Turner Staffing Group’s Post

Here are a few reasons why a Fixed Plant Maintenance role in the mining industry with MMG might benefit you: 1. Competitive salary A Fixed Plant Maintenance role in Australian mining industry offers competitive salaries and benefits for skilled maintenance professionals, including bonuses in some cases. The starting rate is $40 per hour, and increases with the more experience and skills obtained. 2. Career advancement opportunities Working in fixed plant maintenance can provide opportunities for career advancement, including progression to supervisory or management roles as you gain experience and expertise. Premier People will always source career progression pathways, so long as you put in the work. 3. Skill development Maintenance roles require specialised skills and knowledge, providing opportunities for continuous learning and professional development in areas such as Roller, Skirt, Scraper and Screen maintenance. 4. Work-life balance We offer flexible work arrangements and roster options, allowing employees to achieve a healthy work-life balance. This means you’ll have more time to do what you love.

As a safety officer in open cast mining, it’s critical to have a comprehensive understanding of operational processes, including pit design, planning, drill and blast, excavation, load and haul activities, and their associated risks. understanding the interplay between mine design and safety, such as bench design, ramp gradient, and dump stability ensures that operational plans are executed safely and that any deviations are effectivel addressed.Mastery of these areas allows you to effectively assess and mitigate safety hazards. However, Understanding geotechnical principles particularly high wall stability, catchment berms, and pre-split techniques is essential for preventing fall-of-ground incidents. You should be competent and participatory in monitoring ground conditions, recognizing signs of instability, and implementing corrective measures. Effective communication is key. Your ability to translate technical observations into clear safety advice, ensuring that all personnel understand the implications and required controls. Finally, clear and straightforward communication is key. Being able to explain technical information in a way everyone can understand helps ensure that all workers know the risks and the necessary safety measures. This approach not only keeps everyone safe but also supports compliance with safety rules and improves overall efficiency on site. #staysafe

New Post: Health and Safety Engineers, Except Mining Safety Engineers and Inspectors - https://lnkd.in/eHsGR-2y of the Occupation:Health and Safety Engineers, excluding Mining Safety Engineers and Inspectors, are professionals dedicated to ensuring workplace safety by identifying and mitigating hazards. They work across various industries,…

New Post: Health and Safety Engineers, Except Mining Safety Engineers and Inspectors - https://lnkd.in/ejHBYhG7 of the Occupation:Health and Safety Engineers, excluding Mining Safety Engineers and Inspectors, are professionals dedicated to ensuring workplace safety by identifying and mitigating hazards. They work across various industries,…

Some wonder if there is a career in coal mining.  Of course there is! Coal mining offers a wide range of career opportunities that go beyond the traditional roles. Almost any trade school certificate can be applied in the mining industry. Here are some examples: Electricians: Ensuring the electrical systems underground are functioning properly and safely. Welders: Fabricating and repairing metal structures essential for mining operations. Heavy Equipment Operators: Operating machinery like loaders, bulldozers, and excavators to move earth and extract coal. Mechanics: Maintaining and repairing the heavy machinery and vehicles used in the mines. Engineers: Designing and overseeing the construction of mine structures, developing safety protocols, and improving mining processes. All these trades play crucial roles in the daily operations of a mine, and there’s a high demand for skilled professionals in these fields. At Bronco Mine, we believe the sky's the limit when it comes to career growth and development. Whether you’re just starting out or looking to advance your skills, we provide training and opportunities for career progression. We have specialized areas and clear paths for growth in each field, offering you the chance to expand your skills and take on new challenges. Join us at Bronco Mine and build a fulfilling career with a company that values your expertise and dedication. #broncomine

i am interested as Exploration Geologist

Really a good question for preparation.

