Full Description
| Cataloguing Source : | LibUI eng rda |
| ISSN : | 25869000 |
| Magazine/Journal : | Science and Technology Asia |
| Volume : | vol. 24, No. 4, Oktober-Desember 2019 p 70-82 |
| Content Type : | text (rdacontent) |
| Media Type : | unmediated (rdamedia) |
| Carrier Type : | volume (rdacarrier) |
| Electronic Access : | |
| Holding Company : | Universitas Indonesia |
| Location : | Perpustakaan UI, Lantai 4, R. Koleksi Jurnal |
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- Digital Files: 0
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- Abstract
| Call Number | Barcode Number | Availability |
|---|---|---|
| 670 STA 24:2 (2019) | 03-21-834227688 | TERSEDIA |
| No review available for this collection: 20511580 |
Abstract
ABSTRAK
The productivity of water treatment through distillation method was studied by varying the size of the zinc heat absorber in a solar-based distillation unit. An additional zinc heat absorber was proposed to improve the efficiency of the distillation unit. This research investigates the usage of zinc heat absorber with size 10 to 90% of water surface area. The temperature at various locations inside the distillation unit was monitored throughout the operation in order to obtain data necessary for the equation engineering solver method, which was conducted to calculate the efficie orber that is 10% of the water area produced 1.43 liters of condensed product per day providing efficiency of 25.99%. The efficiency reduced significantly to 15.02% when the size of the heat absorber was increased to 90%.
The productivity of water treatment through distillation method was studied by varying the size of the zinc heat absorber in a solar-based distillation unit. An additional zinc heat absorber was proposed to improve the efficiency of the distillation unit. This research investigates the usage of zinc heat absorber with size 10 to 90% of water surface area. The temperature at various locations inside the distillation unit was monitored throughout the operation in order to obtain data necessary for the equation engineering solver method, which was conducted to calculate the efficie orber that is 10% of the water area produced 1.43 liters of condensed product per day providing efficiency of 25.99%. The efficiency reduced significantly to 15.02% when the size of the heat absorber was increased to 90%.