Low heat source electric generator

[DaS Energy]

 
Carbon Dioxide the weirdest gas ever. Begins as a block of Dry-Ice. Heat increase changes to gas, then to liquid, then to gas, then to Dry-Ice. It’s the only gas that behaves like liquid.

The energies of CO2 are thousands times greater than Steam.
Energy as a force is measure in bar, one bar being the equivalent of 14.2 PSI or one atmosphere. [/size]
[/size]
CO2 gas at temperature above 31.2* will not convert to liquid no matter what compression is applied.[/size]
One litre of Water, Steam or Gas per second at 9 bar pressure passing through a turbine generator produces 720 watts. Any increase in bar pressure or volume per second increases the wattage output.[/size]
Working from a base line of 0* Celsius Steam is beginning to format 100*C whilst CO2 has already reached 7,000 bar.

The attached diagram operates in two different mode, the first below 31.2*C using the cooling loop of a fridge to cool the hot gas before going to the compressor which squeezes the gas into liquid before feeding it back in heating point.

The other uses a boiler and exploits the fact CO2 at temperature above 31.2*C formats into Dry-Ice. At 100*C it’s 50/50. 50% Dry-Ice coats boiler ceiling and wall and the other 50% remains high pressure hot gas.
This design does away with the fridge cooling loop and instead exploits the Dry-Ice field constant in the boiler.
CO2 though gas but behaving like liquid is force drained from the bottom of the Boiler then piped back through the Dry-Ice field which cools the CO2 gas back to liquid. Hot gas exiting the Boiler forces the cold liquid at the same pressure as the gas exiting the boiler. The cold liquid at force then drives a Hydro turbine which empties into a screw pump Boiler feed. The technology is fully sealed and 100% recycling.[/size]

[bugler]

Where did you get this information.


It sounds quite interesting.

[DaS Energy]

 Hello Bugler,

The design shown is our own work (Dad and Sons) DaS.

All information is Web available. See web site How Stuff Works. - Fridge.

Einstein developed the absorption fridge which has a Boiler. Kevinator added a compressor.

In a electric fridge the compressor picks up the cool refrigerant (CO2 now being R744) and forces it through a restrictor plate, this forcing of refrigerant also occurs in absorption refrigeration.

All we did was remove the restrictor plate and replace with a turbine. Then changed things so the compressor in place of feeding to the restrictor plate feeds direct to the boiler which feeds to the turbine.

The compressor is our own work, its an exension of the turbine shaft and is threaded. To reduce friction a small amount of water is carried on the threads making a seal behind the gas being compressed. The water does bot go into the boiler but drops out prior, flows back and is again picked up by the shaft thread. This creates if you like a pulse compressor. 

The temperature pressure diagram of CO2 is linked below.

Peter

http://i1225.photobucket.com/albums/ee397/DaSEnergy/290px-Carbon_dioxide_pressure-temperature_phase_diagram_svg.png

http://i1225.photobucket.com/albums/ee397/DaSEnergy/CO2Critical.png

[markdansie]

 I know of a thermal superconductor that might improve it further. drop me an email.
I am wondering if you have calculated the thermal to wok equation


kind regards
markdansie@gmail.com

[markdansie]

I have a silly question, what is the energy needed to keep the dry ice at temperature. can it wok at a higher temp if your thermal heat was higher


kind reards
mark