Professor Channing Robertson presents various systems and methods for measuring distinct variables. This module emphasizes the importance of units in chemical engineering, aiding students in precise data interpretation and analysis.
This module serves as an introduction to the course, led by Professor Channing Robertson. Students will receive an outline of the course content and important background information essential for understanding subsequent topics.
In this module, the head TA discusses the modern oil refinery's operations, emphasizing the intricate processes and mechanisms involved in refining crude oil into usable products.
Professor Channing Robertson presents various systems and methods for measuring distinct variables. This module emphasizes the importance of units in chemical engineering, aiding students in precise data interpretation and analysis.
In this module, Professor Channing Robertson discusses the essential concepts of balancing chemical equations and the principle of conservation of mass, which are crucial for effective process design in chemical engineering.
In this module, Professor Channing Robertson explains the design and functionality of an apheresis machine, highlighting its role in separating components from blood for therapeutic use.
The head TA provides an overview of the apheresis machine, detailing its operational principles and significance in medical treatments while discussing recent advancements in technology.
The head TA presents a case study examining the production of high fructose corn syrup, focusing on the chemical processes involved and the engineering considerations necessary for large-scale manufacturing.
Professor Channing Robertson discusses the intricate details of the development and design of a glucose isomerase plant, which plays a critical role in producing high fructose corn syrup.
In this module, Professor Channing Robertson elaborates on the chemical reactions occurring within a glucose isomerase plant, providing insights into reaction mechanisms and their implications for production efficiency.
Professor Channing Robertson discusses energy conservation principles in relation to the high fructose corn syrup plant, stressing its importance for sustainability and efficiency in chemical engineering processes.
In this module, Professor Channing Robertson delves deeper into energy conservation, focusing on the design of heat exchangers and their critical role in optimizing energy usage in chemical processes.
Professor Channing Robertson discusses conduction and convection principles as they relate to heat exchangers, providing students with a comprehensive understanding of the thermal dynamics involved in their design and operation.
In this module, Professor Channing Robertson discusses the concept of scaling, emphasizing dimensionless analysis and its significance in chemical engineering applications and process design.
Professor Channing Robertson continues the discussion on scaling, exploring a pharmacokinetics problem, which illustrates the practical application of scaling principles within the context of drug delivery systems.
In this module, Professor Channing Robertson discusses pharmacokinetics using a virtual human body model. This innovative approach aids students in understanding drug delivery mechanisms and their effects on the human body.
The head TA discusses how to construct a pharmacokinetics model using a virtual human "tank" model, providing students with practical skills for developing their simulations and enhancing their understanding of pharmacokinetics.
Professor Channing Robertson discusses the field of biomedical engineering, focusing on kidney functions and anatomy. This module provides insights into how chemical principles apply to biological systems.
Professor Channing Robertson elaborates on the functioning of the kidney, particularly the Single Nephron Glomeruli Filtration Rate (SNGFR), and its relevance to both chemical engineering and health sciences.
In this module, Professor Channing Robertson discusses the operation of a kidney dialysis machine and clinic, providing students with insights into its design, function, and importance in healthcare.
Professor Channing Robertson discusses the interplay between chemical engineering and environmental issues, focusing on the importance of sustainable practices in engineering design and process management.