Ebook: Proceeding of the fourteenth international ferroalloys congress

Energy efficiency and environmental friendliness are the future of the global Ferroalloy industry. Volume.
2. Ukraine, Kiev, May 31-June 4, 2015.
Fundamentals, Theory.
Reductants.
Influence of coking process parameters on structural properties of Direcsil reductant.
S. Kim, M. Tolymbekov, V. Kim, N. Lu.
Carbon materials for silicomanganese reduction.
Sethulakshmy Jayakumari and Merete Tangstad.
Effect of South African reductants on ferrochrome production.
Xiaowei Pan.
Quartz and carbon black pellets for silicon production.
Fei Li, Merete Tangstad, Ingeborg Solheim.
On the mechanical strength of extrusion briquettes (BREX) for ferroalloy production.
A.M. Bizhanov, V.Ya.Dashevskii.
Chromium Fundamentals.
Development of new ferroalloys compositions with chromium.
Zhuchkov V.I., Andreev N.A.
Effect of sulphur at reducing atmosphere on the chromite pellet properties.
A. Heikkilä, J. Raiskio and T. Fabritius.
A novel process to produce chromium ferroalloys by use of solar grade crystalline silicon cutting slurry waste.
P. W. Han P. X. Chen S.J. Chu L. B. Liu R. Chen.
Physical and chemical background of solid-phase obtaining of Fe - Cr ligature by gas-carbothermic reduction.
Grishin A.M., Simonov V.K., Shcheglova I.S.
Manganese Fundamentals.
Melting Behaviour of Mn sources - effect on furnace performance.
Eli Ringdalen, Merete Tangstad, Thomas Brynjulfsen.
The comprehensive analysis of physical and chemical properties and metallurgical value of.
foreign manganese raw materials used during ferroalloy production.
S.G. Grishchenko, V.V. Krivenko, A.N. Ovcharuk, V.I. Olshansky, I.Yu. Filippov.
The study of silicon chemical bond in modeled silicate systems and manganese ores using.
x-ray photoelectron spectroscopy.
Gladkikh V. A., Gasik M.I.
Reduction behaviour of manganese ore using methane gas.
Amit Bhalla and R Hurman Eric.
The investigation of phosphorus chemical bond in the manganese-ore materials.
M.I. Gasik, V.A. Gladkikh.
Dissolution of silica in slag in silicomanganese production.
Samane Maroufi, George Ciezki, Sharif Jahanshahi, Shouyi Sun and Oleg Ostrovski.
The thermodynamic studies of silication processes and manganese and silicon carbothermic reduction using.
system tetraedration method МnO-SiO2-CaO-MgO.
V.S. Kutsin, I.G. Kucher, Yu.B. Dedov, I.I. Kucher, A.V. Ruban.
The study of magnesium oxide influence on thermophysical and electric properties.
of ferrosilicon manganese slag.
V.S. Kutsin, I.G. Kucher, Yu.B. Dedov, V.A. Ruban, I.I. Kucher.
Research on de-titanium of silicomanganese ferroalloy by blowing N2.
S. J. Chu P. X. Chen S. L. Zeng.
Tap-hole wear: analysis of daily average slag and metal compositions of a single SiMn smelter.
J.D. Steenkamp and P.C. Pistorius.
Activation energy of nitriding 0.23%C ferromanganese.
S. Ghali, M. Eissa & H. El-Faramawy.
Ferronickel, Ferrosilicon & Other Alloys Fundamentals.
Reduction of a garnieritic laterite ore by CO-CO2 gas mixtures.
J. Yang, G. Zhang, S. Jahanshahi and O. Ostrovski.
The solubility of carbon in molten iron-nickel-silicon alloy at 1773K and 1823K.
P.X. Chen S.J. Chu P. W. Han.
Pretreatment of reductive dephosphorization slags generated in high silicon ferronickel production.
M.Y.Lu, H.J. Wang, B.Song, S.J Chu.
Diagram of phase structure of metallic system in liquid state.
S. Baisanov, Ye. Shabanov, A. Baisanov, A. Issagulov, Ch. Laurent.
Synthesis of silicon carbide by carbothermal reduction of quartz in H2-Ar gas mixtures.
Xiang Li, Guangqing Zhang, Kai Tang, Oleg Ostrovski and Ragnar Tronstad.
Researching of thermophysical processes in acheson furnace for the production of silicon carbide.
I.V. Derevyanko, A.V. Zhadanos.
Viscosity of SiO2-MgO-Al2O3-FeO Slag for nickel laterite smelting process.
Lv Xueming, Qiu Jie, Liu Meng, Liu Mei, Lv Xuewei.
Technology of Obtaining New Generation of Complex Ferroalloy with the Use of Kazakh Barite Ore.
S. O. Baisanov, V. A. Salina, Z. М. Tokaeva.
Modelling and Simulation.
