|
Genesys attains New Hydrogen Purity Level with its Proprietary Separation Technology |
|
Tuesday, 15 September 2009 |
The above spectrogram from our quadrupole mass spectrometer reads in real time the purity of the hydrogen stream coming off the RET reactor during hydrogen production from water vapor decomposition. Although we have estimated that the purity of hydrogen is > 97% a precise purity level is difficult to read since it is beyond the scope of the accuracy of the mass spectrometer. The level of the background moisture [ mass = 18] is about the same as the oxygen [ mass = 32]. A sample of gas will be sent to a third party for composition analysis and certification. In 2010, we will allow prospective customers to sample small volumes of high purity hydrogen (>99%) and oxygen for sale.
|
|
|
Genesys demonstrates RET Technology with Demonstrations of Filling Balloons with Hydrogen and Oxygen |
|
Monday, 09 March 2009 |
|
This is an 18-inch balloon at the end of its filling cycle. Due to the high boyancy of the 2:1 hydrogen:oxygen mixture, this same balloon stays aloft for quite a time before slowly falling back to earth.
These balloons are filled with hydrogen and oxygen generated from the cracking of tap water using RET technology. The water was at room temperature. The RET reactor used in this experiment was less than 2-inches long and 1/4-inch in diameter. The clocks in the picture show the amount of time elapsed from starting from an empty balloon to a filled one.
A video presentation of the above experiments will be posted here soon. In this upcoming video, our CEO will give a brief introduction of the technology before showing the balloon filling experiment.
|
|
|
Genesys announces a major breakthrough – U.S. Patent 7,384,619 in renewable hydrogen generation |
|
Tuesday, 08 July 2008 |
Genesys, LLC announces a major breakthrough in energy technology with the granting of U.S. Patent, 7,384,619, assigned to Bar-Gadda, LLC and licensed to Genesys, LLC. This unique technology called RET (radiant energy transfer) has the potential to eliminate global warming as well as provide inexpensive, renewable hydrogen from water. Water has the highest concentration of hydrogen of any known, stable, non-carbon substance. RET requires little energy in order to generate hydrogen from water. RET operates at room temperature, is scaleable and carbon neutral. The principle of this technology relies on the unique properties of the oxygen-hydrogen bond. By using electromagnetic radiation tuned to the O-H bond energy, RET breaks the bond with a minimal amount of energy. The rate of hydrogen production using this technology far exceeds that of electrolytic processes. The RET process generates its own electricity whereas electrolysis must obtain electrical energy from external sources, such as fossil fuels, to operate. The capital costs associated with RET are envisioned to be much smaller than with electrolysis process equipment.
The RET technology has been under development for nearly five years. The equipment can be retrofitted on the exhaust of a steam turbine to produce both electricity and hydrogen. Waste steam is commonly condensed in power plants and the energy contained in it is removed, accounting for more than half of the original energy lost. By applying this technology to a conventional power plant, it is possible to increase the efficiency of a power plant by generating hydrogen from the waste steam, thereby utilizing almost all of the original energy of the steam.
Geothermal heat can be used to generate hydrogen from water using RET technology. Geothermal heat is plentiful, renewable, and non-polluting. It is estimated that the United States has the equivalent in geothermal heat of 60,000 times the energy consumption today. A large potential source of geothermal heat is abandoned oil wells. There are approximately 350,000 abandoned oil wells in the United States alone. The RET technology needs only a small fraction of that to satisfy all of the U.S. energy needs for the foreseeable future. By injecting water (seawater, or wastewater) down the well, steam is created to generate both electricity and hydrogen. The electricity is used to assist the RET process and the hydrogen is generated from the waste steam as it exhausts from the turbine. Old oil fields can be recycled to generate hydrogen in large quantities without the need to drill new geothermal wells.
Other sources of renewable heat include solar and biomass. RET can also be powered from hydroelectric and wind sources.
RET technology is the ONLY cost effective solution that:
- Is totally renewable
- Is completely non-polluting
- Supplies abundant energy at reasonable cost
- Eliminates the need for ALL fossil fuels
- Eliminates global warming
- Can be produced anywhere
- Can supply all our energy needs
|
|
|
<< Start < Prev 1 2 Next > End >>
|
| Results 6 - 8 of 8 |
