| Bing Peng | |||||||||||||||||
| EDUCATION | SUMMARY OF WORK EXPERIENCE | ||||||||||||||||
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Ph.D Student Non-Ferrous Metallurgy, Central South University of Technology Changsha, P.R.China. 9/95-7/98 MS Non-Ferrous Metallurgy, Central South University of Technology Changsha, P.R.China. Fall, 1988 BS Non-Ferrous Metallurgy, Central South University of Technology Changsha, P.R.China. Fall, 1982 BS Computer Science, China's TV College Beijing, P.R.China. Fall, 1985 BS Surface Protecting of Metal, Hunan University Changsha, P.R.China. Fall, 1978 |
Over fifteen years extensive experience in non-ferrous metallurgical factory design and project research; Metal Materials; Galvanization; Metal Surface Treating and Heat Treatment for engineering application; Very proficiency in Metallurgical Engineering. Profound metallurgical process research which deals with a lot of professional field, such as Non-Ferrous Metallurgy, Chemical Engineering, Metal Materials and Heat Treating, Computer Aided Engineering, Energy Saving, Environment Protection, etc. Complete non-ferrous metallurgical process design which includes feasibility study; Technology process analysis, Optimizing the operation manner; Cost Estimate and Economic Analysis; Environment Protection; Survey the existing metallurgical process for renovation projects. Supervising the projects from design through construction phase, working as the leading metallurgical engineer in metallurgical group and coordinating with other disciplines. | ||||||||||||||||
| PROFESSIONAL EXPERIENCE | |||||||||||||||||
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Associate Professor/Director of Teaching & Research Group Metal Material Department of Hunan University, Changsha, P.R. China. 3/91-Present Responsible for the lectures of Materials Science, Mechanical Engineering Materials, Metal Science and Metal Materials to undergraduate students in the University. Directing and Leading Metallurgical, Materials Science, Heat Treatment, Chemical Engineering, Environment Protection technological and experimental research. Main research projects include Making Titania from Titanium Blast Furnace Slags by Hydrolization, in which found a new way to extract titanium from the slags and make titania product and recycle other metals (such as aluminum, magnesium); Copper Metallurgical Process Computer Control with Math Model, in which the impurity distribution in copper metallurgical process is researched by computer immunizing the process in the way of FORTRAN and GOTO mathematics model; Research of Versatile Vacuum Furnace for Chemical Heat Treatment in which developed a new type of heat treating furnace and got the Second Grade Science and Technology Progress Prize by Electrical and Mechanic Ministry of China. The other research projects include Refinement of Rude Copper; Investigation on Prolong Lifetime of Tank Caterpillar Board; Copper Leaching with Bacteria; and etc. Metallurgy Engineer Hunan Metallurgy Planing Design Institute, Changsha, P.R.China. 10/89-3/91 As leading engineer or engineer in projects Presiding over the investigation of non-ferrous metallurgy plants in Hunan and setting up the technical prescripts and rules to plants in the renovation; Chenzou Zinc Metallurgy Plant planing design. Responsible for Cost Estimate & Economic Analysis, General Arrangement and Local Transportation, Environment Protection in some other design projects. Metallurgy Engineer Hunan Non-Ferrous Metal Research Institute, Changsha, P.R.China. 6/88-9/89 Responsible for the design of Qiemo Copper Metallurgy Plant (in Xingqian), and removing arsenic from ores by Rotating Furnace for a lot of projects. Metallurgy Engineer Changsha Non-Ferrous Metallurgy Design & Research Institute, Changsha, P.R.China. 7/82-8/85 As designer or associate engineer Complete cycle of engineering design from feasibility study, schematic design, conceptual design, working drawing design to construction coordination. Main projects include the zinc effervescence furnace renovation of Liuzhou Zinc Product Plant, trying production of Xikuanshan Antimony Hydrometallurgy Plant, Tin metallurgical technology process design of Henyang Metallurgy Plant, and etc. PUBLICATIONS Dynamic Research of Making Titania from Titanium Blast Furnace Slags by Hydrolization JOURNAL OF HUNAN UNIVERSITY(ISSN 1000-2472), Vol.24,No.2, Apr.1997. Abstract: The dynamics equation of hydrolization with TiOSO4 solution made from titanium blast furnace slag was set up on experiments & mathematical analysis. Thermodynamics Research of Making Titania from Complex TiOS4 Solution System HUNAN NONFERROUS METALS(ISSN 1003-5540), Vol.13, No.2, Feb.1997. Abstract: Thermodynamics calculation on the hydrolization process is made and predicates the possible reactions in the process. Research of Making Titania from Complex TiOSO4 Solution System HUNAN NONFERROUS METALS(ISSN 1003-5540), Vol.13, No.1, Jan.1997. Abstract: The mathematical model of the technology process was built up by the experiments and the best technology condition is determinate by treating the model with computer aided optimization. Physical Chemistry Research of Making Titania from Titanium Blast Furnace Slag by Hydrolization ICHM'98 (ISBN-80003-432-1) p173-p177 Technical Measures for Pyro-refining of High-Nickel Blister Copper NONFERROUS METALS (ISSN 1007-7545) No.4 August 1998 p7-p8 Comparison of ISA Copper Electrolysis with General Copper Electrolysis HEAVY NONFERROUS METAL METALLURGY(ISSN 1006-9194), No.143, May.1996. Evaluating the ISA Copper Electrolysis Excellent Grade Paper of China's Copper Metallurgy Communication Conference, Oct.1996. Techniques for Reducing Power Consumption in Copper Electrolyzing EDUCATION AND SCIENTIFIC RESEARCH, Vol. 15, No. 1, Jan. 1997. Design of Computer Automatic Control in 25t/h Directly Blowing Coal Power Industry Boiler PRESENT ENERGY SAVING(ISSN 1004-8596), Vol.13, No.62, Apr.1997. Research of Unnomal Heat Treating Furnace for Carbonizing and Nitriding JOURNAL OF HUNAN UNIVERSITY(ISSN 1000-2472), Vol.20, No.1, Feb.1993. Abstract: developed a new type of heat treating furnace which characterized by energy saving, high efficiency, convenience and low price. Research of Versatile Vacuum Furnace for Chemical Heat Treatment JOURNAL OF HUNAN UNIVERSITY(ISSN 1000-2472), Vol.19, No.2, Apr.1992. Abstract: developing a new versatile electric furnace for chemical heat treatment which adopted HN3 auto-disintegrating instrument, technology of ultra-red heating and TTL automatic control. COMPUTER SOFTWARE MS-DOS, MS-WINDOWS, C, 80X86, FoxPro, Visual-FoxPro, Visual-basic, Basic, Visual-C++, Fortran, PASCAL, MS-Word, MS-Excel, AutoCAD, and ect. | |||||||||||||||||
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