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www.Clean-WorldeEnergies.de - An experiment with a hydrogen plasma tube
The aim of this project is to determine whether a hydrogen plasma reactor can be used as a heater.
the hydrogen plasma reactor
The reactor is surrounded by water. The water heats up and offer protection in case of malfunction of the reactor. The reactor runs in a closed circuit.
The water temperature is currently 11 degrees Celsius.
The reactor runs in a closed circuit.
The water is pumped by a pump in a circuit through the reactor.
It is saving water.
The electrical input power is between 100 and 1500 watts.
70 - 240 Volt DC
The reaction begins slowly
At this time, the current consumption is highest.
When the water temperature rises, the power consumption of the reactor decreases.
The plasma flame is more intense, if more current flows
The positive electrode is made of nickel wire DIN 201 into a spiral wound
The negative electrode consists of a solid tungsten rod with a 4 mm diameter. The distance between the two electrodes is about 8 mm.
If the operating temperature is reached, the plasma flame burns much cleaner.
A minimum of 54 degrees Celsius to be achieved. Depending on the reactor design, but also 60 degrees are required.
Here the reactor just reached the 54 degree mark.
From this moment, the current consumption is reduced to about half.
This trial has been going on for an hour
The plasma is very stable and the system is working better than expected.
The system runs exactly as we want.
The water temperature is now 60 degrees Celsius
The plasma color has changed significantly.
The light color is similar to a light bulb.
In this state, the reactor could now work for days.
Now it's dark. Here you can see the flame very well.
The light is very bright, the current consumption is about 500 watts.
The water is only a few grams of potassium, ion exchange to allow.
There are no additives such as magnesium or something similar that the lights could be enhanced.
We will now increase the power to see what happens.
The power is here increased from 300 watts to 700 watts.
The light is so bright that you should not look into it without sunglasses.
The interesting point, however, the amount of hydrogen that is produced here.
To determine the amount, however, is part of a further experiment.
This is an open source project of the Clean World Energies GmbH
More information at www.clean-world-energies.de
Vielen Dank für Ihr Interesse. Angeregt zu diesem Experiment wurden wir durch die veröffentlichten Arbeiten von Herrn Uli Schumacher und Dr. Theo Almeida Murphy, denen wir hier noch einmal ausdrücklich danken möchten. info@clean-world-energies.de