MASS MEDIA DISTRIBUTION NEWSWIRE

INVENTORONE.COM PATENTED THE STATIC FIELD CONVERTER-A MACHINE THAT TAPS A NEW SOURCE OF ENERGY
October 23, 2007
October 23, 2007 -- Hartford, NY -- The Andrew Abolafia Company, after more than four years of research on an intellectual property (Static Field Converter) in collaboration with the University at Buffalo, SUNY, produced results that suggest The Andrew Abolafia Company’s Static Field Converter taps a new source of energy. ANSYS Finite Element Analysis computer simulation yields the data that support that interpretation. It has helped enable The Static Field Converter to evolve and be refined in conjunction with experimentation at the University at Buffalo.

The Static Field Converter (patented and patents pending) is an invention that converts the energy in a static magnetic field into usable electrical energy. The significance of the innovation is that the energy stored in some permanent magnet materials can be tapped. The magnitude of the energy is large enough to make a significant impact in reducing the U.S. addiction to oil as well as mitigate the destruction of the environment. Large amounts of electricity generated by the invention can produce large amounts of hydrogen. Hydrogen can be used as fuel in most applications that now require fossil fuels. It can also be used to power fuel cells. The exhaust is water.

The Andrew Abolafia Company is an IT and engineering consulting company located in Hartford, NY.

The patent, supporting documentation and analysis can be found at The Andrew Abolafia Company web site InventorOne.com .

Contact Name: Andrew Abolafia
Contact Phone: 518-632-9193
Contact Fax: 518-632-9192
Web Site: InventorOne.com
Email: This email address is being protected from spam bots, you need Javascript enabled to view it
 
###

 
< Prev   Next >

Summary

InventorOne, The Andrew Abolafia Co., has patented (with patents pending) The Static Field Converter, which taps a new source of energy. The Andrew Abolafia Company collaborated with the University at Buffalo, SUNY to investigate and substantiate that it is a new source of energy as well as design, engineer and refine the device. The collaboration included computer simulations and empirical research. The research lasted more than 4 years.