Solar Distillatory
Benito Armando Cervantes Hernández1, Javier Pérez Avendaño2*,
and Alfredo Montes Lopez3
Abstract
The solar distillatory design is a project which born of the social point of view, keeping in mind that hundreds of water liters are wasted every year, this project is developed with the purpose of obtain distillated liquid for the chemistry lab and help the students with their activities in the Universidad Tecnológica de Tlaxcala. Therefore, the stages, in which the evaporation and condensation under the thermodynamics were performed, are described in general terms. The Sun makes it a removable source, playing a very important role in the system warming, the types of energy transference implicated such as radiation, convection and conduction were analyzed. The main components of a distillatory are covers and tray, they must be put through an energetic test during the design final stage. This calculation is also applied to the fluid, which is going to be analyze, the amount of heat that is absorbed and how much water is wasted throughout the project also. A system function analysis was conducted and with it and using variables like temperature, radiation, time, initial and final volume, compare the theoretic data with the real data obtained during the prototype function, this determines the efficiency of the mechanism and the amount of liquid coming out clean per day. The distilled water is composed by two hydrogen atoms and one oxygen atom, which molecule is represented chemically by the formula H2O. The liquid component has been put through a distillation process in which impurities and the origin water ions were eliminated.
Keywords
distillatory; radiation; thermodynamics
Cite This Article
Hernández1, B. A. C., Avendaño, J. P., Lopez, A. M. (2023). Solar Distillatory. International Journal of Scientific Advances (IJSCIA), Volume 4| Issue 6: Nov-Dec 2023, Pages 916-919, URL: https://www.ijscia.com/wp-content/uploads/2023/11/Volume4-Issue6-Nov-Dec-No.525-916-919.pdf
Volume 4 | Issue 6: Nov-Dec 2023
