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Authors Name: Irshad Ahmad Khan , Jitendra Sah , Nitish Saini
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Published Paper Id: IJNRD1807017
Published In: Volume 3 Issue 7, July-2018
Abstract: Scarcity of water is of much concern and one of the most neglected problems which around 1.2 billion people suffer from it. This research work was undertaken keeping this very fact and its attribute. Moisture content present in air is an overlooked source of water and by scrupulously mulling the potency of this work, the credibilityis germane tothepractibilityofthe entire work. The finding is based on the principle ofPeltier-effect. Peltiermodule hasbeenusedfor the condensation of moisture present in air or more precisely cold side of Peltier module is indispensable element of it. This finding was assimilated with different methods and designs. The upshot of the designs precedented led to conflagration for the pertinent design to be brought into effect and consequently led to improve the efficacy. Thus, the final design was assembled with seven Peltier modules consociated with heat sinks on the hot side. In addition to this, a provision was made for admittance of fresh air and eradicating the hot air after extraction of moisture from air. Thermal grease was interfaced between hot-side and heat sink to mitigate the air void that had been done to augment the rate of heat-transfer. On the other hand, a comparison was made by operating the Peltiermoduleinopenalongside the final design. After analyzing the designs, it was concluded that while using the Peltier module for the said purpose prime focus should be given on eradication of hot air from the chamber or whatsoever design is given to the machine. Moreover, the fact that when there is greater difference between dry-bulb temperature and wet-bulb temperature relative humidity will be less and vice-versa was re-established.
Keywords: Relative Humidity,Moisture an overlooked source of water,variation of RH with temperature,Dry Bulb and wet bulb temperature,Air to water converter,Dehumidifier
Cite Article: "FABRICATION AND ANALYSIS OF SELF CONDENSATION MACHINE", International Journal of Novel Research and Development (, ISSN:2456-4184, Vol.3, Issue 7, page no.96-100, July-2018, Available :
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