1998 Ironmaking Proceedings
A Mathematical Model for Blast Furnace Analysis Based on the Four Fluid Model
A Mathematical Model For Evaluation of The Blast Furnace Operation In Bokaro Steel Plant
A Mathematical Model for Unsteady State Coal Particle Combustion
A New Carbonization Process with High Temperature Preheating
A New Way for an Emission Free Levelling Process
A Numerical Analysis of the Transport Phenomena· in COREXQ® Melter Gasifier
A Process for Minimizing Reduction Degradation of Iron Ore Agglomerates has been Put in Practice
A Process of Reduction of Ore/Coal Briquette with Circulating Gas (PGC)
A Reliable and Economical Route for Coal Based DRI Production
A Review of China's Ironmaking Industry in the Past Two Decades
A Review of Coal-based Direct Ironmaking Processes
A Survey of Isothermal and Non-Isothermal DR
A System for Gas and Burden Distribution Estimation in the Blast Furnace
Activity Measurement of FetO in TiO2 Containing Slags
Addition of Western Canadian Coal and Petroleum Coke Into a Predominately U.S. Origin Coal Blend
Advanced Process for Producing Iron Carbide as Alternative to Scrap
An Overview of Steel Mill Waste Oxide Recycling by Cold Bonded Rod Briquetting
An Oxygen Supply for Blast Furnace Pulverized Coal Injection
Analysis of Coke Discharging Force
Behavior of Self Reducing Pellets for Ironmaking
Behavior of Slag Foaming with Reduction of Iron Oxide in Molten Slags by Graphite
Blast Furnace and Direct Reduction Pellet Quality Maximization at Quebec Cartier Mining Company
Blast Furnace Models to Analyze Raceway Zone Formation and to Predict Lining Life
Briquetting-One Way of Treating Byproducts at SSAB Tunnplat in Lulei
Building the World's Largest Pelletizing Machine: Challenges and Rewards
Bulk Density of Coal: Efftect of Particie Size Distribution, Moisture Content and Oil Addition
Calderon Reactors and Hot Gas Cleanup The Complete Cokemaking Process for the 21st Century
Carbon Boil Phenomenon and Oxygen Absorption by Metal Drops in Direct Iron Smelting
Coke and Ferrous Raw Material Quality for Ironmaking in the Specific Condition of the Czech Republic
Coke Degradation in Blast Furnace
Coke Degradation in the Blast Furnace Improvement of Coke Quality
Coke Dry Quenching or Wet Quenching? A Comparison Between Costs and Benefits
Coke Quality Requirements for Modern Blast Furnace Operation
Cokemaking with SCS Module Technology Ready for Industrial Implementation
Cold Model-Experiments on the Circulation Flow in RH Reactor Using Laser Doppler Velocimeter
Combustion and Gasification Behavior of Waste Plastics Injected into the Raceway of Blast Furnace
Combustion Characteristics of Non-Caking Indian Coals for Injection into Blast Furnaces
Computational Models Applying For COREX® C-2000 Operations in POSCO
Computations and measurements of liquids flow in the hearth of the blast furnace
Computer Modeling of Electromagnetic Edge Containment in Twin-Roll Casting
Conditions for achieving very low coke rate in blast furnace
Cooperative Research an Iron Ore Pelletizing
Current Status and Future Aspects of Hot Metal Production in Western Europe
Current status and future prospects of hot metal production in Japan, S. Korea and Taiwan
CVRD Iron Ore Evaluation: for Fluidized Bed Direct Reduction Processes
Design, Commissioning and Initial Operation of BHP Port Kembla, No.6 Blast Furnace
Design, Construction and Early Operation of CSC Number 4 Blast Furnace
Development and Future Potential of the FINEX® Process
Development and Use of a Charging Model for Coke Ovens
Development of B. F. Flue Dust Briquette for Recycling in BOF at AHMSA
Development of Ironmaking Technologies in China
Development Of Melting Furnace With Oxy-Coal Burner
Development of Ported Kiln Technology for Iron Ore Pelletizing
Development of the FASTMET® as a New Direct Reduction Process
Development of Zero Waste Production System in Japan
Diagnosis and Control of Blast Furnace Hearth State
Direct Use of Fine Iron Ore in the COREX® Process
DRI/HBI Production in Shaft Furnaces with Natural Gas Self-Reforming in Metallization Zone
