National Institute for Occupational Safety and Health’s Post

Mining engineering is a specialized discipline that offers a wide variety of career opportunities. It is a fast-paced, operational focused career that is suitable for those who enjoy working in a dynamic environment. Mining engineering is unique in that it combines aspects of civil, geotechnical, and mechanical engineering, as well as geology and economics. The demand for mined minerals is growing every day, and mining companies around the world have a huge need for engineers. Mining engineering also presents opportunities to move the mining industry towards significant advancements in sustainability, safety, and cost-effectiveness. Graduates with a mining engineering degree can work as metallurgical engineers, process engineers, mine engineers, geotechnical engineers, and more. A career in mining can take you to countries around the world, and there are opportunities to work in mineral exploration, mining financial analysis, mining sales, and mining software development. Overall, mining engineering is a fulfilling career for anyone who enjoys using knowledge from multiple disciplines to contribute to the world economy

"In the field of mining, mechanical engineering plays a crucial role in ensuring the safety and efficiency of operations. Safe mining practices are essential to protect the well-being of workers and the environment. Mechanical engineers are at the forefront of developing and implementing technologies and systems that enhance safety in mining operations, including the design of robust and reliable equipment, the development of automated systems to minimize human exposure to hazards, and the integration of monitoring and control systems to prevent accidents and mitigate risks. By emphasizing the principles of risk assessment, preventive maintenance, and the use of advanced materials and technologies, mechanical engineers contribute significantly to the promotion of safe mining practices, ultimately safeguarding the lives of workers and the sustainability of mining operations." #safetyculture #mechanicalengineering #safeminingpractices #komatsu #GMC #miningequipment #miningmachinery #miningindustry

🚀 Excited to Share our Latest Success in Pipe Ovality Correction for Mining Industry at Ceejay Engineering! 🛠️ At Ceejay Engineering, we're committed to delivering exceptional engineering solutions tailored to the unique needs of the mining industry. Recently, we had the privilege of undertaking a challenging pipe ovality corrector job, showcasing our expertise in precision engineering. 🛢️ Project Overview: Our team of skilled engineers and technicians collaborated to address the issue of ovality in mining pipes. By employing cutting-edge machinery and innovative techniques, we successfully corrected the ovality, ensuring the pipes meet the industry's stringent standards for efficiency and safety. 🔧 Our Approach: 1️⃣ Thorough Analysis: We began by conducting a comprehensive analysis of the pipes to identify the extent of ovality and potential challenges. 2️⃣ Tailored Solutions: Utilizing our expertise, we crafted customized solutions to rectify the ovality and restore the structural integrity of the pipes. 3️⃣ Precision Execution: Our team executed the corrections with utmost precision, leveraging our state-of-the-art equipment and advanced methodologies. 🎯 Results Achieved: ✅ Ovality Correction: We successfully achieved the desired ovality tolerances, ensuring enhanced performance and longevity of the mining pipes. ✅ Improved Efficiency: The corrected pipes now operate with increased efficiency, contributing to a more streamlined mining process. ✅ Enhanced Safety: Compliance with ovality standards enhances overall safety measures, ensuring a secure working environment for mining operations. 🌟 Client Satisfaction: We are thrilled to have exceeded our client's expectations, garnering positive feedback for our expertise, dedication, and seamless project execution. This success further fuels our commitment to providing top-notch solutions to the mining sector. At Ceejay Engineering, we remain dedicated to serving the mining industry by addressing unique engineering challenges with ingenuity and precision. If you're in need of bespoke engineering solutions, feel free to reach out. Let's take your mining operations to new heights! #EngineeringSolutions #MiningIndustry #PrecisionEngineering #OvalityCorrection #Innovation #ClientSatisfaction #CeejayEngineering #PerthEngineeringservices #perthengineeringcompanies #perthpipeovality #pipeovality🛢️🔩

