https://www.youtube.com/watch?v=1NrIXndSyT0
PROJECT ICARUS
MAX AND TEAM HAS FIGURED MEYERS" WORK ALL OUT
AND HE JUST GAVE IT AWAY THE OTHER DAY
MORE TO COME
I guess my question is:
Can I take a normal brute force HHO dry cell and do something to the gas coming out of it to make the gas powerful enough to run an engine?
What I know first hand is that 8 - 10 LpM HHO will not even idle a 305cc engine. It will start and suck the bubbler empty of any HHO and die in about three seconds. So there must be more to it than that.
Seems to me from what I gather in the video, all I need is electron extraction--run it though a tube of 660nm LEDs and I should be off to the races. I'm thinking it must be far more complicated than that. Yes?
here is my reply
https://www.youtube.com/watch?v=AT7p72QGME4
Very impressing! My question: How would you say you allow voltage over the cell? For most of us the voltage drops to near zero volts when one attaches the cell.
Enjoyed your video Max, thanks for your hard work. Jeff.:cool::D:P
I'm not asking for that much here...
Someone just show me HHO not running an engine, then the same HHO running the same engine after going through a mickey mouse box surrounded with LEDs. Then I'll make up my own ***** mind if it works or not.
Im working on one right now. Not even going to bother with the VIC since its not needed.
From what i have read and understand is the led's at the right wavelength and also pulsed at the right frequency will eject the electorns from their orbit. If one is completly ejected you must have a way to attract the electron and remove it from the gas that is where the Electron Extraction Grid and curcuit comes into play.
Good grief. So now we need a photon exciter AND an electron extractor. No wonder people are still driving their cars on petroleum. And may I ask, how much more juice are those two components going to chew up before I can get any HHO that will actually run an engine?Quote from gpssonar on May 19th, 2013, 06:19 PM From what i have read and understand is the led's at the right wavelength and also pulsed at the right frequency will eject the electorns from their orbit. If one is completly ejected you must have a way to attract the electron and remove it from the gas that is where the Electron Extraction Grid and curcuit comes into play.
Good grief. So now we need a photon exciter AND an electron extractor. No wonder people are still driving their cars on petroleum. And may I ask, how much more juice are those two components going to chew up before I can get any HHO that will actually run an engine?Quote from gpssonar on May 19th, 2013, 06:19 PM From what i have read and understand is the led's at the right wavelength and also pulsed at the right frequency will eject the electorns from their orbit. If one is completly ejected you must have a way to attract the electron and remove it from the gas that is where the Electron Extraction Grid and curcuit comes into play.
@ lynx, If you are talking about the tub cell that he had in the yard that was running the buggy, He never drove the buggy on that cell, He produced enough gas to idle the buggy. All the videos i have seen when he was driving the buggy had everything on the buggy to make it driveable. All i got to say about the K.I.S.S method is, If it was so simple to build this and compact it in a size small enough to put it all on a vehicle why did it take him 15 years. As Stan stated himself in his own video, He thought it would only take 6 months to a year to implement this in production but in reality it took 15 years. I belive that blows the K.I.S.S method out the window.
I understant keep it simple, all i was trying to say to compact all to a small unit to run a vehicel, is very complex and will take time to do it.
Sure, well dont forget stans time vs our time now. We can compact it all in to one complete circuit board. Also stans circuits are old school. We have technology now. We can simplify everything. Micro processors on a board with everything else so all we gotta do is change the settings via a port. Much like current vehicles and their computers.Quote from gpssonar on May 20th, 2013, 03:08 AM I understant keep it simple, all i was trying to say to compact all to a small unit to run a vehicel, is very complex and will take time to do it.
Their are a ton of things stan did that can be vastly improved. We now have actual red LEDs vs stans red shell LEDs. We can use higher grades stainless steel, stan used 304. Im not sure why he did, but we can use 316, or even higher grades than that.
You know really I think a lot of people get stuck on this stuff because they want to replicate the past. Instead of learning of the past and designing for the present. Then again everyone who does figure out wants to be rich so their goes all of that and we start over again until another guy figures it out and wants to be rich.