Studies were carried out on the charge material and energy required by an EAF for production of liquid steel using Heuristic method. Process modeling of the Steel refining operation was performed. The results from the material balance and Energy balance shows 13.38% reduction in the charge materials and 7.38% reduction in the energy required for the furnace steel refining process for a furnace rated for production of 30 tons of liquid steel
The Electric Arc Furnace is being used quite frequently and significantly in today’s environment due...
The EAF steel production process currently provides very stringent limits on emissions but the envir...
With the introduction of ladle metallurgy and continuous casting, the EAF is being utilised basicall...
MasterSteel plant is a complex system that is complicated and combined each other. Because of the ch...
In the electric arc furnace (EAF) steel. production processes, scrap steel is principally used as a ...
Steel production through the electric arc furnace contributes nearly 30% of the t...
Industrial trials were completed to improve energy efficiency in steel melting. First, the benefits ...
Electrical arc furnace steelmaking originated with the work of Sir Williams Siemens who in 1878 ...
Industrial steel production started over a hundred years ago with the conversion of liquid pig iron ...
Since the first commercial application for steelmaking in 1903, Electric Arc Furnace has been c...
A new electric arc furnace (EAF) steelmaking process with increasing hot metal charging ratio and im...
Arc furnace melting which at one time was almost exclusively used to produce alloy steel and steel c...
The electric arc furnace (EAF) is a critical steelmaking facility that melts the scrap by the heat p...
The present paper deals with the recent achievements through the use of an Expert System, installed ...
In addition to the blast furnace converter route, electric steel production in the electric arc furn...
The Electric Arc Furnace is being used quite frequently and significantly in today’s environment due...
The EAF steel production process currently provides very stringent limits on emissions but the envir...
With the introduction of ladle metallurgy and continuous casting, the EAF is being utilised basicall...
MasterSteel plant is a complex system that is complicated and combined each other. Because of the ch...
In the electric arc furnace (EAF) steel. production processes, scrap steel is principally used as a ...
Steel production through the electric arc furnace contributes nearly 30% of the t...
Industrial trials were completed to improve energy efficiency in steel melting. First, the benefits ...
Electrical arc furnace steelmaking originated with the work of Sir Williams Siemens who in 1878 ...
Industrial steel production started over a hundred years ago with the conversion of liquid pig iron ...
Since the first commercial application for steelmaking in 1903, Electric Arc Furnace has been c...
A new electric arc furnace (EAF) steelmaking process with increasing hot metal charging ratio and im...
Arc furnace melting which at one time was almost exclusively used to produce alloy steel and steel c...
The electric arc furnace (EAF) is a critical steelmaking facility that melts the scrap by the heat p...
The present paper deals with the recent achievements through the use of an Expert System, installed ...
In addition to the blast furnace converter route, electric steel production in the electric arc furn...
The Electric Arc Furnace is being used quite frequently and significantly in today’s environment due...
The EAF steel production process currently provides very stringent limits on emissions but the envir...
With the introduction of ladle metallurgy and continuous casting, the EAF is being utilised basicall...