首页> 外文期刊>International Journal of Information Technology >Solar Seawater Desalination Still with Seawater Preheater Using Efficient Heat Transfer Oil: Numerical Investigation and Data Verification
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Solar Seawater Desalination Still with Seawater Preheater Using Efficient Heat Transfer Oil: Numerical Investigation and Data Verification

机译:高效预热油在海水预热器中进行海水淡化的数值研究与数据验证

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摘要

The feasibility of improving the performance of the proposed solar still unit which operated in very hot climate is investigated numerically and verified with experimental data. This solar desalination unit with proposed auxiliary device as seawater preheating system using petrol based textherm oil was used to produce pure fresh water from seawater. The effective evaporation area of basin is about 1 m2. The unit was tested in two main operation modes which are normal and with seawater preheating system. The results showed that, there is good agreement between the theoretical data and the experimental data; this means that the numerical model can be accurately dependable for predicting the proposed solar still performance and design parameters. The results also showed that the fresh water productivity of the solar still in the modified preheating case which is higher than normal case, leads to an increase in productivity of 42%.
机译:数值研究了在高温环境下运行的拟议太阳能静止装置性能的可行性,并通过实验数据进行了验证。该太阳能脱盐装置采用拟议的辅助设备作为使用汽油基纺织油的海水预热系统,用于从海水中生产纯净淡水。流域的有效蒸发面积约为1平方米。该设备已在两种主要运行模式下进行了测试,分别为正常模式和海水预热系统。结果表明,理论数据与实验数据吻合良好。这意味着该数值模型可以准确可靠地预测拟议的太阳能静止性能和设计参数。结果还表明,在改进的预热情况下,太阳能蒸馏器的淡水生产率高于正常情况,导致生产率提高了42%。

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