AA, even an ERV can be mistaken which everyone needs to realize. If Rossi is indeed supplying 1 MW to his customer then he needs to be compensated. On the other hand, a significant amount of evidence is being presented that this may not be true.
I have been developing a possible scenario which hopefully might explain how the measurements are incorrect. Recently I referred to Bernoulli's principle as perhaps getting into the act to muck up the meter readings. I now believe I may have found out how to apply that principle in order to achieve that goal. My present understanding of Bernoulli's principle would suggest the following connection if I wanted to cheat the measurement results. It is necessary to place the temperature gauge at a location that is at the most extreme position located away from the main single pipe heading toward the customer. For example, if 6 ECATS are feeding into one of the parallel collection pipes I would put the thermometer at the output of the first in the series. Steam from that location would have to travel furthest before it reaches the main feed pipe and thus vapor leaving that nearby ECAT would be moving at the slowest velocity relative to the main final pipe stream. This location is ideal because the steam(wet or dry) is moving at the slowest velocity there. As the flow moves down the collection pipe it encounters more ECAT sources which force it to speed up. The pressure and temperature of the fluid drops as it gains velocity by flowing through a restriction. In this case the restriction is generated by the additional sources adding to the total flow through a fixed pipe diameter. Bernoulli's principle is a conservation of energy relationship. In this case as the fluid moves faster it gain kinetic energy which must be extracted from the internal energy of the fluid. That is why the pressure and temperature falls as more equal sources are added to the stream. The bottom line is that it is necessary for both the pressure and the temperature gauges to be located at the same point if an accurate state reading is to be obtained. When we eventually recieve a diagram showing the spatial arrangement of the gauges it is important that both temperature and pressure gauges are co located if we are to believe that the steam is dry. If we notice that the temperature gauge is removed from the pressure gauge then it is time to focus on the Bernoulli effect. Dave -----Original Message----- From: a.ashfield <[email protected]> To: vortex-l <[email protected]> Sent: Wed, Aug 24, 2016 11:08 am Subject: Re: [Vo]:Interesting Steam Calculation Possibly the answers were too "secret" like the piping layout. On 8/24/2016 9:52 AM, Jed Rothwell wrote: a.ashfield <[email protected]> wrote: The ERV is well enough qualified that he is less likely to be confused than say Murray. That cannot be true. Murray asked critical questions in Exhibit 5. The ERV could not even answer them. He did not even try. Murray showed that the test is bunk, and the ERV said nothing because cannot think of any more excuses or evasions. He is the only independent judge there. He is not independent. He is Rossi's puppet. His data is a crude fraud, and his claims are absurd and impossible. That is why I.H. is suing him -- as they should. - Jed
