Does the pressure of the heat source in an organic rankine cycle have to be higher than that of the working fluid?
It seems so from the temperature-entropy diagram of the cycle. I just wanted to make sure.
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Posted 19 March 2020 - 08:49 AM
Does the pressure of the heat source in an organic rankine cycle have to be higher than that of the working fluid?
It seems so from the temperature-entropy diagram of the cycle. I just wanted to make sure.
Posted 24 March 2020 - 10:45 AM
No. Only the temperature must be higher.
Posted 25 March 2020 - 12:17 PM
but there is a direct relation between temperature and pressure. In addition, on a T-S diagram the line presenting the heat source would be above that of the working fluid due to its higher temperature, this should mean that it is on a higher isobar, right?
Posted 30 March 2020 - 05:02 PM
No. Because the two fluids NEVER mix, only temperature governs heat transfer directionality.
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