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On Monday, August 31, 2015, Jones Beene <jone...@pacbell.net> wrote: > *From:* ChemE Stewart > > Similar Item: > > > > Ø > http://phys.org/news/2013-02-german-student-electromagnetic-harvester-recharge.html > > > > Yes – thanks for remembering this, Stewart, It appears that this effort > will at least provide us with a baseline for determining how much benefit > there is in capturing EM “smog” by various means. > > > > A long life AA battery has about 2.6 watt-hours (9300 joules) of useful > energy, and a rechargeable AA about half of that. The German “harvester” > requires 24 hour to recharge - and thus it can capture about one tenth a > watt-hour per hour of recharge time. > > > > The ADGEX, if we can believe their spiel, is capturing another form of > energy instead of background EM/RF smog, which allows it to put out 120 > lumen or light emission for 12 hours, with a 2 hour recharge. The time of > the recharge is stated in one place as 2 hours but longer in another > reference, so this detail needs to be firmed up. > > > > 120 lumens is equivalent to 2 watts - in a better LED lamp array. Thus the > ADGEX will go thru 24 watt-hours in a single recharge, which is then > rejuvenated at a rate of 12 watt-hours per hour, Therefore, this is about > 120 times more energy capture than what is available from EM/RF smog. > > > > That is very significant – if we can believe it. > > > > Since the early product is for sale – then the best way to verify the > claim seems to be to buy one and test it. If the flashlight works reliably, > there is no reason (in principle) with mass production that 10,000 of them > could not power an automobile and recharge overnight > > > > Jones > > > > Side note: As to what the circuitry consists of – it appears the batteries > contain nickel. Notably, in many types of batteries, hydrogen is the charge > carrier and nickel is found in one or both of the electrodes. The dense > form of hydrogen known as IRH (inverted Rydberg hydrogen) would be an ideal > charge carrier, especially in the form that Mills calls “hydrino-hydride” > but BLP apparently could not bring this to market. Have the Russians done > it for him? > > > > >
