In all true fullness a fairly uniformed opinion. As he keeps most details secret one can only make assumptions and guesses at best. Aside from the submarine debacle, his primary claimed accomplishment was the development of an engine that ran off a mixture of noble gases consisting essentially of an inert gas mixture of helium, neon, xenon, krypton and argon, with argon constituting approximately 17% of the mixture by volume (wiki quote) so now go down to your local welder supply shop and see what gases are readily available and in what quantity’s. (I weld). In 2010 the total installed electricity generation capacity in the United States was 1,137.3 GigawattsAxil wrote:Any references or is your opinion uninformed?paperburn1 wrote:logistics of fuel source alone kills this device even if it did work.Teemu wrote:So only people who have observed that Papp engine for extended times, days, week or so, are those who are presently trying to commercially benefit from that Papp engine (Rohner Groupl, LCC)
Now assume a reasonable quantity of gas need to generate the power needed to sustain this reaction vice the available amounts of helium and argon. Currrenty147 billion standard cubic feet (4.2 billion SCM). At rates of use at that time (72 million SCM per year in the U.S) is enough helium for about 58 years of U.S. use, and less than this at world use rates, Helium must be extracted from natural gas because it is present in air at only a fraction of that of neon, yet the demand for it is far higher. It is estimated that if all neon production were retooled to save helium, that 0.1% of the world's helium demands would be satisfied. Similarly, only 1% of the world's helium demands could be satisfied by re-tooling all air distillation plants Already helium prices have doubled from the year 2000. You get my point. Noble gasses are not very abundant except for maybe argon. The supplies for a sustained infrastructure are not there. But . Helium can be synthesized by bombardment of boron with high-velocity protons, Go polywell