Intro Organic Rankine Cycle

[@johnhenry8870]

Thank You so much for clear explanation about ORC

[@decayingsofacinema-relaxin6072]

like your intro~ thanks~

[@christopherchoa]

Thanks for the upload.

[@jegan2381]

Excellent ❤. Can you help me to locate Refprop tool. What are the ways to improve thermal efficiency, power output. After listening to your lecture, possible ways came to my mind 1. Choice of refrigerant 2. Process parameter change 3. Equipment efficiency improvement. Pls suggest other ways to optimise ORC, thanks a lot.

[@randallmanteufel6411]

search "Refprop", student version is called mini-refprop with limited capability is free (or had been in the past) trc.nist.gov/refprop/MINIREF/MINIREF.HTM

[@MrPounal]

teacher does refrigerant steam dense as water ? am making a steam engine i want to use refrigerant as the working liquid can you tell me which one can i use at what temperature ?

[@punittakodara2897]

Thank you sir!! What happens in case CO2 is used in organic rankine cycle? Co2 cannot be liquified So is it compressed or what?? Thankx

[@user-py9cy1sy9u]

CO2 cannot be liquefied in atmospheric pressure but it can be in higher pressures

[@punittakodara2897]

Sir how to maintain refrigerant in liquid state in resorvoir?? As all the refrigerant are in gaseous state... Thanks!!!

[@randallmanteufel6411]

Punit Takodara Refrigerants are often liquefied by increasing the refrigerant pressure and cooling. At high pressures the refrigerant can be cooled below the saturation temperature, so that it goes into liquid state.

[@abdulrahmanw749]

what's the name of the software is he using?

[@arturvalsi]

Thanks for the good lecture!

[@Jatinsachdeva12]

How to plot graphs in Refprop. Can You guide me ?

[@tylerkstevens]

The software is called EES, (Engineering Equation Solver)

[@Rohit-xu3ie]

12:40 Isopentane