John Salinger September 21st, 2011 at 2:37 AM Dear Mr. Rossi, 1. You claim to have successfully measured the delta T of entering and exiting water of a secondary circuit on the 1 MW plant already, producing results in line with what has been observed earlier. Is this also the manner in which the test for the October demonstration will be conducted? 2. If not, are you however planning for an “idiot-proof” system that leaves no room for speculation as to the reliability of the method for calculating the overall energy, i.e., something other than calorimetry with steam? 3. Considering that the apparatus is now larger than before, how long does the test have to be run to exclude any chemical reaction? Best Regards, ~John Andrea Rossi September 21st, 2011 at 8:35 AM Dear John Salinger: 1- Yes for the modules, impossible for the 1 MW 2- Yes, recovering the liquid water at the output and subtracting it from the amount of treated water, which gives us a penalty, because the liquid water is also made by condensed water after the vaporization, but we can accept this conservative issue 3- the apparatus is smaller than before: the volume is occupied from the heat exchanger. We will allow the Scientists to open the envelope which contains the heat exchangers to see that the reactors are very small. The volume of the reactors is about 30 centiliters/kW. After 1 hour any possibility of elevtrochemical energy source is over, no batteries exist anywhere able to produce 1 kWh of energy in 1 hour in a volume of 30 cl (centiliters). Warm Regards, A.R.
