Experimental study of two basin type solar stills with energy storage
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Date
2019-02-24
Journal Title
Journal ISSN
Volume Title
Publisher
University of Eloued
Abstract
Many solutions are developed to cure and solve the
lack of potable water problem such as : sea and brackish water
desalination , which can be granted easily through the solar still
as far as, it needs less high technologies, besides it is of low cost
and while the energy is free. Solar distillation is one of the
simplest processes of separation, in this study we are interested in
the realization and the experimentation of the coupling of a still
solar with a solar collector that primly will warm up the water
constantly influencing the productive rate and the competent
one. Naturally, some of the key characteristics of this distillation
instrument are that the equipment is simple, easy to operate,
needs no maintenance and produces high quality distilled water.
The series of tests were carried out in summer 2014 in order to
identify its various parameters. The daily output of the solar
distiller is of 6 liters/day with pre-heating for an absorber surface
of 1m2
Description
Many solutions are developed to cure and solve the
lack of potable water problem such as : sea and brackish water
desalination , which can be granted easily through the solar still
as far as, it needs less high technologies, besides it is of low cost
and while the energy is free. Solar distillation is one of the
simplest processes of separation, in this study we are interested in
the realization and the experimentation of the coupling of a still
solar with a solar collector that primly will warm up the water
constantly influencing the productive rate and the competent
one. Naturally, some of the key characteristics of this distillation
instrument are that the equipment is simple, easy to operate,
needs no maintenance and produces high quality distilled water.
The series of tests were carried out in summer 2014 in order to
identify its various parameters. The daily output of the solar
distiller is of 6 liters/day with pre-heating for an absorber surface
of 1m2
Keywords
Solar still, solar sensor, performance, efficacy, distillation.
Citation
Dalila Belhout . Zahia Tigrine. Zoubir Belgroun. Mohamed Abbas. Djilali Tassalit. Experimental study of two basin type solar stills with energy storage. International Symposium on Technology & Sustainable Industry Development, ISTSID’2019. Faculty Of Technology. University Of Eloued. [Visited in ../../….]. Available from [copy the link here].