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• W4386574332 endingPage "108884" @default.
• W4386574332 startingPage "108884" @default.
• W4386574332 abstract "Hydrogen, the most prominent green energy source, is considered as the next-generation fuel that can replace the current nonrenewable energy sources to realize a sustainable development. However, despite extensive research, a sustainable natural feedstock for water electrolyzers has not yet been found. Moreover, the overuse of high-purity water as feedstock can cause freshwater scarcity in the long run. In addition, the extremely harsh conditions of a highly acidic or basic electrolytic medium in modern electrolyzers restrict the type of electrodes, electrolyzer material, and separator that can be used, thereby increasing the cost of the electrolyzer system. Hence, the use of an abundantly available neutral electrolyte, e.g. “seawater,” as a feedstock for electrolyzers has received considerable research attention in recent years. Still, direct splitting of non- manipulated seawater is difficult, owing to the presence of concentrated Cl− ions and the neutral, unbuffered nature of the electrolytic medium (seawater). Different alternative methods have been explored in the literature to achieve progress in seawater splitting. Methods based on developments in the electroactive catalytic material, using additives in the electrolyte, and applying various chlorine-resistant overlayer coatings, presents numerous handicapping maintenance, scalability and applicability challenges. Therefore, new scientific and technological developments are highly required for the direct splitting of seawater to achieve hydrogen sustainably. In this review, we provide a much-needed and relevant perspective on the rapidly expanding research field of electrocatalytic hydrogen production, by analyzing the various obstacles in advancing the uncharted path from the current corrosive half-cell electrolytic systems to the future desired direct seawater splitting technologies. With the advent of the novel electrocatalysts discussed in this review, direct seawater splitting can now be realized, and thus outdates the previous price analysis which questions the scalability of direct seawater splitting. Our study provides an overview of the basics of electrocatalytic water splitting, requirements of an electrocatalyst for performing bifunctional overall water splitting, finally focusing on the dream and need for neutral water, direct seawater splitting, as well as its associated great challenges and current progress in the field." @default.
• W4386574332 created "2023-09-10" @default.
• W4386574332 creator A5010004206 @default.
• W4386574332 creator A5081316368 @default.
• W4386574332 date "2023-12-01" @default.
• W4386574332 modified "2023-09-27" @default.
• W4386574332 title "Why Today’s “Water” in Water Splitting is not Natural Water? Critical up-to-date Perspective and Future Challenges for Direct SeaWater Splitting" @default.
• W4386574332 cites W2067004573 @default.
• W4386574332 cites W2077366222 @default.
• W4386574332 cites W2180337085 @default.
• W4386574332 cites W2302983438 @default.
• W4386574332 cites W2304799491 @default.
• W4386574332 cites W2314593214 @default.
• W4386574332 cites W2341944895 @default.
• W4386574332 cites W2411919296 @default.
• W4386574332 cites W2427950508 @default.
• W4386574332 cites W2557260273 @default.
• W4386574332 cites W2565244115 @default.
• W4386574332 cites W2575823937 @default.
• W4386574332 cites W2586894484 @default.
• W4386574332 cites W2601225465 @default.
• W4386574332 cites W2607286715 @default.
• W4386574332 cites W2609682271 @default.
• W4386574332 cites W2613467284 @default.
• W4386574332 cites W2613955866 @default.
• W4386574332 cites W2616800467 @default.
• W4386574332 cites W2736337426 @default.
• W4386574332 cites W2749859437 @default.
• W4386574332 cites W2750136410 @default.
• W4386574332 cites W2750284817 @default.
• W4386574332 cites W2756370531 @default.
• W4386574332 cites W2767037416 @default.
• W4386574332 cites W2767670999 @default.
• W4386574332 cites W2787097908 @default.
• W4386574332 cites W2790511133 @default.
• W4386574332 cites W2795092870 @default.
• W4386574332 cites W2800498045 @default.
• W4386574332 cites W2883946221 @default.
• W4386574332 cites W2889818263 @default.
• W4386574332 cites W2892341628 @default.
• W4386574332 cites W2894870637 @default.
• W4386574332 cites W2896858547 @default.
• W4386574332 cites W2899342562 @default.
• W4386574332 cites W2900396698 @default.
• W4386574332 cites W2901897292 @default.
• W4386574332 cites W2902208074 @default.
• W4386574332 cites W2903890094 @default.
• W4386574332 cites W2910472267 @default.
• W4386574332 cites W2911278118 @default.
• W4386574332 cites W2914380379 @default.
• W4386574332 cites W2923120862 @default.
• W4386574332 cites W2923383201 @default.
• W4386574332 cites W2930811285 @default.
• W4386574332 cites W2936093182 @default.
• W4386574332 cites W2936478139 @default.
• W4386574332 cites W2942336392 @default.
• W4386574332 cites W2943176387 @default.
• W4386574332 cites W2947191083 @default.
• W4386574332 cites W2947493776 @default.
• W4386574332 cites W2948547570 @default.
• W4386574332 cites W2949260002 @default.
• W4386574332 cites W2952514118 @default.
• W4386574332 cites W2953801922 @default.
• W4386574332 cites W2972951768 @default.
• W4386574332 cites W2973087780 @default.
• W4386574332 cites W2980233162 @default.
• W4386574332 cites W2984320311 @default.
• W4386574332 cites W2987286732 @default.
• W4386574332 cites W2989649154 @default.
• W4386574332 cites W2991198541 @default.
• W4386574332 cites W3003804278 @default.
• W4386574332 cites W3005830493 @default.
• W4386574332 cites W3006115260 @default.
• W4386574332 cites W3015589486 @default.
• W4386574332 cites W3015942150 @default.
• W4386574332 cites W3016923610 @default.
• W4386574332 cites W3016993908 @default.
• W4386574332 cites W3017309771 @default.
• W4386574332 cites W3019732720 @default.
• W4386574332 cites W3034001092 @default.
• W4386574332 cites W3036842271 @default.
• W4386574332 cites W3039376160 @default.
• W4386574332 cites W3040856816 @default.
• W4386574332 cites W3045737506 @default.
• W4386574332 cites W3089741812 @default.
• W4386574332 cites W3089798120 @default.
• W4386574332 cites W3090446070 @default.
• W4386574332 cites W3095015225 @default.
• W4386574332 cites W3095462421 @default.
• W4386574332 cites W3098950522 @default.
• W4386574332 cites W3120641539 @default.
• W4386574332 cites W3126746354 @default.
• W4386574332 cites W3134689669 @default.
• W4386574332 cites W3158357268 @default.
• W4386574332 cites W3167390323 @default.
• W4386574332 cites W3168464036 @default.
• W4386574332 cites W3171647639 @default.
• W4386574332 cites W3172103306 @default.

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