I have seen green models but don't know if that is what they go into production with.What are they using for Hydrino capture? That would be the deal breaker for me, it needs to be green
I have seen green models but don't know if that is what they go into production with.What are they using for Hydrino capture? That would be the deal breaker for me, it needs to be green
[qimg]http://homebase.scene7.com/is/image/homebase/869419_R_Z001?$LISTER$&wid=420&hei=420[/qimg]
My test reactor is capturing the hydrino gas into a combustion chamber fed with oxygen to produce a form of heavy water.
All joking aside, I gave up on trying to get hydrino samples from BLP and decided to make my own. The basic reactor design is pretty easy to build without violating any of BLP's few valid patents. They really screwed themselves by never hiring a competent patent attorney. Whoever the idiot is they DID hire exposed their tech without protecting it.
My test reactor is capturing the hydrino gas into a combustion chamber fed with oxygen to produce a form of heavy water.
Inert my ass. This stuff reacts with glass if you don't chemically bond it. Even the hydrino water is more corrosive than regular water. Iron frigging fizzes when exposed to this stuff. I've paused development on the reactor while I work on ways to process the hydrino waste. The messed up electron shells mean chemical reactivity seems to vary from hydrino to hydrino. I scavenged the Americium-241 from an old smoke detector and put it in a compression chamber with some of the hydrino gas. At about 30 PSI the whole thing melted down.
I borrowed a few pages from my late grandfather's fusion reactor work. He worked on the liquid sodium phase of the experimental fusion reactor's coolant system. I'm using liquid aluminum as an intermediary between the reactor core and the steam generator I'll use for actual power generation. This has the added benefit of shielding the water from Hydrinos.
Photos attached, these were taken from "a run" yesterday, the only processing I've done is to reduce the size of the photos.
Brilliant work, I applaud you!
Can't you just mix water and Cheerio's to make Hydrino's, or am I missing something, like glue?
Didn't the chamber shut down? Dihydrino monoxide is known for staying always as ice, close to 0 K.
You're missing... SCIENCE!!!!!
You're missing... SCIENCE!!!!!
They've had the photovoltaic array for a month now any sign of that public demonstration?
Again michaelsuede is taming vocabulary.
It is no accident they can't make a simple statement about what the thing actualy does. It's pretty stupid when you're direct about it - running solar panels with a light bulb.
All what I've read from them describes some small space and thingamajig getting heat and/or electricity from the outside, and when it reaches certain conditions an extremely short burst of energy in the form of radiation is gotten, ......
Soooo saaaaad ....
The whole idea of needing "a commercial power source" is a red herring anyway. Where are these "experiments" taking place? In a building either designed for experimentation or in a warehouse-type environment. That means that there almost certainly is 32/64A power already on-site, and 125A mains isn't exactly unusual - and could easily be installed for some of that $100m.
Just to be clear, the power source is a couple (?) of common, commercial capacitors. They deliver very short bursts or pulses of power, in magnitude comparable to a hair drier. Most of that is current. Voltage is only 3V or thereabouts. The power release spike from hydrino formation lasts much longer than the input power pulse, and is of considerably greater magnitude.
Mark