TV: New test of the E-cat enhances proof of heat

At a new test in Bologna on Thursday, the ‘E-cat’ invented by Andrea Rossi ran in a completely stable self sustained mode for over three hours. Ny Teknik attended the test.


(Swedish version here, and Italian here).

The test on Thursday was performed before a number of invited physicists and engineers from various countries – Italy, Sweden, USA and China – as well as journalists from a couple of Italian media outlets and Ny Teknik.

One of the invited researchers was chemist Roland Pettersson, retired Associate Professor from the University of Uppsala and a colleague of Professor Sven Kullander’s. Kullander issued a report on the E-cat earlier this year; Pettersson has conducted research on LENR together with Professor Hidetsugu Ikegami from Osaka University in Japan.

“I’m convinced that this works, but there is still room for more measurements”, Pettersson told Ny Teknik after the test.

The important new element in the test was that it was possible to bypass the controversial energy calculation, based on vaporization, by injecting the steam from the energy catalyzer into a heat exchanger, where a flow of water was heated.

Although accuracy was moderate and the measurement set up could have been more advanced, results was clear, mainly because the E-cat ran for over three hours in self sustained mode.

Furthermore, the casing enclosing the reactor was opened after completion of the test, and the invited guests was thus able to see what was inside – basically a heat exchanger with metal flanges; within it, according to Rossi, was a shielded flat reactor unit with three reactor chambers, only one of which was operating during the test.

As in previous tests, the start-up was effected by heating the E-cat with an electrical resistor at about 2.7 kilowatts, this time for about four hours, in order to achieve, according to Rossi, sufficient stability.

The power to the resistor was then switched off, and the reactor functioned in self sustained mode for about three and a half hours, with no measurable signs of decrease (see detailed report and temperature data).

After three hours of operation, the measured temperatures were still constant; by putting a hand on the insulated enclosure, one could clearly feel the water boiling.

By a conservative estimate, Ny Teknik calculated power output during self sustaining operation at two to three kilowatts.

The Thursday test took place on the same premises as the previous tests. The container housing the one megawatt heat plant that Ny Teknik provided pictures of a few weeks ago – and which, according to Rossi, should have been shipped to a U.S. customer a few days after we saw it – was still on site.

“We had a preliminary agreement with a very important party in the U.S., but when we received the final draft, it included conditions that our lawyers said that we should not accept”, Rossi told Ny Teknik.

Shipment of the plant was then blocked; according to Rossi, however, the launch will still take place in October as earlier promised, though he could not yet disclose where this will take place.

Rossi said that no more tests are planned at the moment.

“Within a few months the product will be on the market, and the best test is done by the customers who will come back with the product if it doesn’t work”, he told Ny Teknik.

The scientistis from the Unversity of Bologna who will do research on the E-cat on commission by Rossi attended the Thursday test; but it was not an official participation on the University's part, as the research project has not been launched yet

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READ MORE: Our complete coverage on Rossi's E-cat can be found here.

The E-cat

The 'energy catalyzer' is loaded with nickel powder and a number of secret catalysts and is pressurized with hydrogen gas. Excess heat is possibly produced via an unknown nuclear reaction, involving nickel and hydrogen.