Investigation of fluid capillary rise using 3D printed microstructure for solar desalination

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Abstract

Current desalination technologies such as thermal desalination and reverse osmosis are a process of converting seawater to freshwater. This method brings a negative impact on the environment such as CO2 emission. Solar desalination is one of the ways to resolve the current desalination challenges and more sustainable in terms of economic and environmental. Solar desalination uses solar energy as its energy consumption for evaporation. Solar desalination depends on the rate of evaporation specifically on the surface area. Hence, this study adopts the concept of cellular fluidics and 3D printing to perform capillaries rise and improve the liquid to the gas-surface area. The increase in strut diameter of the cell from 0.2 mm to 0.4 mm results in an increase of capillaries rise from 3.01 to 7.67 for Body Centered Cubic (BCC) cell geometrical shape. Different cell geometrical shape is also investigated with the strut diameter remaining constant. The Isotruss cell geometrical shape recorded a value of capillaries rise of 11.76 among the other geometrical shape due to Isotruss having more complexity in design and having internal structure.
Original languageEnglish
Title of host publication33rd Symposium of Malaysian Chemical Engineers (SOMChE 2022)
DOIs
Publication statusPublished - 21 Oct 2022
Event33rd Symposium of Malaysian Chemical Engineers 2022 -
Duration: 8 Aug 20229 Aug 2022

Publication series

NameIOP Conference Series: Materials Science and Engineering
Volume1257
ISSN (Print)1757-8981
ISSN (Electronic)1757-899X

Conference

Conference33rd Symposium of Malaysian Chemical Engineers 2022
Abbreviated titleSOMChE 2022
Period8/08/229/08/22

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