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DTSTART:20260429T000000Z
DTEND:20260501T000000Z
DTSTAMP:20260313T211637Z
SUMMARY:47th ISTANBUL International Conference on Mining\, Water and Waste Management (IMWWM-26) scheduled on April 29-May 1\, 2026 Istanbul (Türkiye)
DESCRIPTION:Mining\nMining encompasses the extraction of valuable minerals or other geological materials from the Earth\, focusing on economic viability and environmental responsibility.\n\n1. Extraction and Processing\nMineral Economics: Ore reserve estimation\, resource valuation\, commodity market analysis.\n\nMining Methods:\n\nSurface Mining: Open-pit\, strip mining\, quarrying.\n\nUnderground Mining: Longwall\, room-and-pillar\, block caving.\n\nMineral Processing (Metallurgy):\n\nComminution: Crushing and grinding.\n\nSeparation: Flotation\, gravity separation\, magnetic/electrostatic separation.\n\nHydrometallurgy: Leaching processes (e.g.\, heap leaching for gold).\n\nPyrometallurgy: Smelting and refining.\n\n2. Environmental and Safety Management\nMine Closure and Reclamation: Landform design\, revegetation\, long-term stability planning.\n\nTailings Management: Design and stability of Tailings Storage Facilities (TSFs)\, dewatering and dry stacking.\n\nMine Water Management (The Intersection): Acid Mine Drainage (AMD) prevention and treatment\, dewatering\, water balance modeling.\n\nOccupational Health and Safety: Ventilation\, ground control\, dust suppression\, emergency response.\n\nSocial &amp\; Regulatory Aspects: Environmental Impact Assessment (EIA)\, community relations\, Free\, Prior\, and Informed Consent (FPIC).\n\nWater Management\nWater management focuses on planning\, developing\, distributing\, and managing the optimal use of water resources\, particularly in industrial and municipal contexts.\n\n3. Water Resource Engineering\nHydrology and Hydraulics: Watershed modeling\, flow measurements\, flood control.\n\nGroundwater Management: Aquifer characterization\, sustainable yield\, artificial recharge.\n\nWater Quality Standards: Regulatory compliance (e.g.\, WHO\, EPA standards)\, monitoring and testing.\n\n4. Water Treatment Technologies\nDrinking Water Treatment: Coagulation\, flocculation\, sedimentation\, filtration\, disinfection (chlorination\, UV).\n\nWastewater Treatment:\n\nPrimary Treatment: Solids removal.\n\nSecondary Treatment: Biological processes (Activated sludge\, bioreactors).\n\nTertiary/Advanced Treatment: Nutrient removal (Nitrogen/Phosphorus)\, membrane filtration (RO\, UF\, NF).\n\nIndustrial Water Treatment: Cooling tower water\, boiler feed water\, high-purity water systems.\n\nDesalination: Thermal (Multi-Stage Flash\, Multi-Effect Distillation) and Membrane (Reverse Osmosis) technologies.\n\nWaste Management\nWaste management is the collection\, transport\, treatment\, and disposal of waste materials\, often emphasizing reduction and recovery.\n\n5. Solid Waste Management\nWaste Characterization: Composition analysis\, generation rates\, classification (municipal\, industrial\, hazardous).\n\nThe Waste Hierarchy (3Rs): Reduce\, Reuse\, Recycle.\n\nCollection and Logistics: Routing optimization\, transfer stations.\n\nDisposal:\n\nLandfilling: Design (liners\, leachate collection)\, operation\, and closure.\n\nWaste-to-Energy (WtE): Incineration\, pyrolysis\, gasification.\n\nRecycling and Recovery: Materials Recovery Facilities (MRFs)\, sorting technologies\, market for recyclables.\n\n6. Specialized Waste Streams\nHazardous Waste Management: Classification\, treatment methods (stabilization\, encapsulation)\, regulated disposal.\n\nE-Waste (WEEE): Collection systems\, dismantling\, and material recovery (e.g.\, urban mining).\n\nBiomedical and Radioactive Waste: Specific handling and disposal protocols.\n\nConstruction and Demolition (C&amp\;D) Waste: Maximizing recovery of aggregates and other materials.\n\n Intersections and Sustainability\nThese topics often converge in the context of resource stewardship and circularity.\n\nCircular Economy: Designing closed-loop systems for materials used in mining and manufacturing to minimize waste.\n\nWater-Energy Nexus: The high energy demand of water treatment (especially desalination) and the high water demand of energy production (e.g.\, cooling in power plants and mining).\n\nEnvironmental Remediation: Using chemical and biological methods to clean up contaminated sites (e.g.\, landfill leachate treatment\, mine site rehabilitation).\n\nResource Efficiency: Optimizing material and water use in mining and industrial processes to lower overall environmental footprint.
LOCATION:Istanbul\, Holiday Inn Istanbul City\, (5 Star)\, Istanbul\, Istanbul\, 34280\, Turkey
URL:https://eventstopten.com/events/47th-istanbul-international-conference-on-mining-water-and-waste-management-imwwm-26-scheduled-on-april-29-may-1-2026-istanbul-turkiye/
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