Field Operations Engineer 🖤💀⚙️ Good morning friends and colleagues, let's talk about Slickline Unit. 🔥 The term Slickline relates to the use of a wire or braided line to convey downhole tools or equipment in a wellbore. The first use of wire in a wellbore was as a measuring device. In the construction of the early wells dug by hand, sticks were used to measure depth. The stick was laid on the ground and the distance/length stepped off. Occasionally, for important measurements a surveyor’s chain would be used. To create a hole in the ground, early drilling operations used a pointed tool on a rope. However, as the work progressed, the rope stretched and often broke. The length of the rope could not then be used as an accurate measure. To overcome the weakness of rope, wire cable was used. By this time, a method had to be devised to measure the depth of the hole. Normally the hole had water in it to help soften up the dirt, clay sandstone or limestone rock. If the driller used a rope with markings, the rope would be wet as it came out of the hole and would rot while being rolled up on a winch type spool or drum. The drillers started using cable, but it was bulky and as it stretched going in the hole, the weight of the cable either broke it or stretched between the markings on the cable. Around the same time as the use of rope and cable, some drillers were using a flat steel tape with markings on it. The tape would be lowered into the wellbore, however, it suffered the same problems as the cable and rope, as weight exceeded the strength of the tape cross-section, it would part. The subsequent use of wire offered several advantages. It weighed less than a cable, was easier to handle than a rope and the length or depth to which the wire could be used was be greater. The first noted use of slickline was by Halliburton to follow a cement plug down while cementing a well. These units were originally mounted on the rig, although they later became part of the equipment of the service engineer and were operated off of the left rear wheel of a car or pickup truck. Slickline (and occasionally braided line) is commonly used in the following operations: • Checking the build up of wax, scale or wellbore deposits • Checking the production tubing drift • Confirming the well depth or clearance to perforations • Running and pulling plugs or flow control devices • Opening and closing sliding side-doors or similar completion equipment • Conducting pressure and temperature surveys using mechanical or electrical gauges and recorders • Installing tubing pack-offs or similar completion devices • Logging and perforating What could you add, some experience?.. ☕ #oilgas #wellservices #professionalexperiences #engineering #ecuador #petroleumengineer #wellintervention #engineer #work #moments #worksafe #workhard #IADC #IWCF #PetroleumServices

Part 1 of 2 Technical Questions & Answers for the Rig Floor Man: 1. Can you explain the process of handling drill pipe on the Rig Floor? Handling drill pipe involves safely connecting and disconnecting drill pipes, ensuring proper threading, and using tongs to tighten and loosen connections. 2. What are the key safety checks you perform before starting drilling operations on the Rig Floor? I inspect all equipment, check that the slips are properly engaged, verify the integrity of the drill floor, and ensure all personnel are wearing the correct PPE. 3. How do you operate and maintain the rotary table during drilling operations? I monitor the rotary table’s speed and alignment, ensure it is properly lubricated, and check for any wear or damage to avoid operational issues. 4. What steps do you take to ensure the proper handling of heavy drill collars on the Rig Floor? I use the hoist carefully, make sure the slips are securely in place, and coordinate with the driller and team for safe handling and alignment. 5. Describe the function and operation of the top drive system in drilling operations. The top drive is used to rotate the drill string, replacing the traditional Kelly. It provides greater control over drilling torque and allows for continuous circulation of drilling fluids. 6. What are your responsibilities during the process of tripping pipe in and out of the hole? My responsibilities include operating the tongs, handling the slips, monitoring the pipe tally, and ensuring that the drill string is properly secured during each stage of the process. 7. How do you perform a routine inspection of the blowout preventer (BOP) stack? I check the hydraulic systems for leaks, ensure all rams are functioning correctly, inspect the control panel for proper pressure, and verify that the BOP stack is secured according to safety standards. 8. What procedures do you follow when making up a connection on the Rig Floor? I ensure that the threads are clean, apply the correct amount of thread compound, use the torque wrench to apply the recommended torque, and follow alignment protocols. 9. How do you handle stuck pipe situations, and what tools might you use to address them? I assist in identifying the cause of the stuck pipe, work with the driller to apply overpull, and may use tools like jars or fishing equipment if necessary. 10. What experience do you have with the mud system, and how do you monitor its effectiveness? I monitor the mud pumps, check mud weight and viscosity, ensure the mud is circulating correctly, and keep an eye on the mud returns for signs of any wellbore issues.