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- W4313550176 endingPage "100319" @default.
- W4313550176 startingPage "100319" @default.
- W4313550176 abstract "Global water pollution and scarcity issues have harmed people's ability to live a healthy lifestyle in a variety of ways. Groundwater resources are depleting at an alarming rate, necessitating immediate action to solve the issue of water scarcity. Conventional methods of solar steam generation (SSG), such as concentrated solar power, suspended nanofluid system, and direct solar steam generation, are all very energy intensive, produce subpar water yields, have low solar conversion efficiencies, and are prohibitively expensive for a large-scale production. Interfacial SSG is a renowned technology in the field of energy harvesting and green technologies. It aims to alleviate energy shortages and water pollution, as well as increase the pace of desalination of salt water and the production of fresh water, while reducing costs. In a solar-powered steam generation system, the introduction of hybrid nanomaterials, with low thermal conductivity and a super-hydrophilic nature, allows for optimal absorption of bandwidth, boosts localized heating, which lowers heat loss and improves photothermal conversion efficiency. This study focuses on recent developments in the SSG using hybrid nanomaterials to address global water pollution and shortage. It draws attention to the most recent innovations as well as critical gaps in the field. This review contributes to the development of unique designs and cutting-edge hybrid nanomaterials, which in turn reduce costs and improve performance." @default.
- W4313550176 created "2023-01-06" @default.
- W4313550176 creator A5013099495 @default.
- W4313550176 creator A5045264049 @default.
- W4313550176 creator A5062553985 @default.
- W4313550176 date "2023-03-01" @default.
- W4313550176 modified "2023-10-15" @default.
- W4313550176 title "Solar steam generation using hybrid nanomaterials to address global environmental pollution and water shortage crisis" @default.
- W4313550176 cites W1570078846 @default.
- W4313550176 cites W1827783170 @default.
- W4313550176 cites W1986549078 @default.
- W4313550176 cites W2000533156 @default.
- W4313550176 cites W2001842168 @default.
- W4313550176 cites W2039837240 @default.
- W4313550176 cites W2085516621 @default.
- W4313550176 cites W2096623033 @default.
- W4313550176 cites W2132814676 @default.
- W4313550176 cites W2133331142 @default.
- W4313550176 cites W2165500473 @default.
- W4313550176 cites W2290508795 @default.
- W4313550176 cites W2341402692 @default.
- W4313550176 cites W2509137708 @default.
- W4313550176 cites W2601154880 @default.
- W4313550176 cites W2752046694 @default.
- W4313550176 cites W2777892100 @default.
- W4313550176 cites W2784844357 @default.
- W4313550176 cites W2789128101 @default.
- W4313550176 cites W2794465913 @default.
- W4313550176 cites W2808668770 @default.
- W4313550176 cites W2902365129 @default.
- W4313550176 cites W2903659781 @default.
- W4313550176 cites W2912631182 @default.
- W4313550176 cites W2922228606 @default.
- W4313550176 cites W2945186995 @default.
- W4313550176 cites W2945406828 @default.
- W4313550176 cites W2947446261 @default.
- W4313550176 cites W2948594151 @default.
- W4313550176 cites W2951117599 @default.
- W4313550176 cites W2960882361 @default.
- W4313550176 cites W2962884206 @default.
- W4313550176 cites W2966722893 @default.
- W4313550176 cites W2967367186 @default.
- W4313550176 cites W2969383111 @default.
- W4313550176 cites W2971665411 @default.
- W4313550176 cites W2979459951 @default.
- W4313550176 cites W2981506055 @default.
- W4313550176 cites W2996806454 @default.
- W4313550176 cites W2996902948 @default.
- W4313550176 cites W2999932179 @default.
- W4313550176 cites W3000302088 @default.
- W4313550176 cites W3007421275 @default.
- W4313550176 cites W3010297991 @default.
- W4313550176 cites W3010763246 @default.
- W4313550176 cites W3013937462 @default.
- W4313550176 cites W3017109244 @default.
- W4313550176 cites W3021866032 @default.
- W4313550176 cites W3039549692 @default.
- W4313550176 cites W3040919271 @default.
- W4313550176 cites W3041961552 @default.
- W4313550176 cites W3049423952 @default.
- W4313550176 cites W3088468777 @default.
- W4313550176 cites W3088619300 @default.
- W4313550176 cites W3089454311 @default.
- W4313550176 cites W3099090366 @default.
- W4313550176 cites W3100245300 @default.
- W4313550176 cites W3114366180 @default.
- W4313550176 cites W3144049878 @default.
- W4313550176 cites W3155347286 @default.
- W4313550176 cites W3155742318 @default.
- W4313550176 cites W3157901629 @default.
- W4313550176 cites W3159931679 @default.
- W4313550176 cites W3161874770 @default.
- W4313550176 cites W3162365953 @default.
- W4313550176 cites W3162538689 @default.
- W4313550176 cites W3174158385 @default.
- W4313550176 cites W3174537152 @default.
- W4313550176 cites W3177496331 @default.
- W4313550176 cites W3184446944 @default.
- W4313550176 cites W3191220043 @default.
- W4313550176 cites W3193522137 @default.
- W4313550176 cites W3206706273 @default.
- W4313550176 cites W3207048351 @default.
- W4313550176 cites W3216251968 @default.
- W4313550176 cites W4200327225 @default.
- W4313550176 cites W4200406624 @default.
- W4313550176 cites W4200592521 @default.
- W4313550176 cites W4206623939 @default.
- W4313550176 cites W4212865287 @default.
- W4313550176 cites W4221061881 @default.
- W4313550176 cites W4221087927 @default.
- W4313550176 cites W4233619602 @default.
- W4313550176 cites W4241016377 @default.
- W4313550176 cites W4244870793 @default.
- W4313550176 cites W4285129733 @default.
- W4313550176 cites W4290090596 @default.
- W4313550176 cites W4298086661 @default.
- W4313550176 cites W4309773561 @default.
- W4313550176 doi "https://doi.org/10.1016/j.mtsust.2023.100319" @default.