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Cont: Brilliant Light Power Going To Market - Free Energy Generator Part 3

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Of course there is discoloration. Hydrinos are dark matter after all, so the glass turning opaque is proof that they were produced in there. :)

Perhaps customers will be expected to ship their SunCells back to BLP for cleaning and refurbishing after each half second of operation.

You have to buy a chain of them for a 24 hour supply of power for you house. You'd need to buy 86,400 x 2 of them for that. BLP could go with a bulk rate then give back 3 cents for each burned out one's returned.

Each one would come with a page of Mills' book clued to the back instead of a manual.
 
Oh dear. So a little research shows that I should have written,

As-tu tué le Jaseroque?
Viens à mon coeur, fils rayonnais!
Ô Jour frabbejeais! Calleau! Callai!
Il cortule dans sa joie.

So much for my rusty French.

As Harrison Ford said during the filiming of "Star Wars", "You can write this stuff, but you can't say it." Except that I can say it but not write it.
 
The caption reads "The reaction was intentionally terminated to prevent thermal damage to the cell. Brilliant Light Power can now operate continuous hydrino plasma on demand. Work is in progress to manage and control the high power."

I wonder how long before this gets retconned into "continuous only means for a single second", like the other times Mills has claimed a continuous reaction.
 
I wonder how long before this gets retconned into "continuous only means for a single second", like the other times Mills has claimed a continuous reaction.


Continuous as contrasted to batch. The closed SunCells prior had a set amount of hydrogen which was consumed and the reaction stopped, in other words a batch run.
 
Continuous as contrasted to batch. The closed SunCells prior had a set amount of hydrogen which was consumed and the reaction stopped, in other words a batch run.

More like: The new improved SunCell stops quickly after damaging itself as opposed to the old SunCell that immediately destroyed itself.


Added: The finish line is still nowhere in sight. They continue to increment laughably wrong-headed designs while avoiding anything that might prove/disprove the supposed reaction. I wonder if Mills has ever considered why automobile engine blocks are not made of glass?
 
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More like: The new improved SunCell stops quickly after damaging itself as opposed to the old SunCell that immediately destroyed itself.


Added: The finish line is still nowhere in sight. They continue to increment laughably wrong-headed designs while avoiding anything that might prove/disprove the supposed reaction. I wonder if Mills has ever considered why automobile engine blocks are not made of glass?


It should be obvious that the pyrex like material is temporary, in order to visually monitor what is going on with the plasma reaction so they can establish better control of the reaction. Later versions will not be transparent. Take a look at the latest video for instance.
 
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It should be obvious that the pyrex like material is temporary, in order to visually monitor what is going on with the plasma reaction so they can establish better control of the reaction. Later versions will not be transparent. Take a look at the latest video for instance.

 
It should be obvious that the pyrex like material is temporary, in order to visually access what is going on with the plasma reaction so they can establish better control of the reaction. Later versions will not be transparent. Take a look at the latest video for instance.

A few years ago they were touting the imminent availability of prototype generators. More recently they stated that the engineering problems had been solved. But only now they are trying (and failing) to establish control of the reaction? How odd!
 
Pyrex gets soft at 550C, so it doesn't seem like a good choice for even a temporary Sun Cell.

Its best attribute is its thermal shock resistance. It is intended for heat applications.

http://www.quartz.com/pxprop.pdf

PYREX Code 7740 glass is designed for use in all laboratory glassware requiring very high resistance to strong acids, alkalis and products intended for use in heat applications such as autoclaves, hot plates and open flame.

Pyrex 7740 has a soften temperature point around 820C not 550C. It has a strain point of 510C however so prolonged exposure to such temperatures is not good of course.
 
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A few years ago they were touting the imminent availability of prototype generators. More recently they stated that the engineering problems had been solved. But only now they are trying (and failing) to establish control of the reaction? How odd!


Point me to the source where 'they' stated all the engineering problems had been solved. Or are you not implying the word "all"? Yet, you are implying it.
 
Point me to the source where 'they' stated all the engineering problems had been solved. Or are you not implying the word "all"? Yet, you are implying it.
What happened to the claims of outsourcing commercial development to Columbia Tech?
 
Its best attribute is its thermal shock resistance. It is intended for heat applications.

http://www.quartz.com/pxprop.pdf

PYREX Code 7740 glass is designed for use in all laboratory glassware requiring very high resistance to strong acids, alkalis and products intended for use in heat applications such as autoclaves, hot plates and open flame.

Pyrex 7740 has a soften temperature point around 820C not 550C. It has a strain point of 510C however so prolonged exposure to such temperatures is not good of course.

Congratulations on your google skills to provide post hoc spin-doctoring.
 
Point me to the source where 'they' stated all the engineering problems had been solved. Or are you not implying the word "all"? Yet, you are implying it.

wouldn't that be about 30 years ago when a working prototype was 'nearly ready for commercial production'?
 
What happened to the claims of outsourcing commercial development to Columbia Tech?

They outsourced some engineering (not commercial) development to Columbia Tech. CT was not able to rectify problems related to the large heat differentials involved using molten silver. So currently BLP is doing the engineering in house and using gallium instead of silver.
 
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