Thesis Abstract and Dissertation Abstracts
Thermodynamic Simulation Of Charcoal Heat Driven Cooler
Abstract Category: Engineering
Course / Degree: M. Eng (Energy Engineering)
Institution / University: Bayero University, Kano., Nigeria
Published in: 2008
A thermodynamic simulation of a charcoal fired heat driven absorption refrigeration cycle has been carried out. The binary mixture considered in the present investigation was H2O – NH3(Water – Ammonia). This simulation was performed in order to investigate the effect that the generator temperature and the variation of concentration of aqua-ammonia have over the Coefficient of Performance (COP) on a single absorption refrigeration system that uses charcoal heat energy as a primary source. The maximum COP of the system was found to be 0.462, as generator temperature increases the performance decreases and the results obtained have good agreement with those obtained by Sun Da Wen (1997) that uses solar as a source of energy.
Dissertation Keywords/Search Tags:
thermodynamic,simulation, cooler, charcoal
This Dissertation Abstract may be cited as follows:
Magaji T. (2008): Performance Evaluation of a charcoal Fired Heat driven cooler. M. Eng. Thesis, Department of Mechanical Engineering, Bayero University, Kano.
Submission Details: Dissertation Abstract submitted by Magaji Tambaya from Nigeria on 27-Aug-2011 06:31.
Abstract has been viewed 3435 times (since 7 Mar 2010).
Magaji Tambaya Contact Details: Email: mtambaya@yahoo.com Phone: +2348023251523
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