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Devising an absorber chiller for Laboratories implementing refined solid absorber

Devising an absorber chiller for Laboratories implementing r...

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2012 International Conference on Fluid Dynamics and Thermodynamics Technologies(FDTT 2012)

作者： Milad Asaadi Ehsan Esmaeili Ahmad Pasandideh Fard Mohammad Esmaeili Department of Mechanical Eng. Iran Technical & Vocation University-Mohajer CenterIsfahanIran Department of Mechanical Eng. Islamic Azad University Najafabad BranchIsfahanIran The Assistant professor-Iran technical & Vocation University the Mohajer CenterIsfahan School of Mechanical and Aerospace Eng. Nanyang Technological UniversitySingapore639798

Generating thermal energy for temperatures more than 100 degrees centigrade, especially for high capacities, is not easy nor cost efficient. Absorbing chillers with liquid absorber could be used for this application yet there is a limitation for the thermal source which should be in a high temperature. Thus, the desired situation is to use absorbing chillers with least limitations so that the cost for cooling systems would significantly decrease. To this end, we substituted "solid absorbers" instead of liquid absorbers in the absorbing chillers. Beside the advantages of the proposed chillers, e.g. the required temperature for this chiller is low hence the costs would be less, there are some draw backs in implementing the solid absorbers. Hence, the Scientific Air conditioning institute of Iran Technical ＆ Vocation University – Mohajer center, started to work on reducing the absorbing cycle problems. The results of five years researches in this institute came to devising new absorbing chiller using ‘solid absorber’. Main novelties of this system could be mentioned as: the type of the used absorber, the increase of controlling accuracy, efficiency coefficient, the life time, and also the decrease in running time of cycle. In this paper we discuss absorbing chillers with solid absorbers thoroughly. Moreover, the mechanical cycle, thermodynamic cycles and thermodynamic processes are numerically analyzed. We compared our results with the commonly used chillers. The design method, advantages and disadvantages of cycle are illustrated briefly.

关键词： Solid Absorber liquid absorber temporal range waste energy numerical computation renatable energy

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