Course Syllabus
Topic 1: Introduction to Process Integration
Topic 2: Setting the Process Energy Targets
Topic 3: Heat Exchanger Network Design
Topic 4: Capital Cost Considerations
Topic 5: Process Utility Systems
Topic 6: Combined Heat and Power
Topic 7: Heat Integration for Major Equipments
Topic 8: Practical Applications
Topic 2: Setting the Process Energy Targets
Topic 3: Heat Exchanger Network Design
Topic 4: Capital Cost Considerations
Topic 5: Process Utility Systems
Topic 6: Combined Heat and Power
Topic 7: Heat Integration for Major Equipments
Topic 8: Practical Applications
Frequently Asked Questions
Q1 : What is pinch technology?
A1 : A systematic technique for the optimal design and retrofit of process systems to achieve maximum energy and resource efficiency.
Q2 : Is this course suitable for someone without any experience or knowledge in chemical engineering?
A2 : This course would benefit anyone to learn the fundamental knowledge of process integration. However, some advanced chapters require the learners to have basic knowledge in engineering.
Q3 : Does this course have laboratory session?
A3 : No, there is no laboratory session. You will be learning through teaching videos, do some tutorial questions and try some self-assessment activities throughout the course.
A1 : A systematic technique for the optimal design and retrofit of process systems to achieve maximum energy and resource efficiency.
Q2 : Is this course suitable for someone without any experience or knowledge in chemical engineering?
A2 : This course would benefit anyone to learn the fundamental knowledge of process integration. However, some advanced chapters require the learners to have basic knowledge in engineering.
Q3 : Does this course have laboratory session?
A3 : No, there is no laboratory session. You will be learning through teaching videos, do some tutorial questions and try some self-assessment activities throughout the course.