Archive for the ‘Defkalion Green Technologies’ Category

By Frank Acland – February 25, 2012

The units will cost between $600 and $900 per unit, a price that he feels will discourage anyone from going into competition with similar units that are based on reverse engineering of his products. Production is not planned outside the US because the small size of these units makes it fairly efficient to ship all over the world. Customs and shipping costs could make these units up to 20 percent more expensive outside the US.

Rossi reckons that the price of the E-Cat will be so low that no one, even manufacturers in Asia, will be able to compete with the products Leonardo will manufacture in the US.

I asked Rossi whether he thought any competitors were infringing on his intellectual property. While Rossi continued his policy of not commenting on his competitors he did say that his attorneys are aware of what competitors are doing and would take any actions they feel are necessary.


Safety certification is has been going on with Underwriters Laboratories for three months, and Rossi expects it to go on for some more months. Both UL and Leonardo are under NDA so Rossi wouldn’t comment further about the process.


Rossi expects that it will take upwards of five years for the patent to be finally granted. He said his patent attorneys are in dialogue with the US patent office and information is passing back and forth between Leonardo and the USPO.

Rossi’s Health

Rossi said that he has been blessed by God with good health and a strong constitution which allows him to keep up a vigorous work schedule. He typically works 16 hours per day, including some night work, and gets by on 4-5 hours of sleep per day.

These are the main points that were made in our conversation according to my notes and memory.

Frank Acland

Full article here:

The Emergence of LENR and it’s Predictable Effect on the Economy

by bradarnold8

To estimate how the emergence of LENR in the market place will predictable impact the US economy, it is best to study the known effects higher oil prices have.

US demand for oil arises from demand for the products that are made from it.  When the price of petroleum products increases, consumers use more of their income to pay for oil-derived products, and their spending on other goods and services decline.

Every penny of increase in gas prices takes one billion dollars out of the U.S. economy. So when the price of gas goes up $1, that’s one hundred billion dollars sucked out of the U.S. economy, or about $1000 a year out of the typical American household.

 Furthermore, oil is necessary for the production of a wide range of goods and services, because it is used for transportation in businesses of all types.  Higher oil prices can cause worker layoffs and idling of plants if the cost increases can’t be passed onto the consumers, or cost increases cause consumer demand to slack.

Finally, higher oil prices cause increases in other energy prices.

Currently, LENR energy technology is little known and the market does not seriously expect it to be commercialized soon.  That perception will change, (arguably) starting with the first independent confirmations of Defkalion LENR technology, continuing to grow with the first LENR generators introduced to the market, and finally reaching a fever pitch as the mass media bombards the public with analysis of future LENR applications, fueled by the sky high cost of oil.

According to Defkalion, 18 factories have been sold, and when each one is built it will produce 300,000 LENR generators per year.  According to Rossi, construction of his first factory will begin in February, and will eventually produce a million LENR generators a year. Presumably the blue prints for this heavily automated plant will be cloned repeatedly thereafter.  Such rapid expansion will very likely result in a public relations storm, and consequential market reaction.

There will be no immediate significant decrease in fossil fuel usage due to the commercialization of LENR, but there will predictably be a dramatic psychological impact.  Investors will see the medium and long-term implications of significantly lower energy prices, and consequentially lower the assessed value of soon-to-be obsolete energy infrastructure, conventional energy companies, and long-term contracts for their relatively expensive product.

Furthermore, as the creative destruction of our current conventional energy infrastructure proceeds, more resources will be devoted to new and better ways to exploit the LENR exothermic reaction.   As more and more LENR generators come on line, the trend will drive down the price of energy in the futures market.

When the price of energy decreases, consumers will use less of their income to pay for energy-derived products, and their spending on other goods and services will predictably increase.

Furthermore, since energy is necessary for the production of a wide range of goods and services, lower energy prices will predictably cause the hiring of more workers and the expansion of plants because the cost decreases won’t always be passed onto the consumers, or cost decreases will lead consumer demand to increase.

To summarize, in my opinion the best way to estimate how the emergence of LENR onto the market place will affect our economy is to look at the know effects of higher oil prices.  Take for instance the current spike in oil prices: just when companies have finally stepped up hiring, rising oil prices are threatening to halt the U.S. economy’s gains.  On the other hand, LENR will predictably lower energy prices, amplifying U.S. economic gains.

Cheaper products, more jobs, more money to spend – WOW! The positive feedback effects could mean geometric economic expansion. The future will be so bright, we’ll have to wear shades!

Original post from Cold Fusion Now | URL:

By ranina sanglap | December 19, 2011 10:25 AM EST

Cold fusion has been making a comeback this year.

From being regarded as a largely dead science, cold fusion has grabbed the attention of mainstream media and the scientific community when high-profile demonstrations in Italy allegedly showed a cold fusion device generating 470 watts for five hours. The device, called the E-Cat or Energy Catalyzer was developed by Andrea Rossi, Italian inventor and entrepreneur and Sergio Focardi, a physicist at the University of Bologna. The E-Cat reportedly fuses nickel and hydrogen at low temperatures to release heat energy and shows that cold fusions isn’t as dead as many scientists seem to think.

