Advances in Pyrometallurgy
Carbon intensive industries are at a crossroads. Long-term manufacturing plans using pyrometallurgical processes all include decarbonization levers: we must solve the problem of fossil-based reduction and fossil-based power generation processes for metals production. This collection explores innovative and diverse strategies for the enablement of low carbon industries in the high-temperature metals and materials processing fields. In particular, the following processes are investigated: · Electrolysis and electrification of metallurgical processes · High-temperature electrolytic routes for metal and alloy production · Use of hydrogen and other alternative non-carbonaceous reducing agents · Biofuels and other non-fossil reagents for metallurgical applications · Direct andindirect use of solar energy in high-temperature processing · Energy efficiency and waste heat recovery concepts applied to pyrometallurgical operations
| ISBN: | 9783031226366 |
|---|---|
| Sprache: | Englisch |
| Seitenzahl: | 303 |
| Produktart: | Kartoniert / Broschiert |
| Herausgeber: | Fleuriault, Camille Gregurek, Dean Hockaday, Susanna A.C. Mackey, Phillip J. Reynolds, Quinn G. Steenkamp, Joalet D. White, Jesse F. |
| Verlag: | Springer International Publishing |
| Veröffentlicht: | 12.02.2024 |
| Untertitel: | Developing Low Carbon Pathways |
| Schlagworte: | Aluminum Copper/Nickel/Cobalt Electrometallurgy Extraction and Processing High-Temperature Materials Iron and Steel Magnesium Process Technology Pyrometallurgy Titanium |
Camille Fleuriault, Eramet Norway; Joalet Steenkamp, XPS Glencore; Dean Gregurek, RHI Magnesita; Jesse F. White, KTH Royal Institute of Technology; Quinn G. Reynolds, Mintek; Phillip J. Mackey, P.J. Mackey Technology, Inc.; Susanna Aletta Carolina Hockaday, Gam Aesa