The CSP unit can be used to create steam as the motive force for a non-positive displacement pump which uses the concept of opposing force chambers.
The steam is not recaptured, however, the amount of worked to compress air for HP air, is minimal and electrical power and chemical energy are completely forgone as a requirement.
Great video. Thanks for the follow up. Love the series.
The nozzle and the effect are a combination of an eductor which creates a "Venturi-effect".
The same principle can be used to create a pump wherein the fluid being used as a motive force, entrains another fluid into it path at the low-pressure.
The nozzle creates a temperature an pressure drop per natural relationship.
The same process is used with HP air wherein the nozzle creates a vortices; hence the name "Vortex cooling"
Very interesting!
piespokladowy 1 year ago
Sorry for the dribble above.
The CSP unit can be used to create steam as the motive force for a non-positive displacement pump which uses the concept of opposing force chambers.
The steam is not recaptured, however, the amount of worked to compress air for HP air, is minimal and electrical power and chemical energy are completely forgone as a requirement.
Great video. Thanks for the follow up. Love the series.
Frequencitee 2 years ago
Well. My comment didn't post so here goes.
The nozzle and the effect are a combination of an eductor which creates a "Venturi-effect".
The same principle can be used to create a pump wherein the fluid being used as a motive force, entrains another fluid into it path at the low-pressure.
The nozzle creates a temperature an pressure drop per natural relationship.
The same process is used with HP air wherein the nozzle creates a vortices; hence the name "Vortex cooling"
cont ==>
Frequencitee 2 years ago
Great! Off course, it'll be most effective when its most needed - when it's damned hot&sunny
cpswyl2 2 years ago