Treatment of Metal Wastes with Deep-sea Manganese Nodules

机译：深海锰结核处理金属废物

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The Deep-sea Manganese nodules were treated by reduction-smelting process with adding the spent Ni-Cd battery or the spent catalyst containing cobalt for recovery of nickel and cobalt metals. The nickel in the spent Ni-Cd battery could be recovered with adding 5% coke as a reducing agent regardless of the amount of battery added. However, to recover cobalt from the spent catalyst, it is required to add more coke for reduction of cobalt oxide in the catalyst. The treatment of metal wastes with manganese nodules can contribute to lower the cost for the processing of nodules and to facilitate the recycling of metal wastes.

机译：深海锰结核通过还原冶炼工艺进行处理，添加废镍镉电池或含钴废催化剂以回收镍和钴金属。可以通过添加5％的焦炭作为还原剂来回收用过的Ni-Cd电池中的镍，而不考虑电池的添加量。但是，为了从废催化剂中回收钴，需要添加更多的焦炭以还原催化剂中的氧化钴。用锰结核处理金属废物可有助于降低结核处理的成本并促进金属废物的回收。

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来源
《International Symposium on East Asian Resources Recycling Technology（EARTH 2005); 20051109-15; Beijing(CN)》|2005年|P.119-122|共4页
会议地点 Beijing(CN)
作者
K. H. Park; C.W. Nam;
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作者单位

Korea Institute of Geoscience Mineral Resources, 30 Gajeong-dong, Yuseong-gu, Daejeon, 305-350, Korea;

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会议组织
原文格式 PDF
正文语种 eng
中图分类废物处理与综合利用;
关键词
manganese nodules; spent Ni-Cd battery; spent catalyst; reduction-smelting;

机译：锰结核;废镍镉电池;废催化剂;还原冶炼;

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专利

1. TREATMENT OF METAL WASTES CONTAINING NI, Co AND Mn WITH DEEP-SEA MANGANESE NODULES [J] . K. H. Park, C.W. Nam Metals materials and processes . 2008,第2期

机译：深海锰结核处理含镍，钴和锰的金属废物
2. Acid leaching of metals from deep-sea manganese nodules - A critical review of fundamentals and applications [J] . G. Senanayake Minerals Engineering . 2011,第13期

机译：深海锰结核中金属的酸浸-基本原理和应用的严格审查
3. Dissolution of Metal Values from Deep-sea Manganese Nodule in HCl Medium in Presence of Sphalerite [J] . M Madhuchhanda, N B Devi, P C Rath Journal of the Institution of Engineers (India). Metallurgical and Material Engineering Division . 2000,第0期

机译：闪锌矿存在下盐酸中深海锰结核中金属元素的溶解
4. Treatment of Metal Wastes with Deep-sea Manganese Nodules [C] . C.W. Nam, K.H. Park The proceedings of the Ninth (2011) ISOPE ocean mining (amp; gas hydrates) symposium. . 2011

机译：深海锰结核处理金属废物
5. A model of the economic feasibility of utilizing Blake Plateau manganese nodules for desulfurization and metals recovery. [D] . Buchannon, Robin Cranton. 1995

机译：利用布雷克高原锰结核进行脱硫和金属回收的经济可行性模型。
6. Influence of hydrostatic pressure on the effects of the heavy metal cations of manganese copper cobalt and nickel on the growth of three deep-sea bacterial isolates. [O] . E J Arcuri, H L Ehrlich 1977

机译：静水压力对锰铜钴和镍中重金属阳离子对三种深海细菌分离株生长的影响。
7. Feasibility of Different Drying Methods to Remedy Deep-sea Mining Tailings Using the Formation of Alginate-rhamnolipid Complexes With Harmful Heavy Metals Contained in Manganese Nodules [O] . Aleum Lee, KYOUNGREN KIM 2020

机译：使用锰结节中含有有害重金属的藻酸核醇脂肪络合物的不同干燥方法对不同干燥方法的可行性
8. Environmental, Social and Economic Effects of Continued Reliance on Land Mining to Produce Metals Available from Manganese Nodules [R] . 1980

机译：继续依靠土地开采生产锰结核金属的环境，社会和经济效应

Treatment of Metal Wastes with Deep-sea Manganese Nodules

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