George Miley’s LENR technology is once again up for voting on the Future Energy website. It appears that this site is connected with ARPA-E (Advanced Research Projects Agency-Energy), and the results of the voting may put Miley in a good position to present at a pitch event. This may help Miley to obtain needed funding to further his goals in commercializing LENR technology.
Please go and vote for Dr. Miley’s project to help advance LENR.
Dr. Miley’s listing from the site:
Provide one sentence describing your core technology.
LENR Power Units use pressurized hydrogen –nickel nanoparticles undergoing low energy nuclear reactions to create a very high energy density heat source configured for co-generation power for home or industrial distributed power
Short description of your technology
The recent discovery of practical applications of low energy nuclear reactions has created much activity and interest worldwide. Several companies, including LENUCO, have entered this business. Our approach using hydrogen loaded nanoparticles to produce heat that is converted to electrical output offers many advantages. Lenuco was founded to commercialize this technology and has a two-pronged business model. One prong is to manufacture small to medium range distributed power sources for home and industrial use. The second prong is to provide develop the technology for use by in Army bases, both homeland and in forward facilities, for a main power source. Both uses capitalize on the high power density and low maintenance, radiation free, long lifetime characteristics of LENR power cells.
What is the key element of your technology that differentiates it from existing solutions
LENUCO’s LENR power source is a revolutionary new technology based on high pressure hydrogen loading of nickel alloy based nanoparticles. Heat is produced by the resulting low energy nuclear reactions through a process which avoids any significant radioactivity. Uses range from home heating to central heating units. Compared to other renewable energy, LENR power units offer two distinct advantages: 24/7 operation and higher power density, hence significantly smaller units per unit power. LENR cells also provide power without greenhouse emissions and with no significant wastes. These advantages plus minimum maintenance and long lifetime result in a distinct economic advantage over other renewable energy sources as reflected by shorter pay-back times than solar, wind or fuel cells.