By Tao Jiang, Jiann-Yang Hwang, Gerardo R. F. Alvear Flores, Onuralp Yucel, Xinping Mao, Hong Yong Sohn, Naiyang Ma, Phillip J. Mackey, Thomas P. Battle
The research, improvement, and/or operation of hot temperature strategies that contain the construction of ferrous and nonferrous metals, alloys, and refractory and ceramic fabrics are lined within the ebook. The leading edge tools for reaching impurity segregation and elimination, spinoff restoration, waste minimization, and/or power potency also are concerned. 8 issues are awarded within the book:
1: excessive potency New Metallurgical approach and Technology
2: basic study of Metallurgical Process
3: Alloys and fabrics Preparation
4: Direct aid and Smelting Reduction
5: Coking, New power and Environment
6: usage of strong Slag/Wastes and intricate Ores
7: Characterization of extreme temperature Metallurgical Process
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Extra info for 6th International Symposium on High-Temperature Metallurgical Processing
4. The Chemical Constituents Analysis of High Titanium Ferroalloy The chemical composition of the alloy were analyzed By ICP and oxygen nitrogen analyzer, such as oxygen, aluminum, silicon, iron, etc. And the results were shown in Table 2. 11 The table 2 shew that, the contents of aluminum and oxygen in the sample 3#, 4#, 5# were very low, which were in line with standards, and had a better effect than that of before adding ferrosilicon. Comparing with the sample 3# and 4#, having a higher content of ferrocalcium would be a better effect on the condition of the same amount of ferrosilicon, which indicated that ferrocalcium and ferrosilicon both had a good reductive and played a complementary role.
G. Benz, "ESR for Titanium: Yesterday, Today, Tomorrow," Paper Presented at Processing of the Ninth World Conference on Titanium, Saint-Petersburg, Russia, 1999,1385-1398. 6. Z. Deng, "Three High Quality Products in Titanium Metallurgy," Iron Steel Vanadium 7. T. X. Zhang, "Research on Melting High Titanium Ferroalloy by Electroslags and Titanium, 12 (2005), 60-63. Crucible Remelting," Ferroalloys, 4 (2004), 36-39. 8. C. Wang, "The Vacuum Melting of High Titanium Ferroalloy with Waste Titanium," 9.
14. H. Y. Y. Luo, "Technology of Ferrotitanium by Aluminum Thermal," Iron Steel Vanadium and Titanium, 4 (22) (2001), 47-51. 15. Q. Li, "Calcium Aluminate Premelted Slagand its Application on Converter Wash Heat" Master's thesis, Wuhan University of Technology, 2006. 6th International Symposium on High-Temperature Metallurgical Processing Edited by: Tao Jiang, Jiann-Yang Hwang Gerardo R. F. , Onuralp Yucel, XinpingMao, Hong Yong Sohn, Naiyang Ma Phillip J. Mackey, and Thomas P. Battle TMS (The Minerals, Metals & Materials Society), 2015 PRODUCTION OF GREEN STEEL FROM RED MUD: A NOVEL CONCEPT Bhagyadhar Bhoi 1 , Pravas Ranjan Behera2, Chitta Ranjan Mishra 3 '' 2 ' CSIR-Institute ofMinerals and Materials Technology, Bhubaneswar 751 013, Odisha, India 3 National Aluminium Company Limited, NALCO Bhawan, P-l, Nayapalli, Bhubaneswar 751 013, Odisha, India Keywords: Bauxite, Red mud, Hydrogen Plasma Smelting, Green Steel, Water Abstract Red mud of Indian origin contains around 55% plus of Fe 2 0 3 and is considered as a hazardous waste for the alumina industry.