Desalination of groundwater by solar stills » książka
Desalination of groundwater by solar stills
ISBN-13: 9783659514357 / Angielski / Miękka / 2015 / 112 str.
Lack of clean drinking water is amongst the leading problems in Afghanistan, especially in form of salinity, being amongst the main concerns. As an attempt to find sustainable solutions, low cost solar stills were designed and built in Kabul city. Four different designs and outlines were proposed for this project, with the aim to use solar energy and the principle of evaporation and condensation in the production of distilled water. Of the proposed designs, three were built, in a total of 6 units, ranging from the size 0.1 to 1m2. The solar stills had different inclination on the glass cover and were built out of a variety of local materials, like plywood, galvanized iron, stainless steel, silicone, paint, insulation and more on. The experiment was conducted from the 17th to 27th of May, 2014. Hourly measurements of radiation, output and temperatures were registered from 07:00 am to 18:00 pm, and wind- and weather conditions were registered. Individual experiments such as cooling of glass, application of coal and increased salt concentration, were conducted within the research period.
Lack of clean drinking water is amongst the leading problems in Afghanistan, especially in form of salinity, being amongst the main concerns. As an attempt to find sustainable solutions, low cost solar stills were designed and built in Kabul city. Four different designs and outlines were proposed for this project, with the aim to use solar energy and the principle of evaporation and condensation in the production of distilled water. Of the proposed designs, three were built, in a total of 6 units, ranging from the size 0.1 to 1m2. The solar stills had different inclination on the glass cover and were built out of a variety of local materials, like plywood, galvanized iron, stainless steel, silicone, paint, insulation and more on. The experiment was conducted from the 17th to 27th of May, 2014. Hourly measurements of radiation, output and temperatures were registered from 07:00 am to 18:00 pm, and wind- and weather conditions were registered. Individual experiments such as cooling of glass, application of coal and increased salt concentration, were conducted within the research period.
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