This is a spreadsheet containing resource flow data for the processes involved in steelmaking. The values represent global average data for the steel sector in 2010. Three production routes are considered, including the primary (through the blast furnace and basic oxygen converter), and two secondary routes (DRI/Scrap into the electric arc furnace and Scrap-only electric furnace
The aim of this paper is to highlight the influence of economic and qualitative factors on steel pro...
The steel industry is responsible for a large share of the industrial energy consumption and greenho...
In the context of climate change, the redn. of greenhouse gas emissions in all economic sectors is c...
Resource efficiency is an instrumental mitigation option in the steel industry but, existing studies...
Substance flow analysis (SFA) provides a helpful tool for the study of the industrial metabolism of ...
International audienceThe growth of industrial activities, mass production, material consumption and...
Half of the world's annual production of steel is used in constructing buildings and infrastructure....
Recycling steel scraps by the use of electric arc furnace is one of the most promising approaches fo...
Our society is addicted to steel. Global demand for steel has risen to 1.4 billion tonnes a year and...
China’s iron and steel industry has developed rapidly over the past two decades. The annual crude st...
The production of steel in the world is dominated by two types of technologies: BF + BOF (the blast ...
Increased production rates of iron and steel promote economic wealth, however they impose challenges...
This report is created by the author during his internship at Haitong Bank (“Haitong”), to present a...
Industrialization and urbanization in the developing world have boosted steel demand during the rece...
SNF has recently developed a new model of the steel market and some of the major factor markets conn...
The aim of this paper is to highlight the influence of economic and qualitative factors on steel pro...
The steel industry is responsible for a large share of the industrial energy consumption and greenho...
In the context of climate change, the redn. of greenhouse gas emissions in all economic sectors is c...
Resource efficiency is an instrumental mitigation option in the steel industry but, existing studies...
Substance flow analysis (SFA) provides a helpful tool for the study of the industrial metabolism of ...
International audienceThe growth of industrial activities, mass production, material consumption and...
Half of the world's annual production of steel is used in constructing buildings and infrastructure....
Recycling steel scraps by the use of electric arc furnace is one of the most promising approaches fo...
Our society is addicted to steel. Global demand for steel has risen to 1.4 billion tonnes a year and...
China’s iron and steel industry has developed rapidly over the past two decades. The annual crude st...
The production of steel in the world is dominated by two types of technologies: BF + BOF (the blast ...
Increased production rates of iron and steel promote economic wealth, however they impose challenges...
This report is created by the author during his internship at Haitong Bank (“Haitong”), to present a...
Industrialization and urbanization in the developing world have boosted steel demand during the rece...
SNF has recently developed a new model of the steel market and some of the major factor markets conn...
The aim of this paper is to highlight the influence of economic and qualitative factors on steel pro...
The steel industry is responsible for a large share of the industrial energy consumption and greenho...
In the context of climate change, the redn. of greenhouse gas emissions in all economic sectors is c...