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首页> 外文期刊>Mining & Minerals >Studies from Bandung Institute of Technology Have Provided New Data on Sustainable Metallurgy (Selective Dissolution of Magnesium From Ferronickel Slag By Sulfur-oxidizing Mixotrophic Bacteria At Room Temperature)
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Studies from Bandung Institute of Technology Have Provided New Data on Sustainable Metallurgy (Selective Dissolution of Magnesium From Ferronickel Slag By Sulfur-oxidizing Mixotrophic Bacteria At Room Temperature)

机译:研究从万隆理工学院可持续冶金提供了新的数据(选择性溶解的镁镍铁渣由Sulfur-oxidizing兼养的细菌在室温下)

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2022 JUL 1 (VerticalNews) – By a News Reporter-Staff News Editor at Mining & Minerals – Data detailed on Sustainability Research - Sustainable Metallurgy have been presented. According to news reporting out of Bandung, Indonesia, by VerticalNews editors, research stated, “Due to the significant magnesium content, ferronickel slag is potentially a secondary magnesium resource and a subject for CO2 fixation. The current techniques require high energy consumption and involve physical and chemical processes.” Financial support for this research came from 2018 Research Program (P3MI), Institute for Research and Community Services, Institut Teknologi Bandung, Indonesia.
机译:2022年7月1 (VerticalNews)——由一个消息记者在采矿和矿物-新闻编辑数据详细的可持续性研究可持续冶金已经被提出了。根据新闻报道的万隆印度尼西亚,VerticalNews编辑、研究说:“由于大量镁内容,镍铁渣是一个潜在的二次镁资源和主题二氧化碳固定。能源消耗和涉及物理和化学过程。”研究来自2018个研究项目(P3MI),研究所和社区服务,

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