Biomass and Carbon Fuels in Metallurgy

1. Introduction to the field

2. Fossil fuels and renewable energy sources

3. The role of fuels in metallurgy

4. CO2 emissions and metallurgical technologies

5. Distribution of fuels and their reserves

6. Carbonaceous fuels, their properties and testing

7. Use of traditional fuels in the production of agglomerates

8. Use of conventional carbonaceous fuels in the pig iron production

9. Use of traditional carbonaceous fuels in the production of steel and ferroalloys

10. Traditional carbon fuels and the environment

11. Alternative fuels

12. Utilization of biomass in the production of Fe agglomerates

13. Use of alternative fuels in the production of pig iron

14. Use of alternative fuels in the production of steel and ferroalloys

15. Alternative fuels and environment

16. Alternative fuels of the future

17. Conclusion

List of figures

List of tables

References

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• Física da Matéria Condensada (física do estado sólido e estado líquido)
• Engenharia biomédica
• Ciência dos materiais
• Tecnologia e engenharia da energia
• Engenharia: geral
• Física aplicada

Electric Arc Furnaces;Moisture Content;carbonaceous fuels;Calcium Ferrites;pyrometallurgical processes;Energy Sources;sinter;agglomerate;Tonnes;metallurgy and materials;Energy Recovery;ferriferrous, manganese and metalized;Bituminous Coal;fossil fuels;Coke Powder;renewable energy sources;Metallurgical Coke;biomass-based fuels;Blast Furnace Coke;carbon fuels;Oxygen Converter;black metallurgy;Sintered Layer;Oak Sawdust;Ferroalloy Production;BF;Metallurgical Technologies;Blast Furnace Process;Agglomeration Process;Agglomerates Produced;Flue Gas;Pig Iron;Raw Biomass;Fe Ore;Mn Ore