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• W2080232590 endingPage "S1169" @default.
• W2080232590 startingPage "S1161" @default.
• W2080232590 abstract "Hot compressed water in the sub- and supercritical state exhibits exciting physical and chemical properties, which can be varied continuously from gas-like to liquid-like behaviour. Correspondingly, the solvent properties can change from non-polar behaviour as present, for example, in organic solvents to highly ionic characteristics like in salt melts. This opens up several promising opportunities for separation processes and chemical reactions. Under supercritical conditions, substantial amounts of gases and organic substances can homogeneously be mixed with water, which then can be separated by adjusting the subcritical conditions by forming additional phases. This can beneficially be combined with chemical reactions occurring in the homogeneous state leading to integrated processes, which are more effective and competitive. Three approaches to the technical application of hot compressed water are presented to show and discuss the technology, potential, technical hurdles and future research demand in this area of research and development." @default.
• W2080232590 created "2016-06-24" @default.
• W2080232590 creator A5066964861 @default.
• W2080232590 creator A5088601431 @default.
• W2080232590 date "2004-03-26" @default.
• W2080232590 modified "2023-10-17" @default.
• W2080232590 title "Hot compressed water—a suitable and sustainable solvent and reaction medium?" @default.
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• W2080232590 doi "https://doi.org/10.1088/0953-8984/16/14/026" @default.
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