Prospective LCA on the Design of New Refractories for a Greener Steelmaking Proces
The steel industry is an important engine for sustainable growth, added value, and high-quality empl...
Organizations are now integrating life cycle thinking tools and techniques into decision-making to e...
Transitioning from the conventional steel process to a direct hydrogen reduction process in the stee...
Life Cycle Assessment (LCA) and eco design: towards optimized refractory materials for a green steel...
The steel industry is focused on reducing its environmental impact. Using the life cycle assessment ...
The Choice of Magnesia-Carbon Refractories for Steel Ladle Lining: a Life Cycle Perspectiv
This paper aims to compare the environmental performance of two types of refractory bricks for the i...
This paper outlines the background of Life-Cycle Inventory/ Life-Cycle Assessment (LCI/LCA) and revi...
A shift away from traditional carbon-based towards a hydrogen-based steel production has to be stepw...
The following paper contains importance of LCA in the iron and steel industry. The metallurgy sector...
Steel is one of the most conventional and used material in building construction today. Recently, th...
Background and Objective: The steel industry is the worldchr('39')s largest consumer of energy. A la...
The present study is part of the CESAREF (Concerted European action on Sustainable Applications of R...
Steel industry kept pace with actual trends for environmental protection in many ways – through diff...
In material development processes, the question if a new alloy is more sustainable than the existing...
The steel industry is an important engine for sustainable growth, added value, and high-quality empl...
Organizations are now integrating life cycle thinking tools and techniques into decision-making to e...
Transitioning from the conventional steel process to a direct hydrogen reduction process in the stee...
Life Cycle Assessment (LCA) and eco design: towards optimized refractory materials for a green steel...
The steel industry is focused on reducing its environmental impact. Using the life cycle assessment ...
The Choice of Magnesia-Carbon Refractories for Steel Ladle Lining: a Life Cycle Perspectiv
This paper aims to compare the environmental performance of two types of refractory bricks for the i...
This paper outlines the background of Life-Cycle Inventory/ Life-Cycle Assessment (LCI/LCA) and revi...
A shift away from traditional carbon-based towards a hydrogen-based steel production has to be stepw...
The following paper contains importance of LCA in the iron and steel industry. The metallurgy sector...
Steel is one of the most conventional and used material in building construction today. Recently, th...
Background and Objective: The steel industry is the worldchr('39')s largest consumer of energy. A la...
The present study is part of the CESAREF (Concerted European action on Sustainable Applications of R...
Steel industry kept pace with actual trends for environmental protection in many ways – through diff...
In material development processes, the question if a new alloy is more sustainable than the existing...
The steel industry is an important engine for sustainable growth, added value, and high-quality empl...
Organizations are now integrating life cycle thinking tools and techniques into decision-making to e...
Transitioning from the conventional steel process to a direct hydrogen reduction process in the stee...
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