By Tao Jiang, Jiann-Yang Hwang, Phillip J. Mackey, Onuralp Yucel, Guifeng Zhou
Within the final decade, international metallurgical industries have skilled quick and wealthy progress. extreme temperature metallurgical know-how is the spine to help the technical, environmental, and low-priced wishes for the growth.
This symposium offers a level to introduce the developments and advancements of latest extreme temperature metallurgical applied sciences and their functions to the parts of processing of minerals, extraction of metals, instruction of refractory and ceramic fabrics, sintering and synthesis of excellent debris, therapy and recycling of slag and wastes, and saving of power and safety of environment.Content:
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Additional info for 4th International Symposium on High-Temperature Metallurgical Processing
Little has changed in the chemistry of copper production since then. Of the numerous copper smelting processes [3, and references therein, 4], one of the more frequently employed practices is the flash smelting and converting setup to produce anode-quality copper. While this typical copper smelting methodology is highly effective, there is an ongoing effort to improve the environmental and energy "footprint" of the process. The production of partially oxygen-enriched air is energy intensive. The SO2 streams are at low concentrations due to the excess air introduced during smelting and converting, which requires significantly increased equipment size and leads to less efficient energy capture and higher capital cost.
The chemical constitutions and whiteness results are shown in Table II. 1 The results show that the main phase in product is Al(OH)3. The chemical constitutions and whiteness are suit for the standard of high-whiteness Al(OH)3 in China. Conclusions A novel aluminothermic reduction lithium process was developed, which used Li2CC>3, AI2O3 and CaO as raw materials, and aluminum powder as reductant. Metal lithium and aluminum hydroxide as by-product were obtained in the process. (1) The lithium reduction rate increased with increasing of reduction temperature, time and aluminum powder addition.
Extraction of Nonferrous Metals, Reprint 1999, 531p. 9. , 2011, Physical chemistry of copper smelting slags and copper losses at the Paipote smelter - Part I Thermodynamic modeling. Canadian Metallurgical Quarterly (October), 318-329. 10. , 2006, CODELCO, Chile Programs Its Copper-Smelting Operations. Interfaces (July - August), 296-301 (36). 11. S. thesis, Middle East Technical University, 2008), 124p. 12. , 2005, Flows of Selected Materials Associated with World Copper Smelting. S. Geological Survey, 138p.
4th International Symposium on High-Temperature Metallurgical Processing by Tao Jiang, Jiann-Yang Hwang, Phillip J. Mackey, Onuralp Yucel, Guifeng Zhou