1961 Blast Furnace Proceedings
A Mathematical Method for Analyzing and Predicting Changes in Blast Furnace operation
A Report on the Use of Fuel Gas by Injection Through Blast Furnace Tuyeres
A Study of Combustion Conditions During Reversal With Blast Furnace Gas Underfiring
Addition of Fuels to the Hot Blast at the Pueblo Plant
Allis-Chalmers Agglomeration-Reduction Process (ACAR Process)
Ammonia and Urea From Steelmaking By-Products
Bench-Scale Experiments in Developing Anthracite Metallurgical Briquets
Blast Furnace Practice With 100 Pct Low Grade Self-Fluxing Sinter
Computer Applications in the Blast Furnace Area
Diammonium Phosphate From Phosphate Rock and Coal to Fertilizer and Fire-Retardant
Heat Transfer From Gas Streams to Granular Solids-An Idealized Analysis
Heavy Fuel Oil Injection in a Large Blast Furnace
Ignition Conditions in Sintering
Injection of Natural Gas in the Blast Furnace
lnjecting Natural Gas Into the Blast Furnace Hot Blast
Maple Creek Preparation Plant, Frick District-Coal Division, United States Steel Corporation
Operating Results, Using Taconite Pellets on Armco's Middletown Blast Furnace
Preliminary Experience With Natural Gas lnjection in Blast Furnace Tuyeres
Recent Developments in Coal Petrography
Reduction of Iron Ore Particles in Fixed Beds
Relation of Properties of Coke Produced by BM-AGA and Industrial Methods
Removal of Thiophene Sulphur From Benzene and Toluene by Means of Sulphuric Acid Washing
Significance of Size Distribution, Strength and Reactivity of Coke in the Blast Furnace and Cupola
Size Distribution, Strength and Reactivity of Coke and How They Are Affected by the Coking Process
Steelmaking by the HyL Direct Reduction Process
Storage of High Volatile Coal at the Pueblo Plant of C. F. & I. Corporation
The Application of Centralized Control to a Combined Mine and Coking Plant
The Effect of Screened Sinter on Furnace Productivity
The Generation and Treatment of Sinter Plant Dusts
The Kinetics of Reduction of Sintered Iron Ore With Minor Compound Additions
Theoretical Considerations on the Injection of Auxiliary Fuels into the, Blast Furnace