To All:
I would like to invite both Forum members and visitors to start a discussion on Power Cycle Components/Processes Analysis (Technical Peformance Analysis of Compression, Combustion, Expansion, Mixing, Heat Transfer etc.) -- ask questions of interest, share knowledge and experience related to Power Cycle Components/Processes Analysis.
Also, everybody is welcome to contribute to the Power Cycle Components/Processes Analysis topic.
Thanks,
Gordan
Below are a few plots related to combustion -- complete combustion of coal, oil and gas with air at standard conditions (298 [K] and 1 [atm]) with no heat loss and stoichiometric conditions.
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Power Cycle Components / Processes Analysis ...
Started by engware, Jun 18 2006 11:37 AM
3 replies to this topic
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#1
Posted 18 June 2006 - 11:37 AM
#2
Posted 18 June 2006 - 04:32 PM
One observation; many installations could get significantly more energy efficient if they were changed to allow re-superheating. This would also reduce emissions in the form of cooling water etcetera.
#3
Posted 07 December 2006 - 09:00 PM
Good ,
Did you study the difference between the pritchard cycle, cascade cycle and Teel cycle , I want to kmow te difference between the three and which is the best (efficieny) ?
and what is better the trboexpander or J-T VALVE and why?
Thank you for your answer
Did you study the difference between the pritchard cycle, cascade cycle and Teel cycle , I want to kmow te difference between the three and which is the best (efficieny) ?
and what is better the trboexpander or J-T VALVE and why?
Thank you for your answer
#4
Posted 07 December 2006 - 10:06 PM
Hi there:
I am sorry to admit, but I have not had a chance to study the mentioned power cycles.
Also, I do not have an answer to your second question.
I would suggest that you check out Wikipedia.org and/or any major Search Engine.
Thanks,
Gordan
I am sorry to admit, but I have not had a chance to study the mentioned power cycles.
Also, I do not have an answer to your second question.
I would suggest that you check out Wikipedia.org and/or any major Search Engine.
Thanks,
Gordan
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