Cerro de Pasco Resources reports a processing plan for Peru's Quiulacocha project. Tests show high silver recovery rates, paving the way for industrial-scale use. verumo.de/artikel/effiziente… @CerroInc #SilverMining #TailingsReclamation #MiningStocks #ResourceRecovery #Verumo

♻️ Free Household #HazardousWaste Collection Days in Ireland, giving local residents the chance to safely dispose of unwanted hazardous materials from their homes. ♻️ eventbrite.com/o/rwmpo-enva-… #WeAreEnva #Sustainability #CommunitySupport #WasteManagement #ResourceRecovery

🚀♻️🐍 MEDUSA MATERIALS RECLAMATION NEXUS™ | AURORA-7 INFRASTRUCTURE SERIES From the advanced engineering civilizations of Aurora-7 comes the next evolution of planetary infrastructure. Introducing the Medusa Materials Reclamation Nexus™, an intelligent resource recovery ecosystem powered by the Mental Model Engine, Aurora-7 Sensor Grid, KCE Drift Machine, and Quad Stack AI System. 🏭 Recovering Industrial Metals 🔋 Extracting Critical Battery Minerals ♻️ Converting Waste into Manufacturing Feedstock 🤖 Optimus-Class Humanoid Operations ⚡ Renewable Energy Recovery Networks 🧠 Autonomous Financial Intelligence 🌎 Circular Economy Infrastructure In the 2100s, landfills are no longer waste sites. They are strategic resource reserves. Every ton is scanned by the Aurora-7 Sensor Grid. Every decision is optimized by the Mental Model Engine. Every workflow is synchronized through the KCE Drift Machine. Every operation is enhanced by the Quad Stack AI System. Built alongside Kid Nebula Gold ✨ and Aurora Gold 🌟, the Nexus transforms environmental liabilities into energy assets, industrial materials, carbon resources, and future cities across Centris Planet. The future isn’t disposal. The future is reclamation. ♻️ Waste → Intelligence → Materials → Energy → Infrastructure → Civilization #MedusaTechnologies #Aurora7 #CentrisPlanet #KidNebulaGold #AuroraGold #QuadStackAI #MentalModelEngine #KCEDriftMachine #Aurora7SensorGrid #ResourceRecovery #CircularEconomy #FutureInfrastructure #Humanoids #Optimus #Robotics #AI #CleanTech #MaterialsScience #Engineering #PlanetarySystems #IndustrialAutomation #Sustainability #FutureCities #2100s 🚀🌎♻️🐍

What we call "waste" is often an underutilized resource waiting for the right technology, infrastructure, and business model. #BiotobsEnergy #EnvironmentalEngineering #ClimateTech #Africa #ResourceRecovery #Sustainability #ClimateAction

Europe's growing demand for critical minerals is reshaping the future of the battery value chain. Join us at EBMI 2026 to explore how advanced recycling and urban mining can help strengthen supply chain resilience, recover valuable materials, and support the circular economy. 📍 Visit us at Booth: 📅 Dates: 17-18 June Our team will be on-site to discuss battery recycling, critical mineral recovery, and sustainable resource management solutions. To schedule a meeting in advance, write to info@attero.in. We look forward to connecting with you at EBMI 2026. #EBMI2026 #CriticalMinerals #BatteryRecycling #CircularEconomy #EnergyTransition #Sustainability #ResourceRecovery

Enva invests £7.5m to boost UK recycling capacity with first-of-its-kind fridge compressor facility and small mixed #WEEE processing capability. Read here: enva.link/4vmy #Sustainability #Recycling #CircularEconomy #Innovation #ResourceRecovery #eWaste #WeAreEnva

👏Recent Article 👏– “Extracellular Polymeric Substance-Intercalated MXene Membranes Toward Removal of Emerging Contaminants” by Da-Qi Cao from Beijing University of Civil Engineering and Architecture, et al. ▶️mdpi.com/3924062 #ResourceRecovery #EmergingContaminant

