Talk:Binary cycle

message: I don't know if it is strictly necessary the bold in the statement "hence, binary cycle".
In general congratulations for the article.
--Fabio.quaglieri (talk) 12:58, 1 July 2022 (UTC)
thread_title:  just for the format 

message: The article claims that Studies have shown that the thermal efficiencies of 50 or more percent are achievable with the use of binary vapor cycles. This appears to violate Carnot's rule (that is, it is thermodynamically impossible). If the wording is intended to mean something different, it should be more accurately phrased. Otherwise, it should be removed. --Pakaraki (talk) 08:36, 8 August 2016 (UTC)
thread_title:  Achievable efficiency 

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thread_title:  External links modified 

message: In general a good article, both from the structural and contents point of view. I'm an energy engineer ;)
I would leave a couple of suggestions:
* The comparison of the different ways to define efficiency was very well appreciated. Since you said that the first law efficiency is low because of the low maximum temperature of the cycle, I would add at the end of the paragraph about the second law efficiency that in fact the II law efficiency is the best way to characterize the performances of the cycle, because it doesn't give much weight to the values of temperature (which are given by nature!)
* Maybe I would add an image about the "inverse U" dome shape, so that it is more clear what do you mean (I know what it is, but maybe others don't). Maybe it could be interesting to draw an example of a cycle in the Ts chart, and describe it.
Good job overall! Marcofici (talk) 13:10, 1 July 2022 (UTC)
thread_title:  Review by Marcofici - Wikipedia course PoliMi 

message: your article really made me curious, well done. And embedding the wiki link in right place is very helpful
Here my suggestions 
* I would prefer moving History as the first heading and the second one as a working principle (Introduction)
* if you provide the temperature range of Primary cycles, temperature and vapor pressure in secondary cycles would be more informative 
* Duel pressure, I'm not clearly got where the two pressure and two temperature are located in the cycle
   
Well done! Niranjan (Niranjan) 14:05, 1 July 2022 (UTC)
thread_title:  Review by Niranjan - Wikipedia course PoliMi 

message: The following observations and suggestions for improvements were collected, following expert review of the article within the Science, Technology, Society and Wikipedia course at the Politecnico di Milano, in June 2022.
The Wiki page is well organized and not too long. Of course any section can be largely expanded but maybe it is out of the scope for this task. I have just a couple of considerations:
- in plant scheme and equations where is point b gone? (I think it is the temperature of the geofluid at pinch point in the PHE but I suggest to change c in b.)
- carnot efficiency is not a proper term of comperison for a geothermal power plant. In fact the heat source is not isothermal and it would be better to refer to trinagular cycle lorenz efficiency. This allows to also express second law efficiency as etaII=etacycle/etaideal (while using carnot efficiency you get a result different from W/Dex)
- regarding history of ORC I suggest this reference: 2 - History of Organic Rankine Cycle systems, L.Y. Bronicki in book Organic Rankine Cycle (ORC) Power Systems, Technologies and Applications
- reagrding market of ORC you can find info here: https://mediatum.ub.tum.de/doc/1636584/1636584.pdf
--BarettoDiArchitettura (talk) 08:38, 21 July 2022 (UTC)
thread_title:  Observations and suggestions for improvements