This was my PhD in 2001: It got ended fro no explained reason, though I was offered the chance to do medical work in the US. I would really liked to have gone, but now I work as a video reporter.
I will probable append my latest social video, as I have never made a video on this stuff! Well, not for a while anyway!
We have a boiler room, where water is heated by a hot surface, heated by hot gas from a Carnot cycle. If you do not know what this is, go find a good library and loot it up!
We also have steam bubbles, all of which produces steam 20 C above the boiling point of water: Here 250 C, as we pressurize the boiler.
We take off some of the steam to recirculate the steam.
A youtube guy tried this, and found out that 20% recircualted steam will run down, hence the hot Carnot pipes.
We take off the steam, and vent it through Ti mesh. This removes all water drops, and actually heats up the steam, due to FCC molecular nuclear fusion. I knew I did a metallurgy degree for a reason!
We then take the steam, which has now left it’s salt behind, and pass it through a small turbine.
I think we may pass the steam through a double helical flow device. A fine detail we will need to look at!
After the turbine, we need to condense the steam, to produce the pressure drop for the turbine, and because water is so much easier to work with!
And is our end product here.
The cold end heats low pressure gas, and condenses the steam. When you pressurize the gas, you get concentrated energy! Or in other words, a little, hot gas.
We recover 85% of the process heat. So once started, the cycle runs unpowered.
The generated power is to drive the pumps for the process.
The end product is pure water, with no CO2 or toxic death! We do not nuclear fission, and burn no fuel.
We produce the fresh water fro free! The process may even generate excess power. Ho? It does nuclear fusion.
I converts water into He and O. Like fresh plants in the light, and water falls do today! So we convert some of the water into gas and power.
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