4thInternational Congress - Pyro.co.za
4thInternational Congress - Pyro.co.za
4thInternational Congress - Pyro.co.za
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TABLE OF CONTENTS<br />
CONSTRUCTION AND OPERATION OF THE SHAFT TYPE Pe-Mn SMELTING FURNACE -<br />
A. Kitera. S. Sakura1. J. Kurihara, H. Yoshimoto. N. Fukushlms. Y. Seriz8wa<br />
(HizuShima Ferro Alloy Co, Ltd. and Kawasaki Steel Corp .• Japan)<br />
niE DESIGN AND DEVELOPMENT OF FURNACE LININGS FOR MANGANESE ALLOYS SMELTING<br />
N. J. van der Walt (Tubstse Ferrochrome. South Africa)<br />
PRODUCTION OF MANGANESE ALLOYS WITH ORE FROM CARAJaS<br />
B. V. Gorlo! and L. T. Castro ( Cia Vale do Rio Doce, Brazil)<br />
MANGANESE SMELTING IN AUSTRALIA USING LUMPY ORE AND SINTER<br />
A. H. Olsen and A. H. Lee (Tasmanian Electra Metallurgical Co. Pey. Ltd. J<br />
Australia)<br />
IMPROVEMENT OF ENERGY EFFICIENCY BY PROCESS COMPUTER FOR FERROALLOY ELECTRIC<br />
FURNACE AND PRODUCTION OF MEDIUM OR LOW CARBON FERROMANGANESE BY DIRECT<br />
DECARBONIZATION OP FMnH MELT<br />
K. Yamamo<strong>co</strong>. S. Ita. S. Terada, T. Soejlma and Y. Kurita (Kobe Steel Ltd.,<br />
Japan)<br />
CONTROL OF FURNACE CHARGE BY MICROCOMPUTER. NEW TECHNOLOGY<br />
P. E. L. Pires and J. N. Honteiro Jr. (Eirich Industria) Ltda. Brazil)<br />
STATISTICAL PROCESS CONTROL. A TOOL FOR PROFIT<br />
J. F. CoIlins and J. E. Cumbo ( SlCW Alloys. toe .• United States)<br />
FACTORS AFFECTING THE REDUCTION RATE OF CHROMITE<br />
N. F. Dawson and R. 1. Edwards (Council for Mineral Technology and<br />
University of Natal, South Africa)<br />
AN ASSESMENT OF SMELTING REDUCTION PROCESSES IN THE PRODUCTION OF Fe-Cr-C<br />
ALLOYS<br />
H. J. Niayesh and G. W. Fletcher (Council for Mineral Technology, South<br />
Africa)<br />
FERROCHROME PRODUCTION AT FERROCHROME PHILIPPINES, INC.<br />
F. BrHuer and W. Weber (Voest Alpine and Ferrochrome Philippines, Austria<br />
and Philippines)<br />
CHROME ORE FINES SINTERING IN FERBASA - G. O. Lopes (Cia Ferro-Ligas da<br />
Bahia, Brazil)<br />
INDUSTRIAL APPLICATION OF DENSE MEDIA SEPARATION FOR RECOVERING FeCr ENTRAINEO<br />
IN SLAG AND DISCARDING SLAG ADMIXED WITH FeCr FINES - G. A. Apostol1des<br />
(Hellenic Ferroalloys SA, Greece)<br />
PRODUCTION OF CHARGE CHROME IN A 45 MVA SUBMERGED ELECTRIC ARC FURNACE AT<br />
FACOR, INDIA. USING A MIX OF BRIQUETTED AND LUMPY CHROME ORES -<br />
M. Subramanian, N. Harman, M. Saraf and R. Saraf (Ferro Alloys Corp., India)<br />
THE CONTROL AND OPERATION OF A PILOT-PLANT D.C. PLASMA FURNACE -<br />
K. C. Ni<strong>co</strong>l, H. S. Rennie and A. B. Stewart (Council for Mineral Technology,<br />
South Africa)<br />
TECHNOLOGY FOR THE PROOUCTION OF NEW GRADES AND TYPES OF FERRO-ALLOYS USING<br />
THERMAL PLASMA - D. Slatter, N. A. Barc<strong>za</strong>, T. R. Curr, K. U. Maske and L. B.<br />
McRae (Middelburg Steel and Alloys (Pty.) Ltd and Council for Mineral<br />
Technology, South Africa)<br />
PYROMETALLURGICAL PROCESSING OF POLYMETALLIC NODULES -<br />
H. Demange and L. Septier (Pechiney Electrometallurgie, France)<br />
OPTIMUM UTILIZATION OF BY-PRODUCTS IN FERROALLOY INDUSTRY -<br />
T. Senga, H. Saito and M. Takabatake (Japan Metals & Chemicals Co., Ltd,<br />
Japan)<br />
RECYCLING OF FINES GENERATED IN THE FERRO ALLOY PROOUCTION THROUGH COLD<br />
BONDED AGGLOMERATION PROCESS. PRELIMINARY TESTS - J. Martina (Fundacao<br />
Centra Tecnologi<strong>co</strong> de Minas Gerais - CETEC, Brazil)<br />
CHROMITE POTENTIAL OF THE VALE DO JACURICI-<br />
P. B. de Deus, M. H. Harinho, G. M. F. Rocha and J. S. Viana (Superintendenc1a<br />
de Geologia q,ecursos Minerais and Cia Ferro-Ligas da Bahia, Brazil)<br />
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17 ./<br />
31<br />
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63 ./<br />
79<br />
91<br />
105 ./<br />
115 ./<br />
125 v'<br />
147<br />
157 /<br />
161<br />
179<br />
191<br />
205<br />
223 /<br />
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