Titlebook: Energy Technology 2023; Carbon Dioxide Manag Shafiq Alam,Donna Post Guillen,Yan Liu Conference proceedings 2023 The Minerals, Metals & Mate

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CO2 Mineralization and Critical Battery Metals Recovery from Olivine and Nickel Lateritesth no decrease in performance. The process consumes carbon dioxide and a source of sulfide. No additional acid or base is consumed in this novel process. Therefore, this work can potentially make significant contributions to the enhanced production of critical battery metals with enhanced CO. storage and to the clean energy transition.

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Extraction of Valuable Metals from Luanshya Copper Smelting Slag with Minimal Waste Generationresence of sulphur. Chromium was upgraded by a factor of more than 5 when the non-magnetic fraction was subjected to gravity concentration. The effect of particle size was studied during magnetic separation of feed material.

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2367-1181 ming to reach NetZero, researchers in both academia and industry as well as policymakers are now putting tremendous efforts into the generation, storage, and applications of clean energy. This collection focuses on new and efficient energy technologies including innovative ore beneficiation, smeltin

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Effect of H2 Enrichment on CO/N2/H2-air Turbulence Partial Premixed Flame Combustion Characteristics content increased, the flame length decreased, high-temperature zone moved forward, temperature increased, CO. content first increased and then decreased, and CO content decreased. The addition of H. facilitated the formation of OH radicals, causing the oxidation reaction of CO to proceed faster than in the presence of only O. and O.

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Energy-Saving Green Technologies in the Mining and Mineral Processing Industryper. Our novel techniques can even reduce more energy than what is currently consumed in the conventional hydrometallurgical copper electrowinning processes. Those energy-saving and sustainable green technologies would help meet the NetZero target in the mining and mineral processing industries.

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