| 1. | Laboratory Reports x 3 (equal value, 4-6 pages each) | 30% | - 1 - Recommend the appropriate heat exchange and agitation equipment for a specific chemical process based on heat requirements and fluid properties (e.g. viscosity).
- 2 - Evaluate heat flow, individual and overall heat transfer coefficients for steady state conduction and convection processes.
- 3 - Design, size and analyse the performance of ideal reactors for carrying out reversible and irreversible reactions under isothermal and adiabatic conditions.
- 4 - Carry out a preliminary analysis to identify issues around health and safety and risk associated with the operation of reactors, stirred tanks and heat exchange equipment.
- 5 - Demonstrate appropriate and effective oral and written communication competencies.
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| 2. | Quiz x 2 (equal value) (60 min each) | 20% | - 1 - Recommend the appropriate heat exchange and agitation equipment for a specific chemical process based on heat requirements and fluid properties (e.g. viscosity).
- 2 - Evaluate heat flow, individual and overall heat transfer coefficients for steady state conduction and convection processes.
- 3 - Design, size and analyse the performance of ideal reactors for carrying out reversible and irreversible reactions under isothermal and adiabatic conditions.
- 4 - Carry out a preliminary analysis to identify issues around health and safety and risk associated with the operation of reactors, stirred tanks and heat exchange equipment.
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| 3. | Final examination (2 hours) | 50% | - 1 - Recommend the appropriate heat exchange and agitation equipment for a specific chemical process based on heat requirements and fluid properties (e.g. viscosity).
- 2 - Evaluate heat flow, individual and overall heat transfer coefficients for steady state conduction and convection processes.
- 3 - Design, size and analyse the performance of ideal reactors for carrying out reversible and irreversible reactions under isothermal and adiabatic conditions.
- 4 - Carry out a preliminary analysis to identify issues around health and safety and risk associated with the operation of reactors, stirred tanks and heat exchange equipment.
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