Hello,


I write to ask for help and share information.

I do so after completing a working model that is innovative in turbine power generation.

DaS (Dad and Sons) technology converts a gas bar pressure into water pressure of same value feeding directly into a Francis hydro turbine.

For each one litre of water flow per second at nine bar pressure it produces 720 watts, this doubles at doubling of either gas bar pressure or litres flow per second.

Water/gas at a temperature of 550c has 175 bar pressure, where as Co2 at 70c has 10,000 bar pressure.

Co2 at temperature of 31c has less than 100 bar pressure, and Co2 at temperature of 70c has 10,000 bar pressure.

Thus a working bar gas pressure of 9,900 exists between 31c and 70c.

Thus for each 1 degree Celsius increase above 31c provides 253.8461 bar pressure.

253.8461 gas bar pressure at 1 litre per second generates 20.307 Kilowatts.

By-product of water movement within the DaS Generator is a compressor.

What I dont know is size of the orifice Co2 gas at 1 one litre per second must be compressed through into the condensor to lower its temperature by 1 degree Celsius.

It would be great to know of such, and even more so if a qualified Refridgeration Engineer could assist in return for as agreed.

Thank you for reading my request.

Peter