The purpose of this work is that of carrying out an accurate and extensive environmental analysis of the steel production in the Taranto district, in order to highlight its main hot spots. The development for such an analysisis based on a Life Cycle Assessment (LCA) of steel production. The analysis has the specific objective of identifying the use of material and energy together with the quantities and qualities of the emissions during all the lifecycle phases. The LCA has a cradle to LD-converter gate approach that covers the stages from raw material extraction to solid steel production. The results give an indication of the most burdening phases of the steelmaking process, in terms of impact categories and energy consumption, and ...
This document gives an overview of the challenges and issues related to a sustainable use of steel i...
V okviru diplomskega dela so bile obravnavane metode in orodja vrednotenja in analize življenjskega ...
Hot-dip galvanisation (HDG) is the method most commonly used to protect steel surfaces from corrosio...
The purpose of this work is that of carrying out an accurate and extensive environmental analysis o...
The purpose of this work is to carry out an accurate and extensive environmental analysis of the ste...
The purpose of this work is to carry out an accurate and extensive environmental analysis of the st...
Background and Objective: The steel industry is the worldchr('39')s largest consumer of energy. A la...
The steel industry is focused on reducing its environmental impact. Using the life cycle assessment ...
Steel industry kept pace with actual trends for environmental protection in many ways – through diff...
The use of steel within the construction sector has enabled the delivery of larger-volume and more c...
Life Cycle Assessment (LCA) and eco design: towards optimized refractory materials for a green steel...
Purpose: Identify the processes with the highest contribution to potential environmental impacts in ...
The aims of this thesis are: (1) To develop improved knowledge and understanding of material flows a...
This study aimed at conducting a literature review on the methodology and software tools for life cy...
One of the most widely acknowledged policies, which is also strongly promoted by legislation and gov...
This document gives an overview of the challenges and issues related to a sustainable use of steel i...
V okviru diplomskega dela so bile obravnavane metode in orodja vrednotenja in analize življenjskega ...
Hot-dip galvanisation (HDG) is the method most commonly used to protect steel surfaces from corrosio...
The purpose of this work is that of carrying out an accurate and extensive environmental analysis o...
The purpose of this work is to carry out an accurate and extensive environmental analysis of the ste...
The purpose of this work is to carry out an accurate and extensive environmental analysis of the st...
Background and Objective: The steel industry is the worldchr('39')s largest consumer of energy. A la...
The steel industry is focused on reducing its environmental impact. Using the life cycle assessment ...
Steel industry kept pace with actual trends for environmental protection in many ways – through diff...
The use of steel within the construction sector has enabled the delivery of larger-volume and more c...
Life Cycle Assessment (LCA) and eco design: towards optimized refractory materials for a green steel...
Purpose: Identify the processes with the highest contribution to potential environmental impacts in ...
The aims of this thesis are: (1) To develop improved knowledge and understanding of material flows a...
This study aimed at conducting a literature review on the methodology and software tools for life cy...
One of the most widely acknowledged policies, which is also strongly promoted by legislation and gov...
This document gives an overview of the challenges and issues related to a sustainable use of steel i...
V okviru diplomskega dela so bile obravnavane metode in orodja vrednotenja in analize življenjskega ...
Hot-dip galvanisation (HDG) is the method most commonly used to protect steel surfaces from corrosio...