Processing factors affecting functionality extraction

Proper understanding of solute behavior in sub-H20 systems requires evaluation of both solute-sub H2O phase behavior (particularly in engineering scale systems where solute concentrations are finite), solute solubility trends in hot pressurized water, the diffusion coefficients of solutes in water as a function of temperature and their role in facilitating mass transport, and the potential effect of pressure - often trivialized as a major factor in SWE 16) - in affecting analyte extractions fi om sample matrices via sub-H20. All of these factors ultimately impact the resultant SWE, SWF, and SWR process, reinforcing one another fortuitously as temperature is increased, leading to an increase in solute flux into the sub-H20 medium. 

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