South East Asia Iron and Steel Institute
Optimization of OXY Fuel Burner for Cost Reduction in Steel Production at Pt Krakatau Steel (Persero) Tbk.
oleh Singgih Gunarso, Akus Setiabudi, Deni Sutrandi
Nowadays, steel industries are growing very fast, demanding for products with excellent quality and competitive price. The challenge that emerges at this field is to decrease production cost of steel ...
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Optimization Potentials for the Steel Production Due to Application of Oxygen Combustion
oleh Michael Potesser, Davor Spoljaric, Johannes Rauch, Martin Demuth
The oxygen combustion technologies are lowering the production costs of many processes since the energy costs are continuously raising. Oxygen is used more and more in the combustion systems technolog ...
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Optimization Results From Kanto Steel, Japan, Using Tenova's EFSOP Technology For Dynamic Control Of EAF Chemical Energy
oleh Harish Iyer, Dejan Zrelec, Tommaso Sarpietro, Hiroshi Suzuki
Tenova Goodfellow Inc. has developed the Expert Furnace System Optimization
Process (EFSOP
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Optimization System for the Kocks 3-Roll RSB
oleh Oliver Dewald, Dr. Gork Ullrich, Stefan Schwarz
A higher automation level is more than ever an important component for future innovations in bar and wire rod rolling mills. The latest development of Friedrich Kocks GmbH & Co KG is an automation sys ...
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Optimized Electromagnetic Stirring for Continuous Casting of Steel Billets and Blooms
oleh David Domanski, Kwang-Suk Kim, Nils Jacobson
Electromagnetic stirrers and brakes are today widely used in billet and bloom and slab continuous casting machines to improve quality, yield, reproducibility, production flexibility and productivity. ...
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Optimized Solution for the Kr-Impeller
oleh Dr. Patrick Tassot, J. Wang, J. Sun
Current demands of steelmaking need improvement of technological solutions in desulfurization of hot metal with maintenance of high efficiency and minimization of refining cycle time, stable ironmakin ...
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Optimizing Chemical Energy into Electric Arc Furnaces
oleh Geoffrey Brooks, Jake Mcclellan, Damien Muschamp, Andrea Fontana, Martin Bogusz
Modern Electric Arc Furnaces utilize significant amounts of chemical energy to lower the overall energy usage associated with the melting of scrap steel. Typically, between 30 to 50% of the total ener ...
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Optimum Energy Management of Electric Arc Furnace
oleh Masanari Yamazaki, Yasuhiro Sato, Ryutaro Seki
Electric Arc Furnace (EAF) produces 30 % of World crude steel, but comparing with BOF, energy recovery and utilization are much behind. JP Steel Plantech Co. (SPCO) proposes optimum energy recovery an ...
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