Jump to content



Featured Articles

Check out the latest featured articles.

File Library

Check out the latest downloads available in the File Library.

New Article

Product Viscosity vs. Shear

Featured File

Vertical Tank Selection

New Blog Entry

Low Flow in Pipes- posted in Ankur's blog

Power Cycle Components / Processes Analysis ...


This topic has been archived. This means that you cannot reply to this topic.
3 replies to this topic
Share this topic:
| More

#1 engware

engware

    Gold Member

  • Members
  • 154 posts

Posted 18 June 2006 - 11:37 AM

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.










#2 Adriaan

Adriaan

    Gold Member

  • Members
  • 118 posts

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 you

you

    Junior Member

  • Members
  • 19 posts

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

#4 engware

engware

    Gold Member

  • Members
  • 154 posts

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




Similar Topics