OverUnity Prize > Devices applied for the OU prize

Gas, Heat, Water and Hydro. Overunity cant be escaped.

(1/2) > >>

DaS Energy:
1 litre of 9 bar water pressure per second hydro produces 720 watts.
It takes 0.076KW to heat 1 litre of water 1*C in one minute.                             
                         xx
4.56 KW heats 1 litre of water 1*C per second.
1 litre 57 bar water pressure per second produces 4.56 Kilowatts.
                         xx
Carbon Dioxide – CO2 draws its heating from water, a 100% exchange.
CO2 at +40*C has 100 bar pressure.
CO2 at +80C has 10,000 bar pressure.
                         xx
247 bar pressure increase for each 1 degree Celsius of heating.
247 bar pressure to one litre of water per second produces 19.76 Kilowatts.
This is 15 Kilowatts more than needed to heat the water, heating the CO2 which pushes the water driving the hydro turbine.

lancaIV:
                                                       An old idea,refered also by detailed numbers :
         http://worldwide.espacenet.com/searchResults?compact=false&PN=wo8300358&ST=advanced&locale=en_EP&DB=EPODOC


Sincerely
            OCWL

DaS Energy:
Hello lancaIV,

Sorry, cant see any correlation at all.    No mention of an 82% efficient hydro turbine to produce 720 watts for every litre per second of water at 9 bar pressure. No mention of heating water to heat the CO2.  No mention of a condenser for cooling the CO2. No mention of CO2 being the force behind the water movement.

Regards

Peter

lancaIV:
                                      a.        10-12 degrees temperature difference : no more as energy source
                                      b.         -271 degrees as density phenomen


Sincerely
             OCWL

DaS Energy:
Hello lancaIV,

That you say is not coming up on the patent copy they download to me.
Could you do a cut and paste please of it saying "10-12 degrees temperature difference : no more as energy source" " -271 degrees as density phenomen"

Regards

Peter

Navigation

[0] Message Index

[#] Next page

Go to full version