trevorjohnson83
Gold Member
- Nov 24, 2015
- 1,446
- 168
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Two new ideas from me, in case you weren't following my other thread here's a synopsis;
1. A system similar to a Rankine system where waste steam is condensed into how water and re-used. So the steam from a boiler enters the hot side of a heat exchanger, the cold side is water under a vacuum that lowers the boiling point to 150 f. The steam on the hot side condenses back into water and is re used in the boiler, the water that has vaporized on the cold side acts on a turbine like the one in the picture below. The water at 150 f boiling point goes through the hot side of heat exchanger and transfers heat to the cold side which is now at 100 f boiling point and the process repeats until most of the heat is extracted. The last stage the water is pumped out and replaced with colder water to save time and speed up the overall process.
2. Simple idea, use glass mirrors and insulation around the heat source under a boiler to contain the heat. Estimated efficiency improvement of 5-15%.
also my turbine invention was declared novel by the computer, no history of it at least, the one in the picture below, and 70-95% efficient estimate
There also is an efficiency increase using a smaller boiler says the computer which would be appropriate with the turbine in the picture.
1. A system similar to a Rankine system where waste steam is condensed into how water and re-used. So the steam from a boiler enters the hot side of a heat exchanger, the cold side is water under a vacuum that lowers the boiling point to 150 f. The steam on the hot side condenses back into water and is re used in the boiler, the water that has vaporized on the cold side acts on a turbine like the one in the picture below. The water at 150 f boiling point goes through the hot side of heat exchanger and transfers heat to the cold side which is now at 100 f boiling point and the process repeats until most of the heat is extracted. The last stage the water is pumped out and replaced with colder water to save time and speed up the overall process.
2. Simple idea, use glass mirrors and insulation around the heat source under a boiler to contain the heat. Estimated efficiency improvement of 5-15%.
also my turbine invention was declared novel by the computer, no history of it at least, the one in the picture below, and 70-95% efficient estimate
There also is an efficiency increase using a smaller boiler says the computer which would be appropriate with the turbine in the picture.

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