Principles of Material and Energy Balances in Chemical Processes

Principles of Material and Energy Balances in Chemical Processes is designed to guide students through the concept of mass and energy balances, which are fundamental to the field of chemical engineering. The book emphasizes the conservation principles of mass and energy, underlining their importance in chemical process analysis. It provides a structured approach to solving problems related to material and energy flows in a variety of process systems.

The book first introduces basic concepts like units, temperature, pressure, density, and concentration, before advancing to more complex topics such as material balances in chemical processes without and with reactions and energy balances with phase changes. Key topics include transient material and energy balances, where the principle of accumulation is considered, and process optimization through material and energy efficiency, which are explored both theoretically and via practical examples.

Principles of Material and Energy Balances in Chemical Processes is suited for coursework in chemical engineering, particularly for courses focused on material and energy balances, process design, and thermodynamics. While it is intended primarily for undergraduate students, the foundational concepts laid out can also serve as a refresher for graduate-level studies.