Not all refining creates the same value. At Re Sustainability Reldan, our precision-driven refining processes help maximize recovery, purity, and value from precious metal-bearing materials. Learn more: rereldan.com/solutions/ #PreciousMetalRecovery #ResourceRecovery

✨Interesting read! Kinetic Modeling of Co-Pyrogasification in Municipal Solid Waste (MSW) Management: Towards Sustainable Resource Recovery and Energy Generation 🔗Enjoy reading: mdpi.com/2071-1050/16/10/405… #MunicipalSolidWaste #Sustainability #ResourceRecovery #OpenAccess

♻️ Wastewater is no longer just waste, it’s a strategic resource for nutrients, energy and critical raw materials. 🚀01/06 👉follow our webinar to explore the challenges, opportunities and policy signals shaping the future of #ResourceRecovery across EU! watereurope.glueup.com/event…

⚡ #CallForPapers #DeadlineApproaching Contribute a paper to the Special Issue on "Advanced Technologies for #Energy and #Resource Recovery from #Water and #Wastewater"! 👉 brnw.ch/21x2RgS #EnergyRecovery #ResourceRecovery #CircularEconomy #mdpienergies #openaccess

youtu.be/fWFOrc-8i7E?si=Oqii… The next global industrial race may not be fought only over oil fields, semiconductor fabs, or newly discovered mines. It may be fought over who can intelligently recover strategic value from the billions of tons of industrial residues already existing across the planet. Fly ash. Mine tailings. Industrial slag. Refinery residues. Gasification-linked waste streams. What the world currently treats as industrial liabilities may eventually evolve into future strategic-resource infrastructure powering: • Semiconductor ecosystems • Critical mineral supply chains • Energy-transition industries • Circular manufacturing • Industrial AI infrastructures • Sovereign resource economies Presenting: OMEGA-GRID (Published Indian Patent Application No. 202621033520) A systems-level industrial orchestration architecture exploring: • Strategic Material Recovery • Rare Earth & Gallium/Germanium Pathways • Industrial Gas & Syngas Integration • Recursive Thermodynamic Routing • Brownfield-Compatible Deployment • Multi-Feedstock Resource Recovery • Circular Industrial Symbiosis • Adaptive Industrial Infrastructure • Off-World Industrial Ecosystems One System. 33 Potential Strategic Output Pathways. OMEGA-GRID is not being positioned as a conventional waste-processing idea. It is being explored as a future industrial resource-orchestration framework integrating thermodynamics, plasma-assisted processing, industrial symbiosis, energy cascading, material routing, and adaptive multi-sector recovery architectures into a unified strategic-resource ecosystem. Educational Overview Film: youtu.be/fWFOrc-8i7E?si=aSC3… Open to dialogue with: • Scientists • Metallurgists • Semiconductor Ecosystems • Mining & Energy Leaders • EPC Firms • Industrial Conglomerates • Research Institutions • Strategic Investors • Governments & Policy Ecosystems Sometimes the next industrial revolution does not begin with discovering new resources. It begins with learning how to see existing resources differently. Ar. Mahendrasingh Katroliya Inventor & Director Space Crafter Infrastructure Private Limited India #OmegaGrid #CriticalMinerals #RareEarths #DeepTech #Semiconductor #IndustrialAI #StrategicMaterials #CircularEconomy #Mining #Metallurgy #EnergyTransition #IndustrialEngineering #ResourceRecovery #AdvancedManufacturing #FutureIndustry #Gallium #Germanium #IndustrialInnovation #Syngas #Hydrogen #ClimateTech #IndustrialTransformation #IndustrialSymbiosis #StrategicInfrastructure #ResourceSovereignty #Brownfield #Thermodynamics #FutureInfrastructure #IndustrialSystems #AIInfrastructure

If your business is doing any of these, don’t let this opportunity pass. Apply here: shona.co/shona-projects/wewo… #GoodBusinesses #WeWorkUG #GlobalGateway #TeamEurope #WasteManagement #ResourceRecovery

