In this work, we are examining heat transfer during the pool boiling of binary mixtures. Pool boling is one of the more efficient and manageable heat transfer mechanisms due to the smaller temperature difference between the liquid and the heating surface. However, since there are many different parameters involved in the process that are not easily determinable, heat transfer during boiling is an extremely complex process, and there are no theoretical models that accurately and definitively describe this process. We have compiled a review of 7 different correlation models for determining the heat transfer coefficient in pool boiling of binary mixtures. We created a database of measurements for 13 binary mixtures, which we then presented graphically. The measurements are shown at different pressures and different heat flux densities and also by different fractions of components. The analysis of reference measurements shows us the key parameters that affect the heat transfer coefficient.
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