A clear explanation of the fundamental knowledge necessary to understand distillation, distillation towers, and distillation equipment!
The vapor pressure of a mixed solution is determined by the combination of the vapor pressure equations for single components, the "Antoine equation," "Raoult's law," and "Dalton's law of partial pressures." In an ideal solution, all distillation calculations (distillation simulations) can be performed using these three equations and material balance equations. This document includes information on "vapor pressure of mixed solutions (vapor-liquid equilibrium)," as well as "creation of vapor-liquid equilibrium diagrams (X-Y diagrams)" and "boiling point curves, dew point curves." [Contents] ■ Vapor pressure of mixed solutions (vapor-liquid equilibrium) ■ Creation of vapor-liquid equilibrium diagrams (X-Y diagrams) ■ Boiling point curves, dew point curves *For more details, please refer to the PDF document or feel free to contact us.
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In 1948, we were established as a company to build alcohol production plants, and since then, we have always embraced the motto of "venture spirit," dedicating ourselves to research and development. The know-how and extensive experience accumulated over many years are utilized in plant engineering for distillation, evaporation, reaction, and fermentation. We also leverage our connections with universities, research institutions, and academic societies to strengthen our technological capabilities and actively engage in the development of cutting-edge technologies. We continue to strive to meet the expectations of our users with detailed services and unique technologies from their perspective.