For Your information... http://www.lenr-forum.com/showthread.php?2111-Defkalion-Europe-some-comment-about-Defkalion-reactors-from-french-Agoravox
on my french article Agoravox.fr , there was an interesting response in relation Defkalion Europe. http://www.agoravox.fr/actualites/te...0#forum3769829<http://www.agoravox.fr/actualites/technologies/article/fusion-froide-lenr-resume-pour-130995?pn=1000#forum3769829> Hello, I am a Foreign Trade Advisor and live in Italy for 30 years. I am a friend of the Technical Director of Defkalion Europe in Milan, Luca Gamberale, who did me the honor of a demonstration of reactor R5. Impressive. The "R5" reactor is small in size (approx 60 x 40 x 30). A very small amount of nickel and hydrogen (a few grams) are introduced into the heart of the reactor (sufficient to ensure a continuous cycle of 6 months). intake power (1.5 kW) will produce about 4.5 kilowatts of thermal energy, the reactor temperature can reach, in principle, the melting point of nickel (1,453 ° C). The temperature limit is given by the materials that make up the reactor, and have a degree of complexity which will focus on the engineering of next month effort. Currently, the temperatures obtained are of the order of 600 ° C in the secondary circuit through the use of appropriate thermal fluids. The reactor can be activated and deactivated in a short period of time and the reaction is quite mastered (about 20 to 30 minutes after start). the charge of the reactor can last six months of continuous operation and the product of the reaction is mainly copper and other metals not harmful to health and the environment. Difference between R5 compared to the E-Cat model E Corp. Leonardo. (Machine Rossi) is radical. Indeed, while the exothermic reaction in the E-Cat is controlled by the presence of a catalyst in the reaction R5 is triggered and modulated by a plasma discharge to very specific characteristics. It is precisely the presence of this discharge that allows a smooth and stable control of the reaction. R5 (soon to be replaced by the R6, a reactor substantially equivalent to R5 but with better performance) can easily be used to work in parallel to achieve any desired power, up to a few megawatts. It is easily understood that the cost per kWh is lower than any primary source currently available. Sincerely, Frederic Gilardone I could not identify the author absolutely, but it is consistent with the info I have.