Chemically rich coal waste deposits could provide a new income stream for China's energy sector. bit.ly/49iAI9Z #CoalWaste #CriticalMinerals #ResourceRecovery

Are you in waste collection, sorting, or recycling? Turn your impact into opportunity. Join the Good Green Business Accelerator under #WeWorkUG and scale your solution for a greener Uganda. Apply: shona.co/shona-projects/wewo… #GoodBusinesses #WasteManagement #ResourceRecovery

Effective waste collection and sorting are fundamental pillars of a functioning circular economy, enabling valuable resources to re-enter production cycles rather than ending up in landfills. Enterprises that collect, sort and transport plastic, paper, metal, glass, agro and e-waste are essential for industrial resource efficiency. Under the WeWork — Green and Decent Jobs for Youth project, the Good Green Business Accelerator wants to partner with entrepreneurs whose businesses are excelling in this vital thematic sector, transforming how communities and industries manage their waste. We are particularly interested in enterprises that provide comprehensive waste collection services across household, commercial, and institutional settings, ensuring materials are systematically gathered for beneficial use and fostering a greener Uganda. If your business is doing any of these, don’t let this opportunity pass. For more information, follow @SHONAGroup for all the latest updates about the WeWork — Green and Decent Jobs for Youth project. Apply to join: shona.co/shona-projects/wewo… #GoodBusinesses #WeWorkUG #GlobalGateway #TeamEurope #WasteManagement #ResourceRecovery

ADVERT: Effective waste collection and sorting are fundamental pillars of a functioning circular economy, enabling valuable resources to re-enter production cycles rather than ending up in landfills. Enterprises that collect, sort, and transport plastic, paper, metal, glass, agro, and e-waste are essential for industrial resource efficiency. Under the WeWork — Green and Decent Jobs for Youth project, the Good Green Business Accelerator wants to partner with entrepreneurs whose businesses are excelling in this vital thematic sector, transforming how communities and industries manage their waste. We are particularly interested in enterprises that provide comprehensive waste collection services across household, commercial, and institutional settings, ensuring materials are systematically gathered for beneficial use and fostering a greener Uganda. If your business is doing any of these, don’t let this opportunity pass. Apply here: shona.co/shona-projects/wewo… #GoodBusinesses #WeWorkUG #GlobalGateway #TeamEurope #WasteManagement #ResourceRecovery

Dr. Vinay Kumar Tyagi, Scientist D, was invited at the Patanjali Research Institute to discuss potential collaborative research on sustainable sludge management and resource recovery. During the visit, Dr. Tyagi also explored their sludge-to-organic fertilizer facility and exchanged perspectives on transforming sewage sludge from an environmental liability into a valuable resource for soil health restoration. India is currently facing a dual challenge of increasing generation of sewage sludge from expanding wastewater treatment infrastructure and progressive depletion of soil organic carbon due to intensive agricultural practices and uncontrolled usage of synthetic fertilizers. Scientific and safe utilization of treated sludge, after proper stabilization and quality assessment, offers a promising pathway toward the circular economy and sustainable agriculture by recovering nutrients and replenishing carbon in degraded soils. The interaction highlighted the importance of interdisciplinary collaborations linking wastewater and sludge management, soil health, nutrient recovery, and sustainable farming practices. #SludgeManagement #CircularEconomy #WasteToResource #SoilHealth #OrganicCarbon #WastewaterTreatment #ResourceRecovery #SustainableAgriculture #EnvironmentalEngineering #Sustainability #ResearchCollaboration @DoWRRDGR_MoJS

If prices are moving this fast, the question isn’t just supply… it’s what supply is being counted. A large portion of lithium isn’t in new deposits — it’s already been extracted and left behind in brines, tailings, and process waste. Price spikes may be signaling not just scarcity, but inefficiency in recovery. The next shift might not be more mining, but better extraction from what’s already there. That layer still feels under-modeled. #Lithium #Brine #ResourceRecovery #CriticalMinerals

