End of life tyres are discarded at an alarming rate reflecting the strength of developing countries economy and the intensity of trade and transportation. Conversely, environmental concerns are increasing the need for alternative materials in steelmaking industries. The solution to this problem involves the development of environmentally-friendly technologies that would utilize these waste products. The present study investigates carbon/slag reactions, including slag foaming and FeO reduction, for a range of coke/rubber blends
Waste rubber (particularly scrap tires) generated worldwide exerts a detrimental influence on the wo...
Steel slag is a by-product of steelmaking which has emerged as a potential CO2 sequestration materia...
A large amount of rubber-containing waste, the bulk of which are worn automobile tires and conveyor ...
The steel industry consumes a large amount of energy GHG emissions. Rubber tires and agricultural wa...
Electric Arc Furnace (EAF) steelmaking uses carbon based materials as slag foaming agents and as car...
Steelmaking using an Electric Arc Furnace (EAF) has gained more interest in recent years, due to the...
The worlds crude steel production has seen a progressive growth from about 595 million tons in 1970 ...
This project is focused on utilizing polymer/coke blends as carbon resource in EAF steelmaking proce...
The European steel industry produces about 70 million tons/year of steel by the electric arc furnace...
The reduction of FeO-containing slag by blends of metallurgical coke and waste polypropylene (PP) ha...
World wastes nearly 1.3 billions of tire/year, while Iran wastes 8 millions pieces of tire annually...
In recent years, major efforts have been made to develop a more circular economy. The desire to reus...
This work investigates the interactions of carbonaceous materials (metallurgical coke, natural graph...
Iron- and steelmaking processes present a largely untapped opportunity to transform some of the worl...
Utilization of local-based waste materials can be a challenge due to the resource’s limitations. Thi...
Waste rubber (particularly scrap tires) generated worldwide exerts a detrimental influence on the wo...
Steel slag is a by-product of steelmaking which has emerged as a potential CO2 sequestration materia...
A large amount of rubber-containing waste, the bulk of which are worn automobile tires and conveyor ...
The steel industry consumes a large amount of energy GHG emissions. Rubber tires and agricultural wa...
Electric Arc Furnace (EAF) steelmaking uses carbon based materials as slag foaming agents and as car...
Steelmaking using an Electric Arc Furnace (EAF) has gained more interest in recent years, due to the...
The worlds crude steel production has seen a progressive growth from about 595 million tons in 1970 ...
This project is focused on utilizing polymer/coke blends as carbon resource in EAF steelmaking proce...
The European steel industry produces about 70 million tons/year of steel by the electric arc furnace...
The reduction of FeO-containing slag by blends of metallurgical coke and waste polypropylene (PP) ha...
World wastes nearly 1.3 billions of tire/year, while Iran wastes 8 millions pieces of tire annually...
In recent years, major efforts have been made to develop a more circular economy. The desire to reus...
This work investigates the interactions of carbonaceous materials (metallurgical coke, natural graph...
Iron- and steelmaking processes present a largely untapped opportunity to transform some of the worl...
Utilization of local-based waste materials can be a challenge due to the resource’s limitations. Thi...
Waste rubber (particularly scrap tires) generated worldwide exerts a detrimental influence on the wo...
Steel slag is a by-product of steelmaking which has emerged as a potential CO2 sequestration materia...
A large amount of rubber-containing waste, the bulk of which are worn automobile tires and conveyor ...