Enhancing the solar still performance using different designs of absorber with heat storage materials and different wick materials: A review

Hyal, Lujain; Jalil, Jalal; Hanfash, Abduljabbar

doi:10.30684/etj.2023.139522.1435

ETJ

2023

DOI: 10.30684/etj.2023.139522.1435

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Enhancing the solar still performance using different designs of absorber with heat storage materials and different wick materials: A review

Lujain Hyal,

Jalal Jalil,

Abduljabbar Hanfash

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2024

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Cited by 2 publications

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Performance and economic considerations in augmentation of solar still efficiency using solar heat collector coupling

Issaq,

Talal,

Azooz

2024

Desalination and Water Treatment

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Performance and economic considerations in augmentation of solar still efficiency using solar heat collector coupling

Issaq,

Talal,

Azooz

2024

Desalination and Water Treatment

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Modelling and Analysis of a Single Slope Solar Still for Desalination of Water

Girishkumar,

Kamesh,

Rohith

et al. 2024

jmmf

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Nowadays, brackish water/seawater desalination is a subject of concern to many researchers all over the world. Solar desalination is a renewable energy-driven method that produces freshwater from saline/brackish water. Many coastal countries suffer from a scarcity of freshwater. Solar-driven desalination is an optimistic and sustainable method to reduce the shortage of potable water in remote regions. Solar desalination is a viable way to produce potable water from any type of non-drinkable water. The recourse to use of solar energy in desalination by distillation, represents as appreciable part of water resources and is realizable, simple, cost-effective, operational solution technically. In this work, Modelling and simulation analysis of single-slope solar still for desalination of water is investigated in CFD-Ansys by considering solar radiation data at 12.8852°N, 77.572625°E in Bengaluru, Karnataka, India. The simulation results found that, the solar still yields the distillate at the rate is 2 litres/m2 for 10 litres of saline water that runs for 12 hours a day (from 7:00 am to 6:00 pm). A comparison between various inclination angles were performed. Solar still yields thermal efficiency of 24% at the inclination angle of 38° when compared with the inclination angles of 22°, 28°, 32° and 44°.

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Enhancing the solar still performance using different designs of absorber with heat storage materials and different wick materials: A review

Cited by 2 publications

References 91 publications

Performance and economic considerations in augmentation of solar still efficiency using solar heat collector coupling

Performance and economic considerations in augmentation of solar still efficiency using solar heat collector coupling

Modelling and Analysis of a Single Slope Solar Still for Desalination of Water

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