Ultrasonically-excited electrolysis Experiments at Energetics Technologies

Three electrolysis cells with built-in ultrasonic transmitters were developed by Energetics Technologies. The ultrasonic transmitters induce cavitation in the electrolyte in the vicinity of the palladium cathode for in-situ cleaning and activation of the cathode surface, generation of dislocations, assistance in loading and excitation of the Pd-D system. The ultrasonically assisted electrolysis cells are described and excess heat generating experiments using these cells are illustrated. All of these experiments used the Dardik’s modified SuperWaves to drive the electrolysis. The reproducibility of excess heat generation obtained using the ultrasonically assisted electrolysis experiments approaches 80%, which is the highest of all types of electrolysis experiments performed at Energetics Technologies. A significant amount of excess heat was generated and a very large Coefficient Of Performance (COP) was obtained in several experiments. The largest excess power obtained is 34 watts; the largest total excess energy is 3.5 MJ; the largest COP achieved is 3000%; and the longest duration of excess heat generation in a single experiment is 40 days. The largest amount of specific excess energy is 27 KeV per Pd or D atom. This is at least three orders of magnitude larger than the specific energy that can be generated by chemical reactions or that can be stored in the cell in the form of mechanical energy. The largest specific power generated is 70 W/g of Pd. For comparison, the average specific power in commercial nuclear fission reactors is between 20 to 50 W/g of uranium.