ICL Industrial Products’ Post

Did you miss our mining-focused webinar? No worries, the recorded session of "Contaminant Removal from Mining-Influenced Wastewater Using Permanganate Oxidation" is now available! During this informative webinar, Lyndon Berwick, Carus Field Technical Service Representative, dives into key strategies for optimizing wastewater treatment in mining operations. 🔑 Key topics include: ✅ Optimizing permanganate dosage for mining-influenced wastewater ✅ Maximizing coagulant and flocculant efficiency ✅ The importance of chemical addition timing in mining applications ✅ Managing co-existing metal ions for better results ✅ Cutting-edge online monitoring techniques to reduce treatment costs Watch now! 💧 https://lnkd.in/gfQZV9Kg #MiningWaterTreatment #PermanganateOxidation #WastewaterManagement #CarusWebinar #MiningSolutions

🌍 The impact of the Sepro-tech density separator for dry mineral beneficiation is undeniable. This advanced technology allows for efficient separation of minerals based on their density, resulting in higher productivity and reduced waste in the mining and mineral processing industry. 💎 #MiningTechnology #MineralProcessing #ResourceEfficiency #InnovationInMining #SustainableMining The Sepro-tech density separator is revolutionizing the way minerals are processed, providing a more sustainable and efficient solution for dry mineral beneficiation. I am proud to be a part of an industry that is constantly evolving and improving its technology to minimize environmental impact and maximize productivity. #MiningTechnology #InnovationInMining #ResourceEfficiency 🌱

We recently spoke to Mining Magazine about how Barrick Gold Corporation is using #GlycineLeachingTechnology to reduce costs and improve its environmental footprint. "GLT is a lower-cost reagent up front and has lower detoxification costs in the tailing stream. Using GLT instead of cyanide to leach the gold brought cyanide consumption at Bulyanhulu down from 10-15kg per tonne to around 5kg per tonne. This has saved about $5 per tonne in operating costs, which amounts to about 10% of plant operating costs overall." Read the full story here: https://lnkd.in/gjTwvtsp

Innovative CCUS Technology! ### Brine Mining### We are excited to share a glimpse into our cutting-edge Carbon Capture, Utilization, and Storage (CCUS) process through brine mining, demonstrated in the attached photo. This technology exemplifies our commitment to sustainable practices and innovative solutions.🔬 Process Overview: 1.Desalination Brine: Starting point. 2.Mg(OH)₂ Formation: Initial formation stage. 3.Mg(OH)₂ Sludge: Intermediate sludge stage. 4.MgCO₃ (Liquid): Conversion into liquid form. 5.MgCO₃ Sludge after Filtration: Post-filtration and dry stage. 6.MgCO₃ (Powder): Final high-purity product Impact and Efficiency:From 1 ton of brine, we extract approximately 8kg of high-purity MgCO₃. This process neutralizes around 3.1kg of CO₂, contributing to our carbon neutrality goals. We are proud of the strides we are making towards a greener future and the role our technology plays in carbon reduction and resource recovery. Stay tuned for more updates on our journey! #Sustainability #CCUS #Innovation #GreenTechnology #BrineMining #CarbonNeutral

Ready for a game-changing upgrade in ore and mineral processing? 🚀🌍 Flottweg's solutions are your ticket to: 🌟 Reduced Operating Costs: Handle large quantities efficiently, enjoy lower maintenance, longer service life, and save on personnel costs with automation. 🌟 High-Quality Outputs: Achieve rapid ROI thanks to the superior quality and purity of the end product. 🌟 Sustainable Practices: Energy-saving and emission-free machine design for an eco-friendly operation. Eager to see how these benefits can reshape your mining process? Let's talk and take your operation to the next level! DM me to get started. #MiningExcellence #EcoFriendlyMining #Flottweg

