Ran into an interesting article on Wired that does a nice “roll up” of the LENR news. It makes it look like 2014 is likely to be the year of “fish or cut bait” for Cold Fusion / Low Energy Nuclear Reactions.
Because folks who make the gadgets are saying they will ship in 2014. Commercial product. Other folks are putting money down for shipments. Either they happen, or they don’t. It is shown real, or “stuff hits the fan”.
I can’t really do any better job than the author of the Wired article already did. I’ve followed some of their links, and I’ll paste here some quotes from those links that help make the case, but really, just read that article.
15 January 14 by David Hambling
Yes, I’m coming to this late. About 5 months late. Oh Well. Hopefully still ‘fresh’ enough to be of interest.
In December, Cyclone Power Technologies, a US company known for its highly innovative Cyclone Engine, announced that Dr Yeong Kim would be joining their consulting team. Dr Kim is a professor at Purdue University and a leading researcher in LENR. In a press statement Dr Kim said that his new role with Cyclone was an opportunity for research to understand and harness cold fusion.
The Cyclone Engine is an external combustion engine — a high-tech steam engine — that can use virtually anything as fuel, from oil or gas to biomass or powdered coal. It can also be powered by waste heat or solar collectors, and Dr Kim suggests that a future Cyclone Engine might have cold fusion as its heat source.
Meanwhile Brillouin, one of the lead contenders for commercialising LENR technology, announced in December that they had signed a licence agreement with an un-named South Korean company after a year of due diligence. The deal, […] licenses the Koreans to manufacture cold fusion units, with production and installation in 2014.
So we’ve got a 2014 delivery date claim for Brillouin tech. The article references a link in Pure Energy Systems News:
After a year of due diligence, a firm in S. Korea has signed a license with Brillouin, according to Bob George, CEO. They hope to roll out manufacturing plans by the end of 2014, as well as retrofitting a stranded asset power plant with their clean, easily-affordable, “cold fusion” boiler technology.
by Sterling D. Allan
Pure Energy Systems News
So not only a 2014 date, but also power plant scale. That’s a pretty big sized boiler. Not a table top scale. In the following quote “Bob” is their CEO:
But the development that Bob said is “the most significant event” they’ve had, and which I could be the first to announce, is that just before Christmas, they signed a multi-million dollar licensing contract with a firm in South Korea,[…]
This contract came after a year of the firm performing their due diligence. […]
He hopes that by the end of 2014 they will be ready for roll-out of manufacturing, handing over a set of prints to licensees to build and beta-test units. He said that they would have already done the beta testing on their end, by then.
OK, it’s got a weasel in it with the “end of 2014” that can easily be stretched into mid 2015… but only with some eyebrows raised. By that time, even with a stretch, they ought to have large hardware being moved around and visible.
What Bob is most keen to secure by contract is a “stranded asset” power plant in the range of 5-10 MW willing to beta test their HHT system as a retrofit solution to replace their coal-, or biomass-, or other polluting source that has had to be shut down due to environmental regulations. They would take out the old boiler and scrubber and replace it with their HHT technology. He thinks this could begin to be installed by the end of 2014, as well.
The cost for producing power in such a retrofitted scenario would be 2 cents per kilowatt-hour. Bob is confident that once one plant has been retrofitted as a demonstrator, many others will want to retrofit as well.
They do have another power plant ready to implement the technology, but it’s not a stranded asset scenario.
Well, that’s pretty clear. 5 MW is going to be visible in the construction. Also note the 2 ¢ / kWhr cost. Nice. IF this is real, the whole attempt to kill off western industry via coal bans and CO2 caps goes “up in smoke”, as this just slides into the boiler room… I don’t know which matters more. The derailing of the CO2 Tyrants, or the wide availability of cheap electricity. Lets all hope it’s real.
Further down that Wired article, they mention a New Energy Times article that spots a shift in government attitudes toward funding some LENR research.
The DoE provides funding for innovative energy projects via their Advanced Research Projects Agency for Energy (ARPA-E). The latest funding opportunity announcement included a new addition in the list of technologies which the DoE is interested in: alongside solar, photochemical reactors and radioisotope thermoelectrics and many more, Low Energy Nuclear Reactions made the cut.
U.S. Department of Energy Invites Submission of LENR Proposals
Jan. 3, 2014 – By Steven B. Krivit –
New Energy Times has just learned that, on Sept. 27, 2013, the Department of Energy’s Advanced Research Projects Agency-Energy (ARPA-E) quietly announced a funding opportunity for low-energy nuclear reaction (LENR) research, among other areas.
This first-ever direct invitation from the Department of Energy for submission of proposals to fund this research marks a significant point in the field’s history. […]
ARPA-E made its announcement in its “Funding Opportunity No. DE-FOA-0001002, CFDA Number 81.135,” at this Web site. […] Here is a direct link to a PDF of the invitation. LENRs are listed in item 3.6 in Figure 3 on page 11 of 27 in the PDF.
The links are:
It also looks like ARPA likes obscure URLs…
The Wired article goes on to look at Rossi and his connection via a couple of hops to a Chinese money source. Then wanders off to the the Martin Fleischmann Memorial Project and a claim of a variation that makes detected radiation. Link here:
We have accomplished a few experiments that appear to show small amounts of excess energy (6 to 10%). These results still face a number of open questions that we are diligently working through.
We have shared evidence of a repeatable rise in counts from a Geiger counter. We continue to work to validate these results in new experiments and with better instruments.
OK, positive results. But not exactly an earth shaking ‘rise’…
I actually found this article more interesting:
It covers some fascinating processing of metals at a very small feature scale, and also has a fascinating sidebar or two. Like this one on a novel way to weld glass plates:
My best guess is that the Ni micro-powder had adsorbed moisture on its surface with an H-O-H attached to a surface nickel oxide oxygen atom as …-Ni-Ni-O-H-O-H. When the Fe2O3 is added, a loose bond comes from the dangling H atom as
…-Ni-Ni-O-H-O-H-O-Fe-O-Fe-O-Fe-O-…. Depending on the initial humidity, there could be longer chains of H-O-H-O-H … between the two surfaces.
Hydrophilic bonding is used commercially to bond flat glass plates together, for example to make hermetic crystal packages or optical interferometer components. Just take two clean, flat plates of glass, wet them, place them together, and heat. Initially each surface would look something like
…-Si-O-Si-O with a dangling oxide on the surface. The water chain between them forms
When heated, H-O-H groups drop out of the sandwich until you are left with only
and, at that stage the glass surfaces are permanently bonded. This also occurs in nature, agglomerating smaller oxides particles into larger clusters, and is one reason why nanopowder is not found in nature on the Earth.
Might be fun to try heating some wet glass plates, powders, whatever.
Looks like while I wasn’t paying attention, the LENR field has gotten much further along. It also looks like this year ought to be the year we get a final answer to “is it or isn’t it?”.
At this point I’d normally love to spend a day or so delving into one Rabbit Hole or another, and adding a lot of ‘what is happening now’ and getting caught up. Unfortunately, instead I’ll be at work managing computer stuff and assuring that Disaster Recovery sites work for this coming hurricane season. Which promises to be a dud. But I digress…
So if folks have a favorite update link or article, feel free to post ’em up here. With any luck we’ll have more than just “someday maybe” news stories and possibly even a construction site photo or two in the next 6 months.