FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2942189892> ?p ?o ?g. }

• W2942189892 endingPage "48" @default.
• W2942189892 startingPage "25" @default.
• W2942189892 abstract "Water is a crucial ingredient for human health and one of the very few vital needs of human beings. More than 1.2 billion people around the work suffer from a deficiency of safe drinking water so that it is estimated that 14% of the global population lives in water-scarce regions by 2050. Although desalination has been used as conventional water providing technology for a long time in the Middle East and the Mediterranean, it has extensive capacities in the USA, Europe, and Australia as well. Interest in investment in desalination sector has been extending beyond these regions of the world which are driven by water stress concerns. Even though desalination has the potential to increase the water supply in water-scarce regions, its associated adverse consequences and constraints cannot be ignored. Brine disposal is the primary environmental consequence that should be considered and studied when installing a desalination plant. Therefore, essential steps must be taken to ensure safe and sustainable brine disposal. Implementation of a proper brine disposal method incorporated with a qualified design and construction procedure can mitigate the destructive effects of the desalination plants on the water environments and groundwater aquifers. Using solar power as a renewable source can both imitate the environmental impacts of the conventional brine disposal methods and an increase in the evaporation rate of the solar traditional evaporation ponds. Directing the brine effluent into the solar saltworks can possibly produce salt, and therefore, the desalination plant would be zero liquid discharge (ZLD). This method requires large land areas and thus is only applicable in arid and semi-arid regions where the evaporation rates are high and the value of the land is low. Also, expensive liners are needed to avert salt seepage from the soil and the groundwater contamination. If the evaporation rate is improved, the need for the same amount of land would consequently be reduced. Enhancing the rate of evaporation would have two benefits of the flexibility to increase the amount of the brine wastewater flows out of an evaporation pond and a reduced amount of land that would be needed to achieve the same rate of evaporation." @default.
• W2942189892 created "2019-05-03" @default.
• W2942189892 creator A5004654834 @default.
• W2942189892 creator A5034185343 @default.
• W2942189892 creator A5076691732 @default.
• W2942189892 date "2019-01-01" @default.
• W2942189892 modified "2023-09-27" @default.
• W2942189892 title "Feasible Solar Applications for Brines Disposal in Desalination Plants" @default.
• W2942189892 cites W1504530583 @default.
• W2942189892 cites W1514680212 @default.
• W2942189892 cites W1520714299 @default.
• W2942189892 cites W1571067560 @default.
• W2942189892 cites W1977562915 @default.
• W2942189892 cites W1979492568 @default.
• W2942189892 cites W1982242733 @default.
• W2942189892 cites W1983229008 @default.
• W2942189892 cites W1983622780 @default.
• W2942189892 cites W1984577302 @default.
• W2942189892 cites W1984937302 @default.
• W2942189892 cites W1989829576 @default.
• W2942189892 cites W1990922349 @default.
• W2942189892 cites W1993208408 @default.
• W2942189892 cites W1996624883 @default.
• W2942189892 cites W2002748446 @default.
• W2942189892 cites W2004033531 @default.
• W2942189892 cites W2007233427 @default.
• W2942189892 cites W2007749905 @default.
• W2942189892 cites W2011546891 @default.
• W2942189892 cites W2014936602 @default.
• W2942189892 cites W2020325424 @default.
• W2942189892 cites W2024012765 @default.
• W2942189892 cites W2024724984 @default.
• W2942189892 cites W2026646376 @default.
• W2942189892 cites W2029205199 @default.
• W2942189892 cites W2034849332 @default.
• W2942189892 cites W2036926228 @default.
• W2942189892 cites W2041688029 @default.
• W2942189892 cites W2042230435 @default.
• W2942189892 cites W2044838766 @default.
• W2942189892 cites W2046052750 @default.
• W2942189892 cites W2055638681 @default.
• W2942189892 cites W2059448578 @default.
• W2942189892 cites W2059480188 @default.
• W2942189892 cites W2061375930 @default.
• W2942189892 cites W2063333775 @default.
• W2942189892 cites W2064172706 @default.
• W2942189892 cites W2066298506 @default.
• W2942189892 cites W2067790274 @default.
• W2942189892 cites W2067874315 @default.
• W2942189892 cites W2069336825 @default.
• W2942189892 cites W2074235169 @default.
• W2942189892 cites W2075676482 @default.
• W2942189892 cites W2081648565 @default.
• W2942189892 cites W2082449870 @default.
• W2942189892 cites W2083013890 @default.
• W2942189892 cites W2085703611 @default.
• W2942189892 cites W2087943606 @default.
• W2942189892 cites W2092150402 @default.
• W2942189892 cites W2092635009 @default.
• W2942189892 cites W2110446209 @default.
• W2942189892 cites W2115135331 @default.
• W2942189892 cites W2118127628 @default.
• W2942189892 cites W2121397451 @default.
• W2942189892 cites W2130091784 @default.
• W2942189892 cites W2130715736 @default.
• W2942189892 cites W2132315869 @default.
• W2942189892 cites W2145311720 @default.
• W2942189892 cites W2149933731 @default.
• W2942189892 cites W2158512647 @default.
• W2942189892 cites W2162929830 @default.
• W2942189892 cites W2164522454 @default.
• W2942189892 cites W2167157362 @default.
• W2942189892 cites W2171683504 @default.
• W2942189892 cites W2280571155 @default.
• W2942189892 cites W2288110097 @default.
• W2942189892 cites W2305500728 @default.
• W2942189892 cites W2338806284 @default.
• W2942189892 cites W2342164152 @default.
• W2942189892 cites W2346169834 @default.
• W2942189892 cites W2417511329 @default.
• W2942189892 cites W2432854418 @default.
• W2942189892 cites W2467328031 @default.
• W2942189892 cites W2517972527 @default.
• W2942189892 cites W2544056732 @default.
• W2942189892 cites W2564580481 @default.
• W2942189892 cites W2585431846 @default.
• W2942189892 cites W2607298419 @default.
• W2942189892 cites W4239860863 @default.
• W2942189892 cites W4249134229 @default.
• W2942189892 cites W4250156070 @default.
• W2942189892 doi "https://doi.org/10.1007/978-981-13-6887-5_2" @default.
• W2942189892 hasPublicationYear "2019" @default.
• W2942189892 type Work @default.
• W2942189892 sameAs 2942189892 @default.
• W2942189892 citedByCount "5" @default.
• W2942189892 countsByYear W29421898922021 @default.
• W2942189892 countsByYear W29421898922022 @default.
• W2942189892 countsByYear W29421898922023 @default.

• next