Light Water and Nickel

I spoke with M. Srinivasan at a reception at the Spring 2010 ACS meeting. I told him I was working on a replication of Tadahiko Mizuno's Plasma Electrolysis experiments. He remembered them. I really liked his attitude; he was very positive. He told me Nickel seems to work well with light water, whereas with heavy water, Palladium loads Deuterium well into the metal lattice. He said something to the effect of, "Try it out. Don't be afraid to make mistakes!" I was very inspired by his positive attitude.

My favorite presentations at the New Energy Technology symposium were those of Dr. Urutskoev and Dr. McKubre. I am interested in Urutskoev's work because he is showing generation of excess Hydrogen by discharging high-voltage capacitors through Titanium foils. He gave me his card; when I understand his work better, I will write to him and post an illumination of his research. McKubre gave a very clear presentation about the necessity of loading the metal with Deuterium at, if I remember correctly, at least 95% ratio of Deuterons to metal atoms. He also emphasized the importance of repeatedly loading and unloading the metal.

The meeting was very educational, and I highly recommend attending the next one Jan Marwan organizes. Thank you Dr. Marwan!

Alternator Rewire (Y-Configuration)

The second image is taken from Stanley Meyers' Patent on his Water Fuel Cell. The first image is my re-drawing of his schematic. It is an image of a car alternator, from which the diodes and voltage-regulator have been removed, with new circuitry attached. The three pairs of concentric circles are the stainless steel electrolysis electrodes. The three coils forming a Y in the center are the Stator. There are two ways to wire up a three-phase generator: Delta, and Y. This is for Y configuration. In a Delta configuration, the coils form a triangle.

The Rotor spins inside the Stator. Normally, in your car, a voltage is maintained on the Rotor coil, so that whatever RPM your engine is running at, the voltage induced in the Stator coils is a certain voltage (13.6 V?). Stan Meyers rewired an alternator so it would produce pulsed DC for electrolysis. He was feeding the Rotor coil a pulsed DC waveform which I have drawn at the bottom of the picture. As you can see, the wave is "Gated", or has a Duty Cycle of less than 100%. Waves like this are easy to generate with two 555 chips, where one is set to a high frequency, and the other a low frequency. The low frequency oscillator Gates the high frequency one. You can look at the waveform in the picture as a high frequency wave, which has been amplitude-modulated by a low frequency wave.

Dave Lawton published a simplified circuit based on Stan Meyers design.

Do it Yourself

Watson, Come Here!

Last Year at ACS

Important results associated with Low Energy Nuclear Reactions (LENR) were presented at two key scientific society meetings in March. The American Physical Society (APS) March Meeting “Session B16: Cold Fusion” was held on March 16, 2009 in Pittsburgh, Pennsylvania. The “Symposium on New Energy Technology” was held from March 22-24 as part of the 237th American Chemical Society (ACS) Meeting & Exposition in Salt Lake City, Utah.

Videos from ACS:

Part 1 from www.ustream.tv
Part 2 from www.ustream.tv

Quoted From Infinite Energy

ACS Spring 2010 National Meeting & Exposition

American Chemical Society
Spring 2010 National Meeting & Exposition
March 21 – 25, 2010
San Francisco, California, USA

The New Energy Technology Symposium will be held on Sunday and Monday, March 21 – 22. [...] To large extent contains presentations on Low Energy Nuclear Reactions – LENR - (historically named as "cold fusion")

The Symposium is organized by Dr. Jan Marwan of Marwan Chemie

Further Reading on Contact Glow Discharge Electrolysis

If you want to learn more about Non-Faradaic electrolysis, please see the following. Note that these papers deal with Glow Discharges at the Anode (+), whereas we're doing it at the Cathode (-).

Contact Glow-Discharge Electrolysis
BY A. HICKLING AND M. D. INGRAM
Donnan Laboratories, Liverpool University
Received 4th November, 1963 Published in: Trans. Faraday Soc., Vol. 60 (1964) 783

A Study on the Origin of Nonfaradaic Behavior of Anodic Contact Glow Discharge Electrolysis: The Relationship Between Power Dissipated in Glow Discharges and Nonfaradaic Yields
Susanta K. Sengupta, Rajeshwar Singh, and Ashok K. Srivastava
Department of Chemistry, Faculty of Science, Banaras Hindu University, Varanasi-221 005, India. From: J. Electrochem. Soc., Vol. 145, No.7, July 1998 (c) The Electrochemical Society, Inc.

Contact glow discharge electrolysis: a study of its chemical yields in aqueous inert-type electrolytes
Susanta K Sengupta and Om Prakash Singh
Department of Chemrstry, Faculty of Science, Banaras Hindu University, Varanasl 221005 (Indra)
(Received 26 January 1993, m revised form 27 August 1993) From: Journal of Electroanalytlcal Chemistry, 369 (1994) 113-120

Contact glow discharge electrolysis: a study of its onset and location
Susanta K. Sengupta and Om Prakash Singh
Department of Chemisrry, Faculty of Science, Banaras Hindu University, Varanasi 221005 (India)
(Received 9 May 1990; in revised form 13 September 1990) From: J. Electroanal. Chem., 301 (1991) 189-197


I have uploaded copies of these papers to the "Tech Papers" section of hhoinfo.ning.com