Future Is Mine CIC’s Post

The main challenge in gold mines with some graphite content in the ore is that by milling the ore, fine graphite particles will compete with coarse activated carbon over dissolved gold and in most of the time they can rob a noticeable amount of gold out of the mill. #Ore_Sorting, using X-ray Transmission (#XRT) technology, may offer a promising solution for addressing the challenge of #preg_robbing in #gold ores caused by the presence of natural #graphite. Preg-robbing occurs when naturally occurring carbonaceous materials, such as graphite, absorb gold from the ore, significantly reducing recovery rates during the extraction process. This not only diminishes the overall yield but also increases operational costs due to the need for additional processing steps to recover the lost gold. XRT ore sorting provides a non-destructive method to selectively separate graphite-rich particles from gold-bearing ore based on their #density and atomic composition differences. By passing the ore through an XRT ore sorter, the system can identify and distinguish between valuable gold-bearing rocks and waste rocks including graphite gangue. #respect_of_matter

From waste to wealth: #Copper #XRF ore #sorting is revolutionising resource utilisation. A continual decline in new copper #mining resource grades is driving the need to re-evaluate historic low grade stockpiles or reserves. What changes the economic feasibility? 🔷 High accuracy XRF-analysis Cu grade control ensures only valuable metal-containing rocks are milled downstream. 🔷 Mechanical actuation consistently separates individual particles at high throughput rates. 🔷 Advanced computing models ensure reliable rejection of barren waste, penalty elements or downstream deleterious minerals. The RADOS International Technologies team assists with on-site as well as test centre based ore testing to confirm sorting amenability and quantification of the value-add. Reach out to us for more information. Accuracy. Consistency. Reliability. Annelize Fouchee Alain Giraud Nashlen Odiar Dave Beek Andre de Lange

✅ Metal production back on track! ✅ We are changing the economic #feasibility of low grade #copper stockpile processing with RADOS International Technologies XRF+ ore sorting one operation at a time. If your stockpiles contain high acid consuming minerals with Calcium or highly competent minerals that take up milling resident time (and eventually end up as low value mill pebbles), #XRF is an accurate and reliable way to reject these particles.

Hello STEMexplorerz😃 Did you know that a mineral called graphite is a true conductor of electricity and is the material pencil lead is made of?😀 Join us this week as we give you five interesting facts about minerals. Do comment with your favorite mineral in the comment section below! #Sibotheengineer #STEMexplorerz #Catchingthemyoung #didyouknow #STEM #Funfact #learningeveryday

A spiral separator in mineral sands processing is a device that separates minerals based on their weight. The process starts by feeding a slurry(a mix of water and mineral particles) into the top of the spiral, which is a curved, sloping chute. As the slurry moves downward, gravity pulls the lighter minerals to the outer edge of the spiral, while heavier materials remain closer to the center. This separation happens because heavier particles like ilmenite, zircon and rutile settle faster than lighter particles. The spiral has different collection points (launders) Heavier minerals, which are more valuable, are collected at the outer part of the spiral. The lighter materials, known as tailings, are discarded through the outer part of the spiral The efficiency of a spiral depends on factors such as the *speed at which the slurry* moves, the amount of water used, and the design of the spiral itself. By adjusting these factors, operators can improve the recovery of heavy minerals. Spirals are popular in mineral sands processing because they are simple to use, cost-effective, and capable of processing large amounts of material while recovering valuable heavy minerals efficiently.

Synthetic Graphite vs. Natural Graphite (1) Understanding the Basics 🔍 Synthetic Graphite vs. Natural Graphite: What’s the Difference? #Graphite plays a crucial role in many industries, from batteries to steelmaking. But did you know there are significant differences between synthetic and natural graphite? #Natural Graphite is mined from deposits and requires minimal processing, making it an eco-friendlier option with a lower carbon footprint. It's used in batteries, lubricants, and refractories. #Synthetic Graphite, on the other hand, is produced from high-purity carbon materials through a complex and energy-intensive process. This type boasts higher purity and consistency, making it ideal for high-performance applications like electric arc furnaces and electronic components. Each type has its unique advantages and applications. As industries evolve, understanding these differences helps us make better, more sustainable choices. #Graphite #MaterialsScience #Sustainability #Manufacturing #TritonMinerals #ASX #Mining

In part 2 of this educational series on graphite Mike Ralston of Blencowe Resources stresses the 3 key components to a successful graphite project

📊 According to Benchmark Mineral Intelligence, meeting the 2035 graphite demand will require 109 new flake #graphite mines. With the rise of #ElectricVehicles, graphite remains key in battery technology. But where is all this graphite going to come from? Follow GraphiteHub for insights on the future of the #GraphiteIndustry #CriticalMinerals #BatteryMaterials #EVs

This visual shows the average mineral content of a lithium-ion battery. As seen #graphite makes up the lion's share at 16% surpassing #aluminum & #copper percentages. Our early-stage graphite explorer seeks to one day contribute to this supply need. https://lnkd.in/eR4bZjRj