Chemical Engineering Process Drawing

Author: Zhou Da Jun
Publisher:
Publish Date: 2005-08-01
Features: This textbook is specifically designed for science and engineering students in chemical and chemical engineering majors who do not have a "Mechanical Drawing" course. The textbook is divided into two parts, primarily focusing on introducing chemical process drawing. It also includes some content related to descriptive geometry and mechanical drawing that is closely related to chemical process drawing, serving as a foundation for learning chemical process drawing. Additionally, it considers the integration of mechanical drawing and chemical drawing content to avoid unnecessary repetition of related teaching material and helps students gain as much practical knowledge as possible in chemical equipment and process drawing.
Part 1 covers the basics of descriptive geometry and mechanical drawing, including: views and projections, drawing and reading three-view drawings, geometric construction; national standards for mechanical drawing, views and view selection; drawing of part and assembly drawings; and chemical equipment drawings.
Part 2 focuses on chemical process drawing, including process flow diagrams, equipment layout drawings, and piping layout drawings. It provides detailed introductions to the structural features and functions of chemical equipment, common structural parameters of equipment, the reading and drawing process of chemical process diagrams, and graphic design and layout. It also offers numerous technical parameters and examples of common chemical unit equipment, as well as basic methods for on-site drawing of chemical process flow diagrams, providing important references for readers to self-study and independently draw diagrams for common chemical equipment and on-site chemical process flow diagrams.
This book can be used as a textbook for undergraduate chemical and chemical engineering majors with a foundation in mechanical drawing. It is also suitable for relevant programs at correspondence universities and higher vocational and technical colleges. The book can also serve as an important reference for chemical engineering students at universities and colleges in terms of chemical equipment design, chemical principles course design, comprehensive design in chemical process, and the drawing of related diagrams for chemical process design and production internships. The book primarily introduces chemical process drawing and includes some content related to descriptive geometry and mechanical drawing that is closely related to chemical process drawing, helping students gain as much practical knowledge as possible in chemical equipment and process drawing.