Cold fusion or Low Energy Nuclear Reaction is the process by which energy is produced by nuclear fusion through electrolysis. Cold fusion is largely shunned by mainstream science because fusion only occurs at temperatures of millions of degrees. Rossi’s E-Cat uses a special catalyst to fuse hydrogen with nickel to produce enough heat to boil water. The steam produced is used to turn turbines that will generate electricity. It’s a system that if proven could lead to clean and cheap source of energy. Since this technology could bring about free energy, there are scientists who would brave ridicule to look into this area. Rossi’s method isn’t the only LENR device around. More competitors are looking to unleash cold fusion technology to the world.

Read Full Article

Three extensive analyses have been made of data from the test of Andrea Rossi’s E-cat on October 6. Two point to a clearly anomalous heat production, while the third leaves the question open.

by Mats Lewan

Interest in the latest test of Andrea Rossi’s energy catalyzer has exceeded that in any previous test. The result has been discussed intensely internationally. Does Rossi’s apparatus generate net energy. If so, how much.

The shortcomings of the test measurement methods were clear, though significant improvements had been made compared to previous ones. Data were retrieved only because Ny Teknik, without being prepared, took responsibility for gathering and recording the readings.

A first, conservative analysis of the measurements was made by Ny Teknik’s reporter immediately after the test (here’s a spread sheet with the data). Three extensive subsequent analyses have been done by the Americans Horace Heffner, David Roberson and Bob Higgins.

All three noted that deficiencies in the measurement methods make the result uncertain. Among the flaws is questionable positioning of the thermocouples for measuring water temperature.

In dialogue with Ny Teknik, however, Heffner, Roberson and Higgins tried to get answers to various questions to reduce uncertainty as much as possible.

The three made different assessments of what conclusions can be drawn.

Most skeptical was Heffner who wrote:

“Due to the locations of the thermocouples, the temperature measurements lack the degree of credibility required to make any reliable assessment of commercial value.  The net power output could be anything from negative to positive.”

(Heffner’s complete analysis is here).

Roberson agreed on the problem regarding the thermocouples, yet drew a more positive conclusion:

“The long period of relatively constant heat production following deactivation of the E-cat main internal core heater suggests significant excess energy.  Accurate determination of that energy cannot be established due to imperfections of the test setup.”

(Roberson’s complete conclusion is here, spread sheet analysis here).

Higgins also believed that the E-cat generated net energy:

“Despite the test’s flaws (and considering the integrity of those involved), the data suggests that substantial excess energy (as heat) was produced. (…) Critical error analysis of the experiment will continue; but the expectation is that errors will be unable to account for the large excess heat output.”

(Higgin’s complete conclusion is here, spread sheet analysis here).

Another person who commented was the American Jed Rothwell, who has followed the area LENR (Low Energy Nuclear Reactions) for many years.

He wrote: “The test produced irrefutable proof of anomalous energy production, in several different ways. After input power was turned off, not only did it remain hot for 4 hours, it twice sharply increased in temperature. This is first-principle proof that large amounts of energy were being generated inside the reactor.”

He also described a simple experiment that those who doubt the conclusion can perform.

(Rothwells conclusion and suggested experiment is here, and a comment by him also on

Currently, there seems to be no way to get further with the data from the test on October 6 (minor updates to these documents will be done though – check for the most recent versions).

Rossi’s sight is now set on a test October 28 of a heat plant supposed to generate one megawatt thermal power. The test will be performed under the control of an unidentified customer who will buy the heat plant, provided that the promised power consumption to heat output ratio can be verified by the customer.

According to most people Ny Teknik spoke to, it is doubtful whether the test of the large heat plant can provide a clearer answer regarding net energy produced than tests of single modules of the energy catalyzer have done so far.

Both independent analysts and Ny Teknik’s readers ask instead for a new test of a module, but with much more accurate measurement methods, preferably conducted by independent persons at a neutral site.

Meanwhile competition seems to build up. The Greek company Defkalion Green Technologies which had a license agreement with Rossi until August when Rossi communicated a breach of contract, recently claimed that it not only has developed a product for the energy market but also its own core technology based on “Rossi’s invention or similar inventions.”

Defkalion’s VP of R&D and board member Prof Christos Stremmenos declared in a letter that this was not true. Alexandros Xanthoulis, representing the owners of Defkalion, then answered that Stremmenos didn’t have knowledge about this as he had been absent for several months.

According to Ny Teknik’s sources, Defkalion continues to meet with companies interested in acquiring licenses for manufacturing and distribution of Defkalion’s products, at a license fee amounting to 40.5 million Euros per factory.

The sources also told Ny Teknik that Defkalion offers interested clients to see its technology and let them verify the validity of it with independent scientists of their choice, after having deposited 500,000 Euros in an escrow account.

UPDATE (Oct 21, 16:45): Defkalion confirms this information with the following statement: “Price for exclusive license is 40.5 million Euros which includes blue prints, transfer of knowledge, and training to establish an operating factory producing up to 300.000 Hyperion [Defkalion’s product name] units annually. Potential licensees contact Defkalion with an interest to assume this exclusive license. They are invited to perform independent tests on our products with their own instruments. The 500,000 Euros in an Escrow Account is payable only on the condition that they are satisfied by the results of their measurements and they wish to proceed in the signing of a full contract.” (End of update)

Another researcher who works with LENR between nickel and hydrogen is the Italian Prof Francesco Piantelli who previously conducted research with Rossi’s scientific adviser, Prof Sergio Focardi.

According to NASA shows interest in Piantelli’s work and in the company Nichenergy which is linked to his research.

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