A clear explanation of the basic knowledge necessary to understand distillation, distillation towers, and distillation devices!
Kansai Chemical will explain about "ideal gases." An ideal gas is defined as: - "The size of the molecules is negligible (therefore, the molecules do not collide with each other)" - "When colliding with walls, the direction changes but the speed remains the same (elastic collision)" - "There are no interactions between molecules" Based on these assumptions, the laws mainly related to the field of distillation are "Boyle's Law and Charles's Law" and "Dalton's Law of Partial Pressures." While we have imagined many aspects regarding gases, an important law in the handling of gases during distillation is Dalton's Law of Partial Pressures: "Total Pressure P (kPa) = Sum of Partial Pressures Σpi (kPa)." This law is derived from the properties of ideal gases, but it is a sufficiently reliable law within the range used in distillation. *For more details, please refer to the PDF materials 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.