To provide students with critical knowledge of thermodynamic principles and applications from the perspective of chemical engineering, as well as the theory and application of solution thermodynamics and chemical reaction equilibria
CILO
On Completion of this course, the learner will be able to
#
Learning Outcome Description
1
Demonstrate critical knowledge of vapour-liquid equilibrium principles and apply these principles to create phase diagrams by performing BUBBLE and DEW calculations using Raoult’s law
2
Determine different thermodynamic property changes of mixing and the fugacity coefficient using generalized correlations
3
Evaluate excess properties and estimate critically the activity coefficients using the models for excess Gibb’s free energy
4
Analyze chemical reaction equilibria to critically determine the equilibrium constants and composition for single and multi-reaction systems
Requisites
No requisites
Examinations
Assessment Type Examination (Unseen)
No Other Controlled Assessments
Uncontrolled Assessments
Assessment Type Assignment
Assessment Type Problem sheet
The institute reserves the right to alter the nature and timings of assessment
Affiliated Entities
Entity Code
Entity Title
Entity Version
Entity Type
ENT8070
Bachelor of Engineering Technology (Chemical and Industrial Processes Engineering)
