Open AccessSimulation Study of the Thermal Performance of MSF Desalination Unit Operating by Solar Vacuum Tube Collectors
Author(s) -
Mohammad Abdunnabi,
Abdulghani Ramadan
Publication year - 2015
Publication title -
al-ṭāqaẗ al-s̆amsiyyaẗ wa-al-tanmiyyaẗ al-mustadāmaẗ/solar energy and sustainable development
Language(s) - English
Resource type - Journals
eISSN - 2414-6013
pISSN - 2411-9636
DOI - 10.51646/jsesd.v4i1.77
Subject(s) - trnsys , desalination , solar energy , environmental science , engineering , thermal energy storage , thermal , environmental engineering , nuclear engineering , process engineering , waste management , meteorology , electrical engineering , genetics , ecology , physics , membrane , biology
The Center for Solar Energy Research and Studies (CSERS) has good experience in operating and evaluating the thermal performance of small scale 5 m3/day Multi-Stage Flushing (MSF) desalination plant connected to solar pond according to the local weather conditions of Tajoura area. However, a new project has been suggested to run the desalination plant with vacuum tubes solar thermal collectors utilizing available technology and experience.In this study, an attempt was made to make the best use of readily available components to operate the MSF desalination unit with field of solar thermal collectors. Several configuration of collectors and tank arrangements were designed and examined through the use of simulation software, TRNSYS. The study has shown that the layout-3 (two 500 liter storage tanks each of them connected to 9x5 vacuum tube collectors) gives the best performance with an annual solar fraction over 77% at a load temperature of 70 °C with a flow rate of 2500 lit/hr, and over 68% at load temperature of 80 °C for working condition of 8 hours daily. The study has also shown that running the desalination plant for 24 hours a day reduces the solar fraction of the solar collector field to 25%