The document proposes a high-efficiency electrolyzer that uses a pulsed two-stage process to dissociate water with minimal energy input. In the first stage, an electric input polarizes the electrodes. In the second stage, the input is switched off and the polarized electrodes are connected to a load or battery charger. It is claimed this process could produce 1 cubic meter of hydrogen using only 20 watt-hours, much less than conventional electrolyzers. The inventor seeks funding to build a prototype and test the design with industrial partners, with the goal of eventually mass producing and licensing the technology.

1. High efficient electrolyser
Alexander V. Frolov
2012
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2. Aim
 It is planned to produce experimental unit of
high efficient water – gas splitter, i.e. source of
hydrogen.
 This method use new pulsed mode of water
dissociation.
 In collaboration with industrial partners we can
organize production facilities.
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3. The idea
 Pulsed two stage mode:
◦ 1. Electric input produce polarization of electrodes.
◦ 2. Controller switch off input and connect electrodes
to load or battery charger.
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4. Analogy
 Stanley Meyer US patent 5,149,407
 Low input due to resonance
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5. One more analogy
 Tomas Bearden
“The Final Secret of Free Energy”
Keynote: we need massive displacement current…
it is free of primary source depleting…
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6. How it works?
 Pulsed mode: activation pulse have min duration.
It is used to get displacement current only and
it is finished at the moment of beginning of the
conductivity current. Excess of energy from
primary source should be min.
 During pause the controller switch off primary
source and switch on electrodes to battery. In
this part of cycle the electrolyser work to be
source of electricity to charge the battery
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7. Important on theory
 It is planned to use pure distilled water.
 Electrical permittivity of pure water is about 81,
it is good dielectric.
 Theory: energy of process is depend of energy of
capacitor. It is function of capacitance. Dielectric
placed between electrodes increase this factor.
By this way we can get more energy in capacitor
for free, due to polarization of water.
 Self-cooling of water is estimated here during
operation of the electrolyser.
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8. Present stage of the project
 Project in development, video of 2010.
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9. Our advantages
 Efficiency: ordinary method require 4 – 7 kW/h
to produce 1 m3 of hydrogen. New method can
provide the same amount using 20 watt/hour.
 We can design self-powered source of energy by
means of integration of new electrolyser and
hydrogen cell. The cell will produce sufficient
electrical power to provide useful load and
operation of the electrolyser.
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10. Financial Plan (Euro)
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Period Expenses Income
1 Prototype building 3 months 50,000 -
2 Testing 1 month 10,000 -
3 Patent 6 months 30,000 -
4 Sales of license 2013 - 5 Mil. Euro
4 Production facilities 2014 500,000 10 Mil. Euro

11. Proposal for investor
 Funds required 90,000 Euro.
 Team:
◦ Investor 51%
◦ Founder 39 %
◦ Author 5 %
◦ Top managers 5%
 Exit strategy is sale of company to
hydrogen energy corporation.
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12. Founder
Alexander V. Frolov
7-910-160-9875 7-920-794-4448
www.faraday.ru
a2509@yahoo.com
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