rexresearch
Peter ZOGRAFOU [ Petros ZOGRAFOS ]
Frequency Electrolysis
http://www.hellagen.gr/



https://www.linkedin.com/pulse/breakthrough-radiowave-electrolysis-palmolysis-pure-direct-papadelos
A breakthrough in Radiowave Electrolysis (Palmolysis) for Pure Hydrogen Production and direct energy conversion.

ENERGY ANALYSIS AND DOCUMENTATION OF PALMOLYSEOS of Petros Zografos Invention.
The core of the invention is the production of hydrogen and oxygen (hydroxy) from plain refreshing water from the tap or sea using high frequency electromagnetic pulse (in Terahertz Scale). These pulses have a frequency that "coordinate" the molecule of water, resulting in its decay. Petros Zografos as an excellent electronic Engineer invented a new way to multiply pulses @ 3 phases to achieve a high frequency result and thus discovered a new method of decomposition of molecules of water and hydrogen production: the PALMOLYSIS
For the operation of the device it is required the use of a metal alloy board which is consumed gradually and act as electromagnetic torch. By preliminary estimates the device seen need a Kgr of alloy for producing 1600 normal cubic meters of hydrogen. With energy content of hydrogen equal to 3,5 kWh / Nm ^ 3, the output 1600 Nm ^ 3 cubic meters of hydrogen corresponding to 3,5 x 1600 = 5600 kWh chemical-thermal energy. By using a single generator with a degree of efficiency of 30% with this production we can now produce 1680 kWh of electricity at a cost of metal of around 50 euros that is equal to 50/1680 = 0,03 € / kWh compared to 0,19 € / kWh  currently charged by Hellenic Public Power Company ( PPC)!
Assuming that the energy content of the metal is approximately 22 kWh of thermal energy per kg, this implies that any produced hydrogen cubic need 0,014 kWh heat / Nm ^ 3 for the production of the metal. The modern technology to produce hydrogen by electrolysis takes about 5 to 6 kWh electricity per Nm ^ 3 of hydrogen. Therefore Petros Zografos invented a technology that has virtually eliminate energy consumption, electricity or heat for the hydrogen production. Also transportation of Hydrogen, a major issue, has just found its solution since in a water form is easily transportable everywhere.


GR1007830
 METHOD AND DEVICE FOR WATER ELECTROLYSIS AND PRODUCTION OF HYDROGEN TO BE USED AS COMBUSTIBLE UPON UTILISATION OF COMBINED FREQUENCIES

[ PDF ]

Inventor: ZOGRAFOS PETROS EVANGELOU, SPILIOPOULOS IOANNIS DIMITRIOU
Novelty: There are disclosed a method and a device destined for water electrolysis and production of hydrogen to be used as combustible by combination of high frequencies produced by semitonic oscillators; when mixed, reinforced and combined, said frequencies contrive to break water into its elements (hydrogen and oxygen) upon influence of the coordination effect. Secondary frequencies configurating the structure of the primary frequencies for obtaining adequately-combined frequencies by means of the respective electronic circuit composed of an isolator, a mixer, a directional coupler, a multiplier, configurators, digital frequency controllers, and linear amplifiers can be introduced with the assistance of adequate main and auxiliary treatment equipments into the primary frequencies produced by the semitonic oscillators. The vibration of water molecules and the breaking thereof into hydrogen and oxygen are obtained by suitably-coordinated frequencies. The gases are, thereafter, separated by special sorting guides while the produced hydrogen is conducted through the respective specific connection to the energy generation mechanism for being used as fuel.



VIDEOS



 https://www.youtube.com/watch?v=RDJh2j-Skds
Zougla.gr reportage for the invention of Peter Campus
https://www.youtube.com/watch?v=Z_DmWEQf7_0
New details about his invention presented by physicist Peter Painter, the show "Yellow Press" with Makis Triantafillopoulos presence of scientists and specialists.
https://www.youtube.com/watch?v=rA7UseeKEvM
P.. Painter produces electricity from water. The patent yiothetithike the MoD
https://www.youtube.com/watch?v=kRwfx2Ktzx8
Special scientific conference for the invention of Peter Campus
https://www.youtube.com/watch?v=TaPonbPUQ_I
Live hydrogen production demonstration to show Yellow Type

http://chemistry.stackexchange.com/questions/8642/how-does-high-frequency-water-electrolysis-work

[ Excerpt ]

"I found a bunch of nonsense claims in the internet, about the resonance frequency of water helping to split bonds.
The first thing to realize here is that there is no one resonance frequency of water. With suitable energy, you can excite rotational, vibrational and electronic states (I left out translation - there transition energies minute). At room temperature you can say as a rule of thumb that most molecules will be in some excited rotational state, but in the vibrational and electronic ground states. Excitation energies for rotation are in the far infrared or microwave energy/frequency region. Widely used e.g. in the microwave oven at 2.45 GHz (≈ 12 cm). Actually, the whole region is full of bands where water absorbs. Note that microwave heating of water does not cause electrolysis. Vibrational transitions are around 2.9 μm = 105 THz = 3500 cm⁻¹ and 6μm = 50 THz = 1635 cm⁻¹ with lots of combinations and overtones throughout the near infrared region. Quite exceptionally, the visible region is basically free of water absorption. Electronic transitions (breaking of bonds) need energies in the UV, and here we meet bands that lead to photodissociation, e.g. at 166nm (taken from Wikipedia). That corresponds to 1.8 PHz = 1.8⋅1015 Hz. Compare this to the kHz and MHz where your link claims dissociation.
This doesn't mean that the pulsed DC cannot help, nor that impedance spectoscopy won't give important information. But resonance frequencies in the kHz range are electrical LC-circuit resonances depending on cell and electrode geometries and electrical double layers etc. But neiter on vibrations nor breaking of the bonds of the water molecule.

To give the "method" you ask about some real world numbers,
at the very end of the Wiki page the energy efficiency for industrial water electrolysis is cited as usually between 50 and 80 %.
The paper then proposes to burn the gas in an internal combustion machine. As such a stationary process could be adjusted so that the engine is at its maximum efficiency, we may assume 1/3 or 35% efficiency here.
we then need a generator to convert the mechanical energy into electric energy. Fortunately, that step is rather efficient. Say, 95 %.
A fuel cell would be more efficient than the combustion - generator combination: ca. 40 - 60 % according to Wikipedia.
Unfortunately, also battery charging is not 100% efficient. Let's assume 80–90% (taken from Wikipedia on Li-ion batteries) For batteries that are charged with higher current (or current density) efficiency is less. Example would be lead-acid batteries as used in cars. Wiki quotes efficiencies between 50 and 80 %.
Taking these numbers together, I conclude that after going once through the cycle of the proposed "perpetuum mobile", 8 - 24 % of the energy are retained in a "useful state" while 76 - 92 % became heat. With fuel cell, we may be able to "boost" the energy efficiency to 43%...

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