Chemical Process Development and Design (Series Textbooks for Applied Chemistry Majors in Higher Education)

Author: Chen Shengzong
Publisher:
Publish Date: 2005-08-01
Features: This book is one of the series textbooks for applied chemistry majors in higher education institutions, organized and compiled by the Collaborative Group of the Chemical Teaching Guidance Committee of the Ministry of Education. The book consists of seven chapters. Chapter 1 primarily teaches the modern chemical process development program, including the main content and methods of basic research, conceptual design, simulation experiments and pilot plant testing, preliminary design, preliminary evaluation, and final evaluation. Chapter 2 covers the basic knowledge of probability and statistics, regression analysis, and provides detailed explanations of common experimental design methods and data processing methods such as single-factor optimization, factorial experiments, orthogonal experiments, regression orthogonal optimization experiments, uniform experiments, and simplex optimization, with practical examples. Chapter 3 focuses on teaching, with examples, how to use empirical scaling, similarity methods, mathematical simulation, and partial analytical methods for the scaling of reaction processes. Chapter 4 emphasizes the analysis of chemical reaction processes, separation processes, energy processes, and the integration and process optimization of chemical engineering processes. Chapter 5 focuses on teaching similarity principles, similarity analysis, the derivation of similarity criteria, and the cold model testing methods for typical processes. Chapter 6 primarily teaches the application of chemical process simulation software in chemical process development and the use of Matlab for experimental data processing and modeling. Chapter 7 introduces the technical and economic evaluation indicators, investment and cost estimation, and technical and economic evaluation reports in chemical development. This book can serve as a textbook for undergraduate and graduate students majoring in applied chemistry, chemistry, and chemical engineering in higher education institutions, and can also be referenced by engineering technicians engaged in development in the petroleum and chemical, light industry, and other industries. This book is one of the series textbooks for applied chemistry majors in higher education institutions, organized and compiled by the Collaborative Group of the Chemical Teaching Guidance Committee of the Ministry of Education. The book consists of seven chapters. Chapter 1 primarily teaches the modern chemical process development program, including the main content and methods of basic research, conceptual design, simulation experiments and pilot plant testing, preliminary design, preliminary evaluation, and final evaluation. Chapter 2 covers the basic knowledge of probability and statistics, regression analysis, and provides detailed explanations of common experimental design methods and data processing methods such as single-factor optimization, factorial experiments, orthogonal experiments, regression orthogonal optimization experiments, uniform experiments, and simplex optimization, with practical examples. Chapter 3 focuses on teaching, with examples, how to use empirical scaling, similarity methods, mathematical simulation, and partial analytical methods for the scaling of reaction processes. Chapter 4 emphasizes the analysis of chemical reaction processes, separation processes, energy processes, and the integration and process optimization of chemical engineering processes. Chapter 5 focuses on teaching similarity principles, similarity analysis, the derivation of similarity criteria, and the cold model testing methods for typical processes. Chapter 6 primarily teaches the application of chemical process simulation software in chemical process development and the use of Matlab for experimental data processing and modeling. Chapter 7 introduces the technical and economic evaluation indicators, investment and cost estimation, and technical and economic evaluation reports in chemical development. This book can serve as a textbook for undergraduate and graduate students majoring in applied chemistry, chemistry, and chemical engineering in higher education institutions, and can also be referenced by engineering technicians engaged in development in the petroleum and chemical, light industry, and other industries.