Mathematical and computational modelling of MHD effects in entrained droplets of slag and metal.
Q.G. Reynolds.
Mathematical models for metallurgical scale-Up.
S. A. Halvorsen, R. Schlanbusch and S. Shinkevich.
Modeling of off-gas and particles flow under roff of a closed submerged arc furnace.
M. Kadkhodabeigi, B. Ravary and D. O. Hjertenes.
Application of artificial neural network modeling for predicting the ferro alloys furnace output.
Dr.Rajib Kumar Mohapatra.
Learning and teaching using process modeling and simulation.
Xiaowei Pan.
Life-Cycle impacts and costs of manganese losses and recovery during ferromanganese production.
L.A. Westfall, M.H. Cramer, J. Davourie, D. McGough and M. Ali.
Modeling on emulsification of slag and metal in shaking ladle.
S. Q. Ni , S. J. Chu , J. Zhang2.
Energy and Environment.
Energy.
Experience of cogeneration plant design to obtain power and heat in order to decrease ferroalloy.
manufacture costs.
V.F.Shevchenko, S.I.Maslennikova, G.D.Kiosev.
Furnace power supply requirements for a high powered smelting furnace.
D. Shevchenko, B. Anderson, J. Wikston and L. Kadar.
Use of ultra-low frequency furnaces for ferroalloys melting.
P. Kravchenko, S. Balashov, O. Bespalov, D. Malienko, V. Litvyak, D. Blizniuk.
Energy consumption during HCFeCr production at Ferbasa.
Eli Ringdalen, Marcelo Rocha, Paulo Figueiredo.
Operating a DC electric arc furnace on a weak grid challenges and solutions.
S. Tambe, R. Stadler.
Industrial demonstration of arc detection in DC arc furnaces.
C. J. Hockaday, Q. G. Reynolds, D. T. Jordan.
Etikrom Inc. waste gas heat recovery project and opportunities for Russian ferroalloy smelters.
Dr. Alparslan Malazgirt, Yavuzhan Kaya 689.
The determination of real phase parameters of rectangular six-electrode ore-smelting furnace of type RPZ-63.
V.S.Kutsin, V.A.Gladkikh, V.I. Olshansky, I.Yu.Filippov, S.N. Kuzmenko, A.V. Ruban.
Directions of saving energy resources in the technology of orethermical processes.
Victor Syvachenko, Victor Yemchytskyy, Vadym Nezhuryn.
Environment.
Dust emission minimazing, measuring and monitoring in FeСr-production in Tornio Works.
M. Päätalo, J. Raiskio.
A novel dry-based system for safe, hygienic energy recovery from ferroalloy furnace exhaust.
Michael Trovant, Arran McGrath, Mirza Haque.
Ecological aspects of ferroalloys and silicon metallurgical works – economical solutions.
C., Fröhling, SMS Group, R.,Degel, SMS Group.
Development and introduction of an innovative technology of exhaust gas purification for manufacture of manganese agglomerate.
V.V. Osypenko, V.D. Osypenko, S.P. Shuvayev, Iu.I Korkodola.
Innovative approaches when creating modern environmentally safe and energy efficient ferroalloy productions.
D. V. Stalinsky, Y. L. Petrov.
Recycling.
Use and processing of dust of dry gas cleaning of ferrosilicon furnaces.
Sergey Balashov, Sergey Babko, Leonora Likhobitskaia, Yelizaveta Shyshkina.
The development and introduction of resource saving technology of non-standard manganese.
ferroalloy fines recycling.
V.S. Kutsin, V.I. Olshansky, I.Yu. Filippov, A.A. Chumakov, V.G. Ganotsky.
Design solutions on utilization of ferroalloy fine fractions and metal and slag separation at ferroalloy plant.
V.F.Shevchenko, S.I.Maslennikova, G.D.Kiosev.
Wastes generation and use in ferroalloy production.
Zhdanov A.V., Zhuchkov V.I., Dashevskiy V.Ya., Leontyev L.I.
Electrolytic manganese from ferroalloy production furnace flying dust.
J.Sancho, J.C.Sánchez Recio, A.Fuentes, J.Ayala, J.L.Bernardo, C. Rodríguez.
Commercial aspects.
Markets.
Benchmarking in the ferromanganese production processes.
B Kaelo Sedumedi, Dr Xiaowei Pan.
Applications and Uses.
On probable ways of steelmaking and ferroalloy industry development.
L.B. Medovar, S.G.Grishchenko, G.P. Stovpchenko, A.L. Kukharev, V.K.Granovskii.
Steel deoxidation and alloying control model in the converter plant.
V.S. Bogushevskiy, V.Yu. Sukhenko.
Estimate of desulphurizing ability of slags with the use of integral tests which charatcerises melted slag as a chemically uniform system.
Kamkina L.V., Togobitskaya D.N. and Sokur Yu.I.