Dynamic Testing and Modelling For Improved Thermal and Production Control of a Blast Furnace
Effect of Charging Condition of Return Sinter on Sinter Qualities
Effect of Direct Oxygen Injection on Combustion of Injected Coal
Effect of Minerological Composition of Iron-Bearing Materials on Softening-Melting Properties
Electrochemically Enhanced Reactions Between Iron Oxide in Slag and Carbon in Liquid Iron
Essential Factors Governing the Strength between Particles in the Iron Ore Sintering Process
Estimation of Thermal Diffusivity of Solid Part of Coke Based on Image Data
Evaluation of High Temperature Properties of High Iron Content Fluxed Pellets
Evolution of Ironmaking Practice in Japan
Extensive Use of Lump Ore at Siderar's Blast Furnace #2
Formation and Its Rate of High Quality Iron Carbide by Two Step Process
Formation of Hexavalent Chromium by Reaction between Slag and Magnesite-Chrome Refractory
Fusible Inertinites in Coking Coals
Future Ironmaking in North America
Granular Coal Injection for Fairfield No.8: Design, Construction and Start-up
Hearth Wear Control at Kwangyang No.1 Blast Furnace
Heat and Mass Transfer in Reduction of Iron Ore Pellets by Methane
High Oil Injection Rate into the Blast Furnace
High-Carbon Fly-Ash Binders for Iron Ore Pellets
Hold-up of Fines in the Blast Furnace
Implementation Of The First Expert System For Indurating Furnace Optimization
Importance of Selection and Training of Personnel in the Operation of a Direct Reduction Plant
Improved Wear-Control at the Blast Furnace Hearth by Direct Heat-Flux Measurement
Improvement of Gas Flow Districution in Bell-less Blast Furnace
Improvement of Sinter Plant Stack Emissions at Kwangyang Works, POSCO
Improvement of the Battery Heating Control System
Improvements in Sintering Technology at Bhilai Steel Plant
Improvements on Cast House Operation at Siderar's Blast Furnace # 2 Since the Blow-In
Influence of Environmental and Operational Restrictions on the Selection Of COG Treatment Processes
Influence of Melt Sulfur and Silicon on Carbon Boil in Fe-C-S-Si Metal Drops
Influence of Raw Materials Properties in COREX®Processing Operation
Influence of Temperature and Oxygen Content on Combustion of Pulverized Coal
Influence of Thermal Treatment and Handling Conditions on Fired Pellet Physical Properties
Instrumentation and Process Data of Small-Sized Blast Furnaces Aiming Performance Optimization
Interfacial Phenomena of Fe-Cr and FeAI Alloys in Contact with CaO-SiO2- Al2O3 Slags
Investigation of Sintering Phenomena by Direct Observation using Hot Stage X-ray CT Scanner
Investigation of the Formation of Dioxins in the Sintering Process
Iron Ore and Iron Containing Dust Injection into the Blast Furnace
Iron Ore Microstructure-Properties-Performance Relationship in Sintering Process
Iron Ore Research Emphasis at CVRD Technology Center
Labor Productivity Improvement at the Cast House in Nippon Steel
LKAB's Experimental Blast Furnace at MEFOS/Lulea
Mathematical Modeling of Slag/Metal Separation in the Blast Furnace Trough
Mathematical Simulation model of Blast Furnace
Mechanism on Carbon Deposition in the Coke Oven Chamber
Mini Blast Furnaces in China: Current Status and Future Developments
Modelling of the Blast Furnace Lower Zone for Design of High Rate Fuel Injectant Practices
Modelling the Flow of Solids in the Blast Furnace
New Developments in Managing Tailings from Iron Ore Mines
No 13 Blast Furnace Fifty-Eight Day Repair, Start-up and Recovery
Novel Method of Plasma Superheating of Hot Blast to Maximize Blasf Furnace Fuel Injection
Numerical Analysis of Scrop Melting in a High-Frequency Induction Furnace with Coke Packed Bed
Observation on Microstructure of Iron Reduced from MgO or CaO Containing Wustite
OCF (Oxugen-Coal-Flux Injection) Blast Furnace Process
On The Reduction Of Iranian Iron Ore Using Domestic Noncoking Coal
On-Line Non-Intnnsive Measurement of Green Pellet Diameter
Operation Guidance Techniques For Blast Furnace Casting And Liquids Management
Operation of Alchevsk Stamped Charge Coke Plant
