology #diamondimpregnateddrillbits

The drill and blast method is a widely used technique in mining operations, particularly in hard rock mining. This process involves two key components: drilling holes into the rock formation and subsequently blasting the rock to facilitate its fragmentation. Drill patterns are designed to optimise the blasting process, considering factors like rock type, size, and desired fragmentation. The drilling phase utilises specialised equipment to bore holes into the rock, where explosives are then placed. Upon detonation, the blast breaks the rock into manageable fragments, which can be easily handled and transported for further processing. While advancements in technology have introduced alternative methods, the drill and blast approach remains integral to the extraction of valuable minerals from challenging geological formations. Follow us at Tunnel Engineering #blasting #mining #miningblast #miningengineering #miningengineer #excavation #blasting #groundworks #tunnelling #drillandblast #blastingengineer #blast #explosives #drilling #artoftunnelling #tunellingtechnique #learntunnelling #tunnelengineering #tunneling #quarry #openpitmining #MiningAustralia #tunnel #drilling

RC Drilling Techniques

Underground Mining Process: The Cycle of Operations and Key Steps The underground mining process involves a series of sequential steps that require careful organization to ensure efficient and safe operation. Below is a detailed explanation of the operations cycle in underground mining: 1. Development: This stage includes creating access to the ore body through tunnels, shafts, or declines. It involves tunneling for ventilation, transportation, and other infrastructure. 2. Production Drilling: After access is secured, drilling rigs are used to create blast holes in the ore body. These holes are filled with explosives to fragment the rock for extraction. 3. Blasting: Explosives are detonated in the blast holes to break up the rock into smaller pieces that can be easily transported to the surface. 4. Mucking: Following blasting, the broken rock, or muck, is loaded onto trucks or conveyors and transported to the surface for processing. 5. Support and Reinforcement: Throughout the mining process, ground support measures such as rock bolts, shotcrete, and mesh are installed to stabilize underground workings and ensure safety. 6. Ore Processing: Upon reaching the surface, the ore is crushed, ground, and processed to extract the valuable minerals it contains. 7. Waste Disposal: Any waste rock or tailings left over from ore processing are disposed of in designated areas to minimize environmental impact. 8. Mine Rehabilitation: After mining operations cease, underground workings are often backfilled, and surface areas are rehabilitated to restore natural habitats and landscapes. #UndergroundMining #MiningOperations #MineralMining #MiningCycle #Development #OreProcessing #MineRehabilitation

MICA mine operators challenge collaboration announcement: Glencore has issued a Mining Hoist Rope Cable Visual Inspection Challenge. We're pleased to announce that Vale Base Metals and Nutrien have joined as participating mining companies. We are excited to announce an exclusive opportunity to participate in the Glencore Mining Hoist Rope & Cable Visual Inspection Challenge. This initiative seeks innovative solutions to enhance the visual inspection of hoist ropes and cables, crucial to improving the safety, accuracy, and efficiency of mining operations. Challenge Overview: Glencore is looking for a solution that minimizes downtime, maximizes safety, and improves the reliability of current inspection methods. Do you have an idea that could revolutionize rope inspections in the mining industry? How to Participate: Review the challenge details and submission guidelines. Develop your solution proposal. Submit your entry before the deadline. For full details and to submit your solution, click the link below: https://lnkd.in/gRv54j4y We look forward to seeing your innovative ideas and how they can contribute to safer, more efficient mining practices. #Mining #Innovation #Technology