Compressing steam and water together

[pranj5]

I think its time you calculate the alleged savings before making any more claims. Use a steam chart of your choosing, maybe the h-s chart we were looking at before.

As per this http://www.criticalprocesses.com/Use%20of%20enthalpies%20to%20calculate%20energy%20needed.htm, it will take around 135.1 kJ/kg to compress steam from 2.536 kPa to 1 bar (20C saturation level to 100C saturation). And if the machine is 70% efficient, then the gross power consumption would be 193 kW for producing 1 kg/sec steam flow. And, that means the gross enthalpy stored in steam at 100C is around 2674.95 kW. Now, if we consider that the electricity comes from a 33% efficient plant, that means 193 kW of electricity equals to 579 kW of heat. If we subtract that from 2674.95, that equals to 2095.95 kW of heat. Not a bad amount at all.
All the data i have from this site.

You seem so very confident about all this. And, since you are so confident, what was your reason for starting this thread in the first place?

Simple. I just want to be more confident and want to see how much correct I am. After all, we all are human and anybody can make mistakes.

 

[RonL]

I have a question at this point, I have two books by Babcock and Wilcock (?) titled "Steam", in one they mention that super heated steam that receives heat above the super heated point, will deliver 100% of that added heat at the point of use, but that line of thermodynamics is beyond the scope of this writing. Is this the realm that is the object of this thread pranj5 ?
These are old books and if this is an already known area, why is it not in practice already ? I dismissed it as requiring equipment that exceeds practical standards, when I was trying to make that special power for a Tesla Turbine.
I have been interested in this thread and the extraordinary patients of Chestermiller (Thanks) but it's certainly well over my head.

 

[Mech_Engineer]

...that equals to 2095.95 kW of heat. Not a bad amount at all.

What would that heat then be used for?