Operation Results of Separated Granulation Equipment at Wakayama No. 4 Sintering Plant
Operational and Environmental Benegits by Using Bauxite in Blast Furnace (BF)
Optimization of a By-Product Plant after the Erection of a New Coke Plant
Optimizing Iron Ore Pellet Induration Systems Using Process Modelling
Pellet Pot Grate Test Present Practice And Future Requirement
Pellet Quality Improvements at Wabush Mines
Phase Diagram of the CaO-Al2O3-SiO2 System
Phase Stability and Kinetics of Gas-Phase Conversion of Hematite to Cementite
Physical Chemistry of Slag-Metal Gas Reactions In the Blast Furnace
Predicting Coke Strength After Reaction of Blends in the Sole-Heated Oven
Process Considerations for Coal Injection at National Steel's Great Lakes D-4 BRast Furnace
Process Design of Nitrogen Removal from Gas Liquor using an Electrolyte Simulation Model
Process Mechanisms of Blast Furnace Fuel Injection: What We Know, and What We Guess
Pulverized Coal Injection Start Up at National Steel's Great Lakes Division
Quantitative Evaluation of the Factors Affecting the Temperature in the Upper Part of Coke Ovens
Rapid Reduction of Carbon-Coated Iron Ore in a Drop-Tube Reactor
Re-Engineering of a Pelletizing Plant Process Control System
Reaction Rate of Oxidized Iron-Scrap Briquette with Pulverized Coke in Nitrogen Atmosphere
Reaction Rate Study in the Oxidation of a Magnetite Ore
Recycling or Electric Are Furnace Dust by Self Reducing Process
Reducibility of Iron Ore Sinter and its Evaluation
Reduction Behavior of Ternary Calcium Ferrite at High Temperature
Reduction of Blast Furnace Coke Rate : Coal Injection
Reduction of Coke Rate to 310kg/THM under the High Productivity at the Kwangyang No.4 Blast Furnace
Results of Ultra High Rates of Natural Gas Injection into the Blast Furnace at Acme Steel Company
Revamping of No. 2 Sinter Plant at Pohang Works
Scale-Up of the Comet Direct Reduction Process
Sfimultaneous Vaporization of NaF and SiF4
Simulatfion of Silicon Transport in BF
Simulation of Industrial Coking - Phase 2
Simulation of the Iron Smelting-Reduction Process
Sintercake Structure Offering High Productivity and High Yield
Slag-Metal Separation in the Blast Furnace Trough
Slag/Graphite Interactions: Wettability Phenomena
Small Pellet Sintering Process of Fine Concentrate
Some Progress in Understanding the Science of Iron Ore Sintering
State of the art of Blast Furnace Ironmaking
Steel Industry in South East Asia with Particular Reference to India
Structural Change of Coke With Various Reacting Gas Mixtures
Study of Interaction Between Alkali Metals and SiC Refractory in Tile Blast Furnace
Study on the Stress Field Inside Blast Furnace Using Elastic Plastic Theory
Summary Evaluation and Assessment of Carbon and Hydrocarbon Raw Materials for Iron Ore Reduction
The Achievement of Unmanned Operation at Fukuyama No. 4 Sintering Plant
The Analysis of the Economic Benefits of the Synthetic Coal-Steam Blast Technology
The Blast Furnace Operation under High Supervision
The Combining Distribution of Oxygen-Coal Flow Injected Into Blast Furnace
The Effect of Structure of Packed Beds on the Convective Heat Transfer Coefficient
The Experiment on Direct Reduction of Carbon-Bearing Pellets in a Shaft Furnace
The Investigation of the Coke Oven Damage (Joint Japanese Mill Paper)
The New Control Systems at NKK Coke Plant
The Reduction Behavior of Synthesized Sinter Blended With a Low Grade Iron Ore
The Second Rebuild of Pohang No. 2 Blast Furnace in POSCO
The Use of Solid State Carbothermic Reduction as a Preparation for Smelting
Thermal Analysis of Stainless Steel Casting in Billet C.C. Machine
Thermodynamic Modeling of Liquid Slags
Thermodynamics of Titanium Oxide in Blast Furnace Type Slags
Thermodynamics of Trace Elements in Iron-Carbon Alloys
Towards The Year 2000 - The Second Campaign of Redcar Blast Furnace
Transport Phenomena in Coke Process
Visual Monitoring and Estimating the Sintering Process
Water Modeling of Vacuum Decarburization in a Ladle
Yandi Iron Ore - From Fundamental Ore Properties To Plant Sintering Performance