Add to ORKGSteel-making processes generate carbon dioxide air emissions and a slag co-product. The aim of this project was to develop a functional sequestration system using steelmaking slag to permanently capture carbon dioxide emitted in steelmaking off gas. A possible parallel benefit of this process would be rapid chemical stabilization of the slag minerals with reducing swelling or leaching
The basic oxygen furnace steelmaking slag (SL) is employed for CO2 mineralization. Response surface ...
Although Iron and steel industry is essential for the development of society, the industry is respon...
A factorial study was conducted on steelmaking basic oxygen furnace slag to identify the individual ...
The goal of this research is to develop a functional sequestration process using steelmaking slag fo...
Steelmaking processes intensively use carbon-containing materials and generate a significant amount ...
This paper reviews an experimental study using steelmaking slag to sequestrate carbon dioxide while ...
Humanity faces many challenges that we have to overcome in a very short time. The two most alarming ...
Carbon dioxide mineral sequestration with steelmaking slag is a promising method for reducing carbon...
The alkaline earth-containing phases in steelmaking slag can form carbonates thus sequestering carbo...
Steel slag is a by-product of steelmaking which has emerged as a potential CO2 sequestration materia...
Sequestration of carbon dioxide by steelmaking slag was studied for a three-phase system of industri...
The formation of carbonate solids from the alkaline earth oxide phases in steelmaking slag was inves...
Steelmaking slag mineral carbonation is a possible technology for the reduction of carbon dioxide (C...
The steelmaking slag (SL) is used for indirect CO2 mineral sequestration. The optimized carbonation ...
Direct gas-solid carbonation of steel slag under various operational conditions was investigated to ...
The basic oxygen furnace steelmaking slag (SL) is employed for CO2 mineralization. Response surface ...
Although Iron and steel industry is essential for the development of society, the industry is respon...
A factorial study was conducted on steelmaking basic oxygen furnace slag to identify the individual ...
The goal of this research is to develop a functional sequestration process using steelmaking slag fo...
Steelmaking processes intensively use carbon-containing materials and generate a significant amount ...
This paper reviews an experimental study using steelmaking slag to sequestrate carbon dioxide while ...
Humanity faces many challenges that we have to overcome in a very short time. The two most alarming ...
Carbon dioxide mineral sequestration with steelmaking slag is a promising method for reducing carbon...
The alkaline earth-containing phases in steelmaking slag can form carbonates thus sequestering carbo...
Steel slag is a by-product of steelmaking which has emerged as a potential CO2 sequestration materia...
Sequestration of carbon dioxide by steelmaking slag was studied for a three-phase system of industri...
The formation of carbonate solids from the alkaline earth oxide phases in steelmaking slag was inves...
Steelmaking slag mineral carbonation is a possible technology for the reduction of carbon dioxide (C...
The steelmaking slag (SL) is used for indirect CO2 mineral sequestration. The optimized carbonation ...
Direct gas-solid carbonation of steel slag under various operational conditions was investigated to ...
The basic oxygen furnace steelmaking slag (SL) is employed for CO2 mineralization. Response surface ...
Although Iron and steel industry is essential for the development of society, the industry is respon...
A factorial study was conducted on steelmaking basic oxygen furnace slag to identify the individual ...