Bannykh, Borisova — Design of a Vacuum Evaporation Plant

The manual “Design of a Vacuum Evaporation Unit” by Bannykh and Borisova contains the theoretical material required for completing a course project on chemical engineering processes and equipment, specifically focused on the design of a vacuum evaporation unit. A detailed example of the calculations for such a unit is provided. The appendix includes formulas for calculating key thermophysical properties of solutions, as well as reference tables necessary for selecting standard equipment. The manual also contains design assignments.

This manual, “Design of a Vacuum Evaporation Unit” by Bannykh and Borisova, aligns with the curriculum for the course “Processes and Equipment of Chemical Technology,” intended for correspondence-program students in chemical engineering and mechanical engineering fields.

The table of contents for the manual “Design of a Vacuum Evaporation Unit” by Bannykh and Borisova is provided below.

Introduction
1 Scope of the Course Project
2 Basic Information on the Evaporation Process
– 2.1 General Principles
– – 2.2 Equipment for the Evaporation Process
– – 2.3 Fundamental Relationships and Calculation Formulas
3 Calculation Example
– 3.1 Process Flow Diagram of the Unit
– 3.2 Calculation of the Evaporator
– 3.3 Calculation of the Barometric Direct-Contact Condenser
– 3.4 Calculation of the Vacuum Pump
– 3.5 Preliminary Calculation of Heat Exchangers
– 3.6 Conclusions
4 Design Assignment
References
Appendix A Formulas for Calculating Thermophysical Properties of Solutions
Appendix B Reference Tables
Appendix C Key Dimensions and Technical Specifications of Equipment

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