Maptek’s Post

Join our upcoming webinar to learn how Vulcan Grade Control Optimiser can define dig blocks for processing waste or wasting ore based on the economic calculations for each available destination on every block. See how this approach compares to standard, less sophisticated approaches. Register now 👉 https://loom.ly/6VGB0cU #Maptek #GradeControl #MiningSolutions

Don't miss out on tomorrow's free webinar to learn how Vulcan Grade Control Optimiser can define dig blocks for processing waste or wasting ore based on the economic calculations for each available destination on every block. See how this approach compares to standard, less sophisticated approaches. Registration link in comments. #Maptek #GradeControl #MiningSolutions

Want to learn how to properly install SaltMiner? Watch Ron Foster, Client Principle with Saltworks, break it down in this video.

What exactly does MinMet stand for? 🤔 It refers to Mineralogical and Metallurgical processes - a critical exemption that allows companies in these sectors to achieve up to 100% CCL exemption. No energy or carbon reduction targets, no sector association fees - just real savings and competitive advantage. Align your business with European standards and explore the benefits of MinMet today. 🌍 #MinMetExplained #EnergyExemption #Sustainability

Every pipeline project team needs to consider this – have you? ___ Friction loss can cause higher energy costs, wear and tear, and reduce pipeline efficiency. How do you avoid it? Scroll to find out more 👉 #miningengineering #mineralprocessing #miningindustry

#LIBS scanning technology results with #mineralogy of the sample based on the elemental and mineral spectra. The scanning has has also nicely picked out the micro-folding and veining present in the sample. Interested on how LIBS technology could be applied to your application 👉 https://bit.ly/3QWcOHT ELEMISSION #elemission

🥳 Happy Friday LinkedIn #geothermal community 🥳 This paper by David Banks has just made my Friday - https://lnkd.in/eHw2EvRb The paper "Hellfire Exploration: the Origins of Ground Source Heat in Early Mining Technology" by David Banks explores the early development of ground source heat pumps (#GSHP) dating back to #1862!!!! Of particular interest is the #Irish connection of Sir Charles Parsons, an Anglo-Irish engineer with roots in County Offaly, #Ireland. Parsons is best known for pioneering the steam turbine but also made an ambitious proposal in 1904 to construct a #12miledeep #shaft, which he referred to as the "Hellfire Exploration" project. This visionary concept involved #ClosedLoop #GSHP technology to circulate coolant in boreholes to extract heat from the deep earth, foreshadowing #geothermal #energy #generation. Although his plans were far ahead of the available #technology and only #theoretically feasible, Parsons #envisioned that such a shaft could be built within 85 years! This historical endeavour reflects the #ambition and #forwardthinking #spirit of early #pioneers like Parsons. #Today, as we look to the #future of #geothermal #market #development, the #legacy of these early #innovators reminds us that it is never too late to learn from the past. We can #build on their work to achieve more sustainable energy solutions, fostering a greener #geothermalenergy market for the future. As the saying goes: "The best time to plant a tree was 20 years ago. The second-best time is now." The same can be said of geothermal energy - it's not too late to seize the moment and expand on these pioneering efforts to build a sustainable energy future. #Pioneers #GSHP #Ambition #Vision #Legacy #Geothermal #Nottoolate

knowledge sharing persentatio oil regeneration The pair of solvents chosen to create ternary phase diagrams with WL consists of a polar solvent and a non-polar solvent.

Al alhamdulillah 🙂 I am pleased to share this new article on shale caprock integrity during CO2 storage. Ahmed Al-Yaseri Kion Norrman. This paper investigates the potential chemical alterations of shale caprocks with CO2 exposure, and evaluates the changes in hydrocarbon content and inorganic components, using XPS and TOF-SIMs techniques. We mainly found that: * The reaction between CO2 and shale surface was minor, with insignificant atomic changes. * The changes in hydrocarbon ion ratios suggested that the degree of aromaticity on the shale surface decreases upon exposure to CO2. * The accumulation of hydrocarbons on the shale surface reduced the contents of inorganic components. In summary, the chemical reactivity of shale caprocks to CO2 injection was either low or nonexistent, and only minor effects were observed on the chemical structure and surface chemistry on the shale surface. You can access the article through this link: https://lnkd.in/dX5NeRkN We will be happy to hear your feedback/opinion. #ccs #caprocks #shale #co2storage #xps #TOF-SIMs #aromatic #hydrocarbons

l am happy to share my new article Relation of bubble size,grade and recovery in the copper flotation systems