Hi everyone. Hope you had a wonderful long weekend. In this post I would like to share a success story second to none. It involves the verry professional, skilled and experienced people from our associated company Tsantsabane Drilling Services (Pty) Ltd in collaboration with the engineering and manufacturing expertise of Fabmill Engineering (Pty) Ltd. Now this article is about Dewatering and Exploration Drilling done on a huge scale, but there is nothing conventional to the absolute immensity of the project. So, you RC, Production and even Water Well Drilling oaks can read on. And if you are in the Dewatering sector and think, "been there, done that", hold on to your seat. This whole project kicked off in 2012. It was a tender allocated to TDS from Anglo for Production (Dewatering) and Exploration bore holes to be executed at their Kolomela and Sishen open cast iron ore mining sites in the Northern Cape. The Sishen project concluded in 2017, but the Kolomela project is still going strong today. The objective was strait forward. Production and Exploration holes to a depth off 400m. Sounds easy enough? The tasks specific demands, not so easy. Some Production holes had to start at 24" up to 120m, then reduce to 20" up to 400m deep. The other holes had to start at 20" for 120m, then reduce to 17 1/2" up to 400m deep. There was even one hole that was drilled 24" all the way to 300m deep. The Exploration bore holes had to start at 20" for 6m then reduce to 14" up to 120m and then reduce to 10" up to 400m deep. Now to you who are not impressed yet. They have drilled over 200 Exploration holes and over 140 Production holes to date. Most of the work done by one Drill Rig after the Sishen contract expired. The drill rig was built inhouse in collaboration with TDS's Engineering division and Fabmill. It is a massive machine with a 60 ton pull back and, read correctly, up to 20 000 newton metre torque. The gearbox of the machine was designed by Peet de Beer (Head of Engineering Design at Fabmill.) and Charles Jansen (The man behind the whole project and back then, head of Manufacturing and Engineering at TDS.) and was build and assembled by Fabmill Engineering. It is an absolute monster of a machine. Why so much torque you may ask. Well, when they hit water so strong that not even a Hyper N181 hammer can penetrate then they have to switch over to 20" Tricone. Then there is the formation that varies from iron ore, dolomite and quartet to the dreaded banded iron and more. There are also massive cavities and breaks in the formation to deal with. The rig has undergone some maintenance work over the years. The gearbox had a few services done and two new drive shafts put in. But it is still going strong. We have a spare gearbox on standby for years, only collecting dust. PLEASE KEEP ON READING THE REST OF THE STORY IN THE NEXT POST! 👍

🤳 Mining Engineering ✍️ The main responsibility of a mining Engineer is to design mines to ensure that minerals from an ore body are extracted safely and economically in line with predetermined business targets. 🛸 In addition to these responsibilities, a mining Engineer may become involved in several activities. These are: ⭐ Working with geologists to locate and evaluate new ore deposits. ⭐ Researching and developing new mining processes, technology and methods. ⭐ Conducting feasibility studies on greenfield and brownfield projects. ⭐ Conducting research into the health and safety of mine workers. ✍️ During research into their careers, mining engineers may decide to specialize in the fields of rock engineering, mining economics, geology project design. 🕹️ Mining Engineering as a career combines several areas of expertise. In addition to specialist mining knowledge and engineering expertise, a mining Engineer needs strong management skill, people skills and sound understanding of financial and business principles. A graduate (university/university of technology) mining Engineer usually starts off his or her career in the reduction complex of a mine and progresses to a management position such as mine manager or senior mining Engineer where he or she will apply and implement the knowledge. ⚒️ Mining engineers are employed by the mining and base metal industries such as implants, Anglo Coal, BHP Billiton and many others. #MiningEngineering #Engineers

Powering Progress with Safety and Innovation at Original Technology ⚙️ This week, we'd like to shine a spotlight on what sets Original Technology apart: delivering cutting-edge mining and mechanical equipment built with unwavering safety principles. At Original Technology, our core values guide everything we do: ✅ Safety: We prioritize the well-being of workers above all else. Our equipment is designed with industry-leading safety features to minimize risk and maximize worker protection. ✅ Innovation: Our team of engineers is constantly pushing boundaries, developing groundbreaking technology to optimize efficiency and productivity in mines of all sizes. ✅ Technology: We leverage the latest advancements in materials science and engineering to create robust, reliable equipment that can withstand the harshest mining environments. ⛏️ ✅ Experience: We have a rich history in the mining industry, with decades of expertise informing our design and manufacturing processes. #OriginalTechnology #Safety #Innovation #Technology #Experience #mechanicalequipment #miningequipment

How do skilled trades contribute to the significance of our everyday lives? Mining stands as a testament to the significance of skilled trades in extracting precious resources that power our modern world. Skilled trade professionals, from mechanics to electricians, play a crucial role in ensuring the smooth operation of mining facilities. Their expertise not only keeps the machinery running efficiently but also contributes to the safety and sustainability of the industry. Beyond the mining site, skilled trades impact our daily lives in ways we may not always recognize. The materials used to build our homes, the technology we rely on, and even the cars we drive—all have roots in the skilled hands of technicians. As we celebrate the importance of skilled trades in the mining industry, let's also acknowledge their role in shaping a sustainable future. By investing in training programs, promoting careers in trades to our youth, and fostering a culture that values these essential skills, we contribute not only to the success of Nevada Gold Mines but also to the resilience and growth of our broader community. Feel free to reach out if you'd like to explore the exciting prospects within the skilled trades domain at Nevada Gold Mines! #skilledtrades #nvmining #miningindustry #nevadagoldmines #communityimpact #tradespeople #dieselmechanic #electrician #industrialmaintenance #millwright #welding #heavyequipment

The importance of Health and Safety in all spheres of life; be it engineering, public sector, domestic setup, manufacturing, mining and construction industries, can not be overemphasized. We all need to be safe and healthy to survive!