Head of Swedish R&D Institute Elforsk Issues Strong Statement on “Astounding” E-Cat Test Results

The E-Cat undergoing testing for the final 3rd party report: results were positive
The E-Cat undergoing testing for the final 3rd party report: results were positive

The CEO of the Swedish energy R&D institute Elforsk issued a statement yesterday on the implications of the successful long-term E-Cat test.  He says  “we may see the fundamental transformation of our energy system” due to the simplification and decentralization of energy production with the new E-Cat technology. Read the 3rd-party report for yourself.

Here is the English translation of his full statement (thanks to Mats Hilmersson):

Measurements on LENR reactor reported – energy release and isotopes

Yesterday, astounding results from month-long measurements on a so-called “energy catalyser” were reported. The report, written by researchers from Uppsala University, KTH and the University of Bologna, describes a release of heat that cannot be explained by chemical reactions alone. Isotope changes in the analysed fuel instead indicate that nuclear reactions might have occurred at low temperatures. It implies that we may be facing a new way to extract nuclear energy possibly without ionizing radiation and radioactive waste. The discovery could potentially become very important for the world’s energy supply.

The central part of the reactor is a narrow cylinder that is two decimetre long. In the experiments, the reactor operated at temperatures up to about 1 400 degrees Celsius. A net energy release of 1 500 kWh was observed. The thermal energy output was three to four times the electrical energy input. The reactor was filled with 1 gram hydrogen-loaded nickel powder and some additives.

In recent years, Elforsk has followed the development of what has come to be called LENR – Low Energy Nuclear Reactions. Elforsk has published an overview summary of LENR. Elforsk has co-funded the work described in the report in addition to earlier measurements that showed an anomalous excess of energy.

If it is possible to safely operate and control these reactions that are now believed to be nuclear reactions, we may see a fundamental transformation of our energy system. Electricity and heat could then be produced with relatively simple components, facilitating a decentralization of energy supply that could be both inexpensive and part of a solution for global climate change.

More research is needed to understand and explain. Let us engage more researchers in trying to validate and then explain how it works.

Magnus Olofsson, CEO Elforsk




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