Came across this, this guys giving a presentation on how water behaves near hydrophillic materials, and guess what Delrin is also hydrophillic.

https://www.youtube.com/watch?v=JnGCMQ8TJ_g    Part 1

https://www.youtube.com/watch?v=hqHWueBp23c    Part 2

Could be an answer lies here, if not its an interesting watch anyway.

Quote from phil on February 28th, 2013, 04:49 PM

Came across this, this guys giving a presentation on how water behaves near hydrophillic materials, and guess what Delrin is also hydrophillic.

https://www.youtube.com/watch?v=JnGCMQ8TJ_g   Part 1

https://www.youtube.com/watch?v=hqHWueBp23c   Part 2

Could be an answer lies here, if not its an interesting watch anyway.

Funny how I've thought this same thing for many years but was never able to conduct the experiments to prove it.

Water needs to be near a hydrophillic region in order to transform into ice.   Hmmm...  Interesting.  So do you think it also needs to be near one of these regions to transform into gas (HHO)?  Sounds like the EZs are actually H2O3 so we need to think a little here.  EZs are lacking protons and therefore are negatively charged.  So do we feed them more electrons or do we take away electrons?

Excellent find phil !

The water turned to ice first in the EZ with the film .
Then they froze the water again without the nafion film in there. Just bare metal cooling element and an EZ formed at the plate then spread throughout the ice.

 It seems the EZ water is part of the transition from water to ice weather you've got a hydrophillic material present or not..

Then he said when they thawed the ice it was all EZ water.
 I already drink 4-5 litres of reverse osmosis water a day. Gonna freeze and thaw some and note the effects if any.

I have no idea how this stuff would behave under electrolysis conditions. It could be this EZ water splits into HHO more easily than the stuff he refers to as bulk water. It could be its a good dielectric, the way its hexagonal structure is overlaid. It could behave totally different to regular water when exposed to electricity.

He said it responds light so you can make the EZ bigger or smaller, think he said infared works best, but also 270nm.

I only got through part 1 so far, but seems to me there are a lot of ideas that will work with the epg.

A quote from Dr. Pollack on EZ's reaction to electricty -

Researchers have also investigated what happens to the structure of water when you run an electrical current through it.

"If you put a negative electrode right next to structured water, the structured region grows, but with a positive electrode it diminishes," Dr. Pollack explains. "So this structured water is just filled with charge. It's not free charge, its charges that are fixed at points in a very tight matrix--something like a semi-conductor. But it can build, and the source from which it builds is water, ordinary bulk water.

… So yeah, if you put an electrode in, it does work. It has a powerful effect… In the experiments we've done, it's just a matter of 5-10 volts… We haven't studied it in enough detail how much voltage you really need to put on to be effective. That needs to be done in the future. There are pilot experiments that we've done and we haven't published them yet."