Chemical Engineering Principles - (Lower Volume) (Second Edition)

Author: Ye Shichao
Publisher:
Publish Date: 2006-08-01
Features: This book is written by the Chemical Engineering Principles Teaching and Research Office of Sichuan University, based on years of teaching experience and accumulated materials. It draws inspiration from the spirit of multiple national "Chemical Engineering Talent Cultivation Plans and Curriculum System Reform for the 21st Century" textbook construction seminars, following the principle of "thick foundation, broad specialization." The book consists of two parts: the theoretical foundation of transport processes and chemical engineering unit operations. It concisely and clearly explains the physical essence, main laws, and expressions of transport processes in a limited number of pages. On this basis, it systematically introduces the principles, characteristics, process calculations, and equipment design of various chemical engineering unit operations. The book aims to integrate fundamental theory with engineering practice. The entire book is divided into two volumes. The second volume includes six chapters on gas absorption, distillation, gas-liquid mass transfer equipment, drying, extraction, and other mass transfer separation methods, each accompanied by carefully selected exercises. This book is a revised and second edition, developed by the Chemical Engineering Principles Teaching and Research Office of Sichuan University in conjunction with the construction of a high-quality course, based on three years of teaching practice with the first edition. The book covers two parts: the fundamental of chemical transport processes and chemical engineering unit operations. It briefly explains the physical essence, basic laws, and expressions of transport phenomena in fluid media, followed by a systematic introduction to the fundamental principles, process laws, and equipment design calculations of various chemical engineering unit operations, aiming to closely combine basic theory with practical applications. The entire book is divided into two volumes, with the second volume including six chapters on gas absorption, distillation, gas-liquid mass transfer equipment, drying, extraction, and other mass transfer separation processes, each accompanied by carefully selected exercises. This book can serve as a textbook for undergraduate students in chemical engineering and related fields in higher education institutions, as well as for