Steam generation wetness factor and flow rate increases
Steam generation wetness factor and flow rate increases
(OP)
Dear sirs,
I'm looking for some references here. I am investigating a steam generator which is subject to rapid changes in steam generation rates. I'd like to understand what is the best technlogy to evaluate to manage these rates of change such that they done create wet steam and what are the typical design criteras used...
ie superheat..., demister type/seperator type.
we dont have a similar grade heat to the steam we use to superheating maybe complex ?.. but i've thought it may be the most likely to succeed.
I'm looking for some references here. I am investigating a steam generator which is subject to rapid changes in steam generation rates. I'd like to understand what is the best technlogy to evaluate to manage these rates of change such that they done create wet steam and what are the typical design criteras used...
ie superheat..., demister type/seperator type.
we dont have a similar grade heat to the steam we use to superheating maybe complex ?.. but i've thought it may be the most likely to succeed.





RE: Steam generation wetness factor and flow rate increases
If the steam is being used for heating - process or space - you very much do not want superheat.
RE: Steam generation wetness factor and flow rate increases
Approx steam is for heating and process use.
APPROX 40/50 te/hr in 5-10 minutes
RE: Steam generation wetness factor and flow rate increases
rmw