Steel melting through electric arc furnace route is gaining popularity due to its many advantages, but generates a new waste, electric arc furnace slag, which is getting accumulated and land/mine filling and road construction are the only utilization. This slag has been tried to be value added and utilized to develop vitreous ceramic tiles. Slag, to the extent of 30-40 wt% with other conventional raw materials, were used for the development in the temperature range 1100-1150A degrees C. The fired products showed relatively higher density with shorter firing range and good strength properties. Microstructural and EDAX studies were also done to evaluate the developed products
Significant quantities of steel slag are generated as waste material or byproduct every day from ste...
Significant quantities of steel slag are generated as waste material or byproduct every day from ste...
Significant quantities of steel slag are generated as waste material or byproduct every day from ste...
EAF slag which generates vigorous fluxing action (due to high iron oxide content from 25.00 to 42.40...
AbstractThis study aims to characterize and investigate properties of electric arc furnace (EAF) ste...
Industrial steel waste also known as steel slag is a by-product from the steel making industry. The ...
AbstractThe ceramic industry is not only one of the most profitable worldwide industries, but also a...
Blast furnace slag, the by-product of Turkish iron and steel production, has gradually been added to...
Blast furnace slag is recycled as high value-added material, while steel slag is difficult to recycl...
The present article presents the potential of vitrified slag, one of the products of plasma arc melt...
Steel slag is an inevitable by-product from a steelmaking furnace such as a converter, an open-heart...
The utility of recycling some intensive industries’ waste materials for producing cellular porous ce...
Blast furnace slag is recycled as high value-added material, while steel slag is difficult to recycl...
As the quantity of disposing waste material is increasing in road construction, researchers are expl...
As the quantity of disposing waste material is increasing in road construction, researchers are expl...
Significant quantities of steel slag are generated as waste material or byproduct every day from ste...
Significant quantities of steel slag are generated as waste material or byproduct every day from ste...
Significant quantities of steel slag are generated as waste material or byproduct every day from ste...
EAF slag which generates vigorous fluxing action (due to high iron oxide content from 25.00 to 42.40...
AbstractThis study aims to characterize and investigate properties of electric arc furnace (EAF) ste...
Industrial steel waste also known as steel slag is a by-product from the steel making industry. The ...
AbstractThe ceramic industry is not only one of the most profitable worldwide industries, but also a...
Blast furnace slag, the by-product of Turkish iron and steel production, has gradually been added to...
Blast furnace slag is recycled as high value-added material, while steel slag is difficult to recycl...
The present article presents the potential of vitrified slag, one of the products of plasma arc melt...
Steel slag is an inevitable by-product from a steelmaking furnace such as a converter, an open-heart...
The utility of recycling some intensive industries’ waste materials for producing cellular porous ce...
Blast furnace slag is recycled as high value-added material, while steel slag is difficult to recycl...
As the quantity of disposing waste material is increasing in road construction, researchers are expl...
As the quantity of disposing waste material is increasing in road construction, researchers are expl...
Significant quantities of steel slag are generated as waste material or byproduct every day from ste...
Significant quantities of steel slag are generated as waste material or byproduct every day from ste...
Significant quantities of steel slag are generated as waste material or byproduct every day from ste...