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At this point, we visualize a near-term market need in the 1–10 MW output power range, which is appropriate for off-grid applications characteristic of small communities or corporate entities. An assembly of devices could be arranged, to scale the output energy upwards by factors of ten or more, to address the 1–100 MW market, and would be a cost effective solution for load-leveling in the power grid. Once it is
A significant opportunity for this technology, which has not yet been disclosed by MIFTI principals, and remains proprietary, is the potential for the staged Z-pinch to be used to produce fusion, in an aneutronic reaction, using advanced fuels. Virtually all studies, to date, on fusion using Z-pinches has involved the use of deuterium and tritium fuels, which produce over 80% of its nuclear energy in the form of high energy neutrons. Neutrons are not preferred, since they induce radioactivity in the surrounding structure, and cannot be directed efficiently into an energy converter.
MIFTI’s accomplished team of scientists at the University of California, Irvine, have successfully developed and patented a world-changing technology that…..
With the advent of nuclear power plants for the generation of electricity, the problem of what to do with the long-lived……
At this point, we visualize a near-term market need in the 1–10 MW output power range, which is appropriate for off-grid applications characteristic of small…..
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