Description: Materials & Energy balance in Metallurgical Processes
Curriculum
- 1 Section
- 39 Lessons
- 10 Weeks
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- Materials & Energy balance in Metallurgical Processes39
- 2.1Introduction to Course
- 2.2Measurement of Quantities
- 2.3Exercises on Measurement of Quantities, Introduction to Stoichiometry
- 2.4Stoichiometry Concept & Exercise
- 2.5Thermochemistry Part 1
- 2.6Thermochemistry Part 2
- 2.7Errors in Measurements
- 2.8Basics of Materials & Energy Balance
- 2.9Introduction to Mineral Beneficiation
- 2.10Materials Balance in Mineral Processing
- 2.11Exercises in Mineral Processing
- 2.12Calcination Concepts & Exercises
- 2.13Pyromet Extraction Unit Processes
- 2.14Predominance Area Diagram
- 2.15Material Balance in Roasting
- 2.16Heat Balance in Roasting
- 2.17Exersises on Roasting Part 1
- 2.18Exersises on Roasting Part 2
- 2.19Smelting Matte Smelting
- 2.20Exercise on Matte Smelting Part 1
- 2.21Exercise on Matte Smelting Part 2
- 2.22Reduction Smelting
- 2.23Lead Smelting Material Balance
- 2.24Imperial Smelting Process
- 2.25Introduction to Ironmaking
- 2.26Coke Making
- 2.27Ironmaking Fundamentals
- 2.28Material & Heat Balance in Ironmaking-I
- 2.29Material & Heat Balance in Ironmaking-II
- 2.30RIST Diagram Part 1
- 2.31RIST Diagram Part 2
- 2.32Concepts in Converting
- 2.33Exercise in Converting
- 2.34Melting in Cupola
- 2.35Gasification
- 2.36Material Balance in Gasification
- 2.37Industrial Furnaces
- 2.38Energy Balance in Industrial Furnaces
- 2.39Thoughts on Application of Energy Balance
