Impact of materials and economic analysis of single slope single basin passive solar still: A review

Sanserwal, Manish; Singh, Ashok Kumar; Singh, Puspendra

doi:10.1016/j.matpr.2019.11.289

Cited by 25 publications

(6 citation statements)

References 33 publications

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“…Decreasing water depth increases heat transfer coefficients, with a depth of 1 cm being considered the most efficient. Radiation and convection had lower heat transfer coefficients compared to evaporation as shown in Figure 1 [17,18]. The design includes a container for impure water and two sloping surfaces covered with transparent materials.…”

Section: Solar Distiller Single-slopementioning

confidence: 99%

Enhancing Water Purification in Solar Stills Through Incorporation of Renewable Energy Technology: An Experimental Study on the Efficiency and Cooling Mechanisms - A Review

Najaf,

Aslan

2024

IJHT

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On a worldwide basis, freshwater is becoming increasingly limited, particularly in dry and distant regions. This presents a complex problem for regions such as islands, where the transportation of water that is suitable for drinking is expensive. In order to address this dilemma, the primary focus of the 21st century ought to be on boosting water purification through the use of renewable energy technology in the desalination industry. To be more specific, the incorporation of solar energy into the business has the potential to extend the lifespan of units, reduce expenses, and reduce the positive impact on the environment. The article contains a sufficient number of studies on a variety of passive and active stills, and it offers an understanding of the effectiveness of each form of still. Vacuum tube solar stills are more efficient than others. In addition to this, it investigates several approaches to cooling the glass cover and the elements that influence the productivity of solar stills, among which are environmental and design considerations. Resolving the problem of diminishing freshwater resources and integrating solar energy for water purification.

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Section: Solar Distiller Single-slopementioning

confidence: 99%

Enhancing Water Purification in Solar Stills Through Incorporation of Renewable Energy Technology: An Experimental Study on the Efficiency and Cooling Mechanisms - A Review

Najaf,

Aslan

2024

IJHT

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“…Published by ECSDEV, Via dei Fiori, 34, 00172, Rome, Italy http://ecsdev.org Evaporated water is condensed at the glass surface in an inclined position and is collected in a tray. A solar still fabrication is not complicated and consequently does not requires skilled work (Sanserwal et al, 2020). Solar stills can be natural or forced convection (Ghaffour et al, 2015).…”

Section: The Solar Stillmentioning

confidence: 99%

“…Additionally, numerous publications on mathematical models with solar still efficiency prediction (Andrés et al, 2020) and papers that include experimental and theoretical research (Sharma et al, 2020, Kamal, 1988. Moreover, some researchers analyze the optimal water basin depth (Tarawneh & Muafag, 2007) and evaluate the different building materials (Sanserwal et al, 2020); the water salinity concentration to distill (Hassan & Abo-Elfadl, 2017). Finally, the different climate effects on the produced water have been studied (Jubran, 2003, Panchal & Patel, 2017.…”

Section: The Solar Stillmentioning

confidence: 99%

Solar still Design and Construction for its Implementation in Rural Communities in Mexico

Téllez

Castillo‐Téllez

Gerardo

et al. 2022

EJSD

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Water scarcity and sufficient energy sources without affecting climate change are complex problems facing humanity. Water purification, such as desalination using solar radiation as an energy source, is a mature technology method that provides economic savings in electricity, gas, and oil consumption, achieving good quality fresh water. Solar water distillation is an example of nature's purification mechanism through the water cycle. This paper presents a solar still design and construction with easily accessible, low-cost materials and simple manufacturing, which obtain the patent MX2020/070739. The energy evaluation and experimental results are also presented, verifying the device's technical feasibility. As a result, water production of 805/day was obtained, with a maximum solar irradiance of 980 W/m2 and 36 °C ambient temperature and the efficiency during the test days was 38%. Using the distiller can benefit rural communities in Mexico by obtaining fresh water, achieving significant energy savings, and contributing to caring for the environment. Keywords: Solar Irradiance, Solar still, Energy efficiency, Solar Technologies

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“…Some other similar studies have been presented by researchers [103,104,105] however; the considered systems have its individual identical design parameters, manufacturing concepts, components utilized and the working concept or technology. Further, economic, enviro-economic studies, energy matrix analysis, and performance observations for different systems along with special designs have been observed [106,107,108,109,110,111]. But, yet a systematic approach has been reflected on having focused observations in which yield output, efficiency, design parameters and working principle considered for maximum solar irradiative intensity available for a particular clear day in respective climatic conditions or lab conditions have been included.…”

Section: Performance Of New Conceptual Design Solar Systems (Ncdss)mentioning

confidence: 99%

An inclusive study on new conceptual designs of passive solar desalting systems

Singh

2021

Heliyon

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Potable water is one of the vital necessities for the society. The assurance of availability of clean water to society is a big confront due to restricted accessibility of clean water on planet Earth. Solar desalting systems can be used for justifying the appropriate supply of fresh water in distant localities by the use of ample sunlight. In spite of conventional solar desalting systems, various other designs of solar desalting systems are used to boost the overall performance of the system. In this work, various new conceptual designs of passive solar desalting systems have been reviewed to understand better, efficient and productive performing system along with various novel solar desalting systems that can inculcate the real feeling of performing information among the researchers. An overview has also been established for better utility indications and comparative performances among all solar desalting systems. The interpretations have been accomplished with the better results and some favor has also been recommended for the future betterment and building novel designs to meet the feasible hurdles.

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Impact of materials and economic analysis of single slope single basin passive solar still: A review

Cited by 25 publications

References 33 publications

Enhancing Water Purification in Solar Stills Through Incorporation of Renewable Energy Technology: An Experimental Study on the Efficiency and Cooling Mechanisms - A Review

Enhancing Water Purification in Solar Stills Through Incorporation of Renewable Energy Technology: An Experimental Study on the Efficiency and Cooling Mechanisms - A Review

Solar still Design and Construction for its Implementation in Rural Communities in Mexico

An inclusive study on new conceptual designs of passive solar desalting systems

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