In this module, Professor Channing Robertson discusses energy conservation principles relevant to high fructose corn syrup production. Key points include:
The course begins with an introductory lecture by Professor Channing Robertson, who provides an overview of chemical engineering, its significance, and the course structure.
This module, delivered by the head TA, explores the complexities of modern oil refineries. Students will learn about:
In this module, Professor Channing Robertson discusses measurement units critical to chemical engineering. Key topics include:
Professor Channing Robertson presents key concepts of mass conservation and balancing equations. This module emphasizes:
In this module, Professor Channing Robertson discusses the design and function of an apheresis machine, including:
The head TA provides an overview of the apheresis machine, detailing its operational principles and significance in healthcare. Key points include:
This case study module focuses on the production of high fructose corn syrup. The head TA discusses:
In this module, Professor Channing Robertson discusses the development and design of a glucose isomerase plant. Key topics include:
Professor Channing Robertson elaborates on the chemical reactions taking place within a glucose isomerase plant. This module covers:
In this module, Professor Channing Robertson discusses energy conservation principles relevant to high fructose corn syrup production. Key points include:
Professor Channing Robertson continues the discussion on energy conservation, delving deeper into heat exchanger design. This module emphasizes:
In this module, Professor Channing Robertson addresses conduction and convection principles related to heat exchangers, focusing on:
Professor Channing Robertson discusses scaling and dimensionless analysis in this module, highlighting:
Continuing the discussion on scaling, Professor Channing Robertson touches on pharmacokinetics problems, covering:
In this module, Professor Channing Robertson uses a virtual human body model to explain pharmacokinetics. Key topics include:
The head TA discusses constructing pharmacokinetics models using a virtual human "tank" model. This module covers:
Professor Channing Robertson discusses biomedical engineering principles, focusing on the kidney's functions and anatomy. Key topics include:
This module continues the discussion on kidney functions, with a focus on the single nephron glomeruli filtration rate (SNGFR). Topics covered include:
Professor Channing Robertson discusses kidney dialysis machines and their operation in this module, emphasizing:
In the final module, Professor Channing Robertson discusses the interactions between chemical engineering and environmental concerns. Key points include: