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This updated edition of Mass Transfer
Operations is designed for students, engineers, and anyone looking to
understand how separation processes work in chemical engineering. Whether used
in a classroom or for self-study, the book offers clear explanations and
practical design methods for a wide range of mass-transfer equipment and
processes.
Mass transfer operations—such as distillation, absorption, extraction, and
drying—are key to chemical production, pollution control, and environmental
protection. This book explains both the theory and real-world applications of
these processes in a way that is easy to follow.
The new edition includes updated explanations, modern design data, and
improved readability. New topics such as surface-stretch theory, transpiration
cooling, advanced tray towers, and heatless adsorption systems have been added.
You will also find complete design methods for equipment like mixer-settlers,
sparged vessels, and adiabatic packed towers.
One major improvement is the switch to SI units throughout the book, with
almost all equations now usable in any consistent unit system. Helpful
conversion tables are included to make the transition easier.
With new worked examples and over 1,000 equations, this edition is a valuable
tool for learning and applying mass-transfer principles in real situations. The
book is written to help you gain both a solid foundation and the confidence to
solve practical problems in chemical and environmental engineering.
Whether you are studying for a course or working in the field, this book
offers the knowledge and tools you need to understand and design effective
separation processes.
| Specifications | Descriptions |
|---|---|
| ISBN | 9789349881884 |
| Year | 2026 |
| Binding | Paperback |
| Subject | Chemical engineering/mass transfer |
| Pages | 916 |
| Weight | 0.8 (In Kg) |
| Readership | Students of chemical engineering |
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