🏆 CIRCULAR REPUBLIC AWARD — Rare Earth Recycling Takes the Stage The 2026 Circular Technology Award isn’t just another trophy wall. It’s a snapshot of who’s actually building the infrastructure for a circular critical‑minerals economy. Two names in particular jump out on the recycling side: Ionic Technologies and HyProMag — and DEScycle flying the flag for UK deep‑eutectic solvent metals recovery. 💥 🧵 Here’s why this line‑up matters. 🔬 Ionic Technologies — Ionic liquids, not smokestacks Belfast‑based Ionic Technologies (100% owned by ASX: $IXR) is pioneering Multifunctional Amide Ionic Liquid (MAIL) chemistry to separate Nd, Pr, Dy, Tb from end‑of‑life magnets and mixed rare earth concentrates. Their tech has already run 24/7 in a demonstration plant, producing >99.5% pure magnet oxides and securing major UK backing through TDAP, SuRV, CLIMATES, REEValuate and the £11m CirculaREEconomy (CREEM) consortium. The Circular Republic spotlight underlines what the UK government has already concluded: this is one of the few Western platforms that can turn mixed scrap into battery‑grade rare earth oxides at scale. #IonicTechnologies #MAIL #RareEarths #MagnetRecycling #Belfast #CircularEconomy #IXR 🧲 HyProMag — Hydrogen cracking for magnets HyProMag brings something equally powerful and complementary: Hydrogen Processing of Magnet Scrap (HPMS) — a technique that uses hydrogen gas to crack NdFeB magnets into a demagnetised powder without dissolving them. That short‑loop route saves up to 90% of the energy versus making magnets from fresh ore, and it’s already moving into commercial operation in the UK and Germany, backed by Innovate UK and Mkango. Seeing HyProMag on the same Circular Republic stage reinforces the message: rare earth magnet recycling is no longer niche R&D — it’s entering the industrial mainstream. #HyProMag #HPMS #NdFeB #EVSupplyChain #WindEnergy #CriticalMinerals 🧪 DEScycle — Deep eutectic solvents from the UK, scaling into Europe DEScycle is another UK‑rooted name showing up across circular‑metals awards and prospectuses — now also recognised by Germany’s SPRIND and EU programmes for its deep eutectic solvent (DES) approach to metal recovery. Instead of high‑temperature smelters or aggressive acids, DEScycle’s chemistry uses benign, low‑energy DES solvents to strip critical metals from e‑waste and residues, with modular, capital‑light plants that sit next to collection points rather than at giant smelters. Having DEScycle in the same conversation as Ionic and HyProMag underlines how strong the UK’s circular‑metals toolbox has become. #DEScycle #DeepEutecticSolvents #UrbanMining #Ewaste #UKInnovation 🌍 And the wider cohort — real innovators across materials & disassembly The rest of the Circular Republic line‑up brings in automated disassembly, robotics, battery recovery, and advanced materials tracking — each tackling a different choke‑point in circular supply chains. Together, this cohort is building the plumbing we’ll need if Europe and its allies are serious about getting 20% of critical minerals from recycling and circular flows, not just words in a policy document. Ionic Technologies and HyProMag on magnets, DEScycle on metals, and the other award finalists on automation and analytics — that’s a serious ecosystem forming. #CircularRepublic #CircularTechnologyAward #CircularEconomy #CriticalMinerals #RecyclingInnovation #GreenTech #ResourceRecovery 🔁 Why I’m watching this space Awards aren’t the end game — tonnes through plants are. But the Circular Republic Award is fast becoming a good signal of who’s moving from lab to factory in circular metals and magnets. I’ll be tracking how Ionic Technologies, HyProMag, DEScycle and the rest of this year’s finalists turn recognition into commissioned capacity, locked‑in feedstock and real tonnes of Nd, Pr, Dy, Tb. Stay tuned. 👀 #MagnetRecycling #MetalsRecycling #EnergyTransition #SupplyChainResilience #EUIndustry #UKManufacturing #Sustainability #Innovation @roblun1