How to reproduce this experiment The CFR project is a High Temperature Plasma Electrolysis fully based on the Tadahiko Mizuno experiment from the university of Hokkaido in Japan. This is a very interesting experiment and its implication can be a real breakthrough in the field of New and Clean energy source…. The enhanced CFR is composed of a 2000 mL thermostatic reaction vessel filled with 800 mL of demineralized water and Potassium Carbonate ( K2CO3 ). The electrolyte solution commonly used is 0.5 molar ( 0.5 M ). There are three temperature probes ( K probe or PT100 ). Two probes are used for measuring the temperature of the cooling water (Temp In and Temp Out ), and one probe is used for measuring the temperature of the electrolyte solution. You need also to use a flowmeter to measure the cooling water flow. The Cathode used is a 4 mm tungsten rod. The tungsten rod can be a pure tungsten rod or a Th-loaded tungsten TIG electrode (WT20) (with thorium oxide ThO2: 1.70% to 2.20% ) commonly used for plasma welding. The use of a Th-loaded rod increases the life of your cathod. The sputtering effect produced by the thermionic emission is lower with a Th-loaded rod than with a pure tungsten rod. The anode used is composed of stainless steel mesh ( a grid ) maintained with stainless steel rods. If you have planned to conduct some chemical analysis, I recommend you to use a grid made with platinum or nickel . All the wires connections are made with a 1.5 mm2 copper flexible …
25 Responses
@bloomingdedalus
The Electrolysis of heavy water is highly connected to the idea of cold fusion. Study before you question!
@jenkem23 That’s much better, I understand. And yes I agree. With any type of energy transfer there is a loss of energy compared with the input and output. Yet you have to remember that Nuclear energy does much the same we just said can’t happen (more energy from little input)
@AcidRaZor ok ill say again. its not difficult to understand. electrolysis consumes energy. electrolysis does not generate energy. if you recombine the products of electrolysis, you will get back LESS energy than it took to electrolyze. you lose energy. every time. no exceptions.
You use the steam produced to power a turbine thus creating electricity. Now depending on how much energy is consumed in the initial process as compared to how much can be created from the steam produced, this might be practical. Use the steam for something useful
@jenkem23 I have to interject. Anything that consumes a type of energy (whatever it may be) has some kind of output or consequence to it. You eat food, you have energy to keep breathing. You light a fire (which burns fuel) to create heat *energy*. So how does electrolysis consume electricity but have no (none, zero, zilch, nada) effect on anything whatsoever? Energy, in any form, gets exchanged and transformed into other types of energy. Fire + water = steam = mechanical energy and so forth
im sick of crackpots posting shit like this. who do they think they are fooling.
ELECTROLYSIS IS NOT COLD FUSION. ELECTROLYSIS CONSUMES ELECTRICITY AND GENERATES NONE. ZERO. ZILCH. NADA
@tinotrivino no it doesnt. get a basic education
haaaaaaaaaaaa ???? explaine please
@HYPERCOOLQ thanks for the info I really don’t know much about this stuff.
so wait… what the fuck just happened
@bloomingdedalus i like how there are more thumbs up for the bong comment
O_O i wnna touch :3
@bloomingdedalus but it has got the same principles!
@cmillerpa33 This thing doesn’t generate energy, it eats energy, this is electrolysis. When two nuclei are fusing, energy is generated from mass, to fuse them without high temperature you woud need very very high pressure, the generated energy coud not escape in this circumstances, and it woud warm up, so I don’t think cold fusion will be ever possible for generating usable energy, but who knows.
@williamwallus
what is the voltage coming off that?
That was amazing. What was the high pitched hum and what was causing it
i really don’t care if cold fusion is fusion at all. If it can generate a significant amount of energy it can be called shit and still be an awesome advancement in energy production.
@santo4uall Water has resistance (even with electrolytes), resistance generates heat, heat produces gas, gas produces plasma, plasma produces arcing.
I don’t know what you’re saying.
@bloomingdedalus WRONG (YOU ARE RIGHT IN A WAY BUT THEY CANNOT EXPLAIN HOW WLWCTROLYSIS MULTIPLIIES IN WATER)
@kanli808 No, not personally, but I have no doubt that increasing the voltage enough and adding electrolytes would cause visible arcing.
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@bloomingdedalus, have you ever seen an “electrolysis of water” do that??
@sandsphere I want to perform the mass spectrometry of the final product myself.
@bloomingdedalus thats heavy water bro
This kind of makes sense. If you use heavy water in this experiment, and you were to cavitate the heavy water , and then slam it back through phase change, you could get some extreme pointlike compression, shockwaves… these could cause a fusion effect… who knows if this is real until you test it yourself.