1. | Syllabus | Syllabus | ||
Syllabus | Syllabus | |||
Mole balances | Syllabus Mole balances | |||
Mole balances | Syllabus Mole balances | |||
Mole balances | Syllabus Mole balances | |||
2. | Mole balances | Syllabus Mole balances | ||
Mole balances | Syllabus Mole balances | |||
Mole balances | Syllabus Mole balances | |||
Conversion and reactor sizing | Design equation for batch reactor Design equations for flow reactors |
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Conversion and reactor sizing | Design equation for batch reactor Design equations for flow reactors |
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Conversion and reactor sizing | Design equation for batch reactor Design equations for flow reactors |
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3. | Conversion and reactor sizing | Design equation for batch reactor Design equations for flow reactors |
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Conversion and reactor sizing | Design equation for batch reactor Design equations for flow reactors |
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Conversion and reactor sizing | Design equation for batch reactor Design equations for flow reactors |
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Conversion and reactor sizing | Sizing continuous flow reactors reactors in series |
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Conversion and reactor sizing | Sizing continuous flow reactors reactors in series |
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Conversion and reactor sizing | Sizing continuous flow reactors reactors in series |
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4. | Rate laws | reaction order and rate laws | ||
Rate laws | reaction order and rate laws | |||
Rate laws | reaction order and rate laws | |||
Rate laws | reaction order and rate laws | |||
Rate laws | reaction order and rate laws | |||
Rate laws | reaction order and rate laws | |||
5. | Stoichiometry | Batch system | ||
Stoichiometry | Batch system | |||
Stoichiometry | Batch system | |||
Stoichiometry | Batch system | |||
6. | Isothermalreactor design : conversion | Batch, CSTR, and tubular reactors | ||
Isothermalreactor design : conversion | Batch, CSTR, and tubular reactors | |||
Isothermalreactor design : conversion | Batch, CSTR, and tubular reactors | |||
Isothermalreactor design : conversion | Batch, CSTR, and tubular reactors | |||
7. | Isothermalreactor design : conversion | Pressure drop in reactors | ||
Isothermalreactor design : conversion | Pressure drop in reactors | |||
Isothermalreactor design : conversion | Pressure drop in reactors | |||
Isothermalreactor design : conversion | Pressure drop in reactors | |||
8. | Isothermalreactor design : molar flow rates | mole balances on CSTRs, PFRs, PBRs, and batch reactors | ||
Isothermalreactor design : molar flow rates | mole balances on CSTRs, PFRs, PBRs, and batch reactors | |||
Isothermalreactor design : molar flow rates | mole balances on CSTRs, PFRs, PBRs, and batch reactors | |||
Isothermalreactor design : molar flow rates | mole balances on CSTRs, PFRs, PBRs, and batch reactors, membrane reactors, semibatch reactors - unsteady-state operation | |||
Isothermalreactor design : molar flow rates | mole balances on CSTRs, PFRs, PBRs, and batch reactors, membrane reactors, semibatch reactors- unsteady-state operation | |||
9. | Collection and analysis of ratedata | Rate data collection | ||
Collection and analysis o fratedata | Rate data collection | |||
10. | Collection and analysis of ratedata | rate data analysis | ||
Collection and analysis of ratedata | rate data analysis | |||
Collection and analysis of ratedata | rate data analysis | |||
11. | Multiple Reactions | Multiple Reactions/Parallel Reactions | ||
Multiple Reactions | Multiple Reactions/Parallel Reactions | |||
Multiple Reactions | Multiple Reactions/Parallel Reactions | |||
12. | Multiple Reactions | Reactions in Series | ||
Multiple Reactions | Reactions in Series | |||
Multiple Reactions | Reactions in Series | |||
Multiple Reactions | Complex Reactions | |||
Multiple Reactions | Complex Reactions | |||
13. | Multiple Reactions | Complex Reactions, Membrane Reactors to Improve selectivity in Multiple | ||
Multiple Reactions | Complex Reactions, Membrane Reactors to Improve selectivity in Multiple |