💡 Did you know that sand is one of the most heavily mined commodities in the world and an essential element in construction, manufacturing and consumer products? Newmont is partnering with The University of Queensland to create a sustainable alternative to sand extraction by transforming unused materials from mining into this valuable resource. Dr Juliana Segura-Salazar and her team are aiming to create a new kind of sand - ore-sand – with the help of Newmon’s Cadia operation, which has supplied hundreds of kilograms of sandy feedstock for functional testing. Early results of the Newmont samples have been promising, with the next step involving the development of a prototype ore-sand and production process. Newmont is proud to partner with researchers to help achieve our purpose of creating value and improving lives through sustainable and responsible mining. #NewmontAustralia #SustainableMining #InnovationInMining #OreSand #CircularEconomy #MiningPartnerships

#OTC2024 will have Marine Mineral programming all day Tuesday May 7th. Production of seabed polymetallic nodules is poised to be a strong market disruptor that has the potential to upend the upstream critical mineral markets by diversifying the supply with high grade-low cost nickel, cobalt, and copper. Tom will speak to the major moving pieces in the mining markets and new national supply chain security policies with respect to the critical mineral landscape and what it would take for seabed minerals to enter and disrupt this critical sector. A link to the technical program is in the comments. Register today and mark your calendar! #BatteryMinerals #SustainableFuture #EnergyTransition #CriticalMinerals #MarineMinerals

#OTC2024 will have Marine Mineral programming all day Tuesday May 7th. Production of seabed polymetallic nodules is poised to be a strong market disruptor that has the potential to upend the upstream critical mineral markets by diversifying the supply with high grade-low cost nickel, cobalt, and copper. Tom will speak to the major moving pieces in the mining markets and new national supply chain security policies with respect to the critical mineral landscape and what it would take for seabed minerals to enter and disrupt this critical sector.  A link to the technical program is in the comments. Register today and mark your calendar! #BatteryMinerals #SustainableFuture #EnergyTransition #CriticalMinerals #MarineMinerals

In the face of dwindling high-grade ore deposits, the mining industry is ingeniously turning challenges into opportunities. A noteworthy shift is underway towards reprocessing existing tailings, a move that is redefining both the economic and environmental landscape of mining operations. Thanks to advancements in technology, such as sensor-based sorting, data analysis and chemical advancement, the reprocessing of tailings has become more efficient and cost-effective. This innovative approach not only unlocks new revenue streams by extracting valuable minerals previously considered uneconomical but also plays a crucial role in environmental conservation. By targeting these untapped resources, we can significantly reduce the ecological footprint of mining activities, addressing the critical issue of waste accumulation, and minimising further land disturbance. The strategic reprocessing of mineral-rich tailings exemplifies the mining sector's commitment to sustainable development. It represents a confluence of economic viability and environmental stewardship, setting a precedent for future operations in our relentless pursuit of sustainability. Let's embrace these technological advancements and support initiatives that promote the responsible utilisation of our planet's resources. The path to a more sustainable and prosperous future lies in our ability to innovate and adapt. #SustainableMining #EnvironmentalConservation #InnovationInMining #ResourceRecovery #TailingsReprocessing

We have completed the first low-carbon ammonium nitrate blast at the Canteras de Santullán quarry in #Spain hand in hand with Orica, one of the world’s leading mining and infrastructure solutions providers. This milestone follows the announcement in September 2023, where both companies unveiled our unique collaboration to provide low-carbon TAN -produced by our Group in a pioneering way with #greenhydrogen- to mining and civil infrastructure customers seeking sustainable blasting solutions as part of our commitment to utilising and developing cleaner alternative products and supporting the energy transition. The decarbonisation of #mining, a crucial sector for the energy transition due to its role in extracting copper and other essential industrial minerals, is set to begin with the first use of our low-carbon TAN. The blast marks a further step towards reducing the #carbonfootprint of mining activities and and we feel very proud to be part of this innovative approach together with like-minded organisations. This is just the begining! ℹ: https://lnkd.in/dVgPFfh7 #WeAreGrupoFertiberia #GreenHydrogen #LowCarbonTAN #NetZeroby2035