Solar assisted liquid desiccant cooling using clay based membranes

Shanmugapriya, S and Reddy, Sneha and Balachandar, Priyadarshini and Wadhwania, Sanober (2017) Solar assisted liquid desiccant cooling using clay based membranes. In: RiMES, 21/12/2017, Manipal.

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The environmental concerns have led to the urge of the usage of non-conventional energy resources like solar, wind, thermal, geothermal etc. which provide enormous source of energy without causing any further diminution of the environment. Instead of the conventional HVAC systems that cause colossal environmental perils, usage of liquid desiccants in coming in vogue whereby reducing ecological threats. Moreover, solar assisted systems provide further impulse to such systems. This paper discusses about the various comparisons between liquid desiccants : Lithium chloride, Potassium formate and Calcium chloride and concludes that potassium formate is the best desiccant to be used among the three. Potassium formate (HCOOK) is used which is cheaper and less corrosive as compared to the other aqueous salts, and has a negative crystallization temperature. Potassium formate is a new liquid desiccant and thus, not much research is available currently. The weather conditions of Manipal provide an appropriate condition for the experimentations of solar aided liquid desiccant evaporative cooling systems due to its humid climate and intense solar radiation obtained. The small scale experimentation also encounters the problem of liquid desiccant carryover by the air flow, with the help of clay based membranes which are again cheap, environmentally benign and obtained in a facile way. The projected system takes complete advantage of pure solar energy aimed at the regeneration of liquid desiccant

Item Type: Conference or Workshop Item (Paper)
Uncontrolled Keywords: Desiccant evaporative cooling – Solar – Liquid desiccant – Clay based membrane
Subjects: Engineering > MIT Manipal > Chemical
Depositing User: MIT Library
Date Deposited: 13 Dec 2017 09:17
Last Modified: 13 Dec 2017 09:17

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