Add to ORKGHigh pellets ratio operation forced by burden material restrictions at Kobe Steel resulted in the development of a center coke charging process based on centralized gas flow principle. This methodology produced a novel approach to burden distribution, coal combustion and pellets operation, in which these processes are viewed as part of a chain reaction. As a result of these developments, furnace performance has improved dramatically. This paper also describes future developments in blast furnace iron making
Steelmaking is a highly carbon intensive process. Most of the CO2 emissions in steelmaking are from ...
Abstract The operational conditions, including temperature and gas composition, vary along the radi...
The system of discrete material and thermal balances in the radial annular cross-sections for 12 ver...
The relationship between charging principle and hearth activity of blast furnace has been clarified ...
Iron making through blast furnaces route constitutes 97% of the world hot metal production. Blast fu...
Blast furnace iron making faces a lot of pressure to decrease use of metallurgical coke and carbon f...
IT WILL be generally accepted that the principal factors in the economy of the blast furnace...
A huge production of steel throughout the world requires sufficiently large production of hot metal....
The world production of hot metal and pig iron in 2012 reached 1.3 billion tons. More than 500 milli...
The blast furnace technology has made signiticant progress during last three and a half decades as a...
In this study, an alternative operational concept for the blast furnace has been evaluated for an in...
With significant economic drivers to reduce consumption of expensive coking coal, Pulverized Coal In...
The blast furnace process for the reduction of iron ore to pig iron faces problems such as emission ...
The purpose was the decrease of resources for metallized ore production and the increase of its qual...
The consumption of coal and coke in the blast furnace is met on the one hand by the market or on the...
Steelmaking is a highly carbon intensive process. Most of the CO2 emissions in steelmaking are from ...
Abstract The operational conditions, including temperature and gas composition, vary along the radi...
The system of discrete material and thermal balances in the radial annular cross-sections for 12 ver...
The relationship between charging principle and hearth activity of blast furnace has been clarified ...
Iron making through blast furnaces route constitutes 97% of the world hot metal production. Blast fu...
Blast furnace iron making faces a lot of pressure to decrease use of metallurgical coke and carbon f...
IT WILL be generally accepted that the principal factors in the economy of the blast furnace...
A huge production of steel throughout the world requires sufficiently large production of hot metal....
The world production of hot metal and pig iron in 2012 reached 1.3 billion tons. More than 500 milli...
The blast furnace technology has made signiticant progress during last three and a half decades as a...
In this study, an alternative operational concept for the blast furnace has been evaluated for an in...
With significant economic drivers to reduce consumption of expensive coking coal, Pulverized Coal In...
The blast furnace process for the reduction of iron ore to pig iron faces problems such as emission ...
The purpose was the decrease of resources for metallized ore production and the increase of its qual...
The consumption of coal and coke in the blast furnace is met on the one hand by the market or on the...
Steelmaking is a highly carbon intensive process. Most of the CO2 emissions in steelmaking are from ...
Abstract The operational conditions, including temperature and gas composition, vary along the radi...
The system of discrete material and thermal balances in the radial annular cross-sections for 12 ver...