What is Brown's Gas video 2 : See the cutting power of Brown's Gas

[@sarithsalim1]

Give more explanation in another

[@thewebkid]

Do a test with gas that doesn't have eew so folks know the difference

[@Hydrogen4Health]

@@thewebkid I will be doing another video in this series that used bottled H2 and O2. We will see if it acks the same as BG

[@ecopegasus]

@@Hydrogen4Health Good idea :) It'll be interesting to see how you make sure the gas ratio is 2 parts hydrogen to 1 part oxygen. I haven't tried to figure out how to do that yet. And it'd be good to apply that bottle gas to the 'flame ion' test too. :)

[@ecopegasus]

EEW :)))) You have been following me for a long time :) I changed the name to ExW many years ago to mitigate the 'stinky' implication of 'Brown's Gas' :)))) I've also recommended to Steve that he use measured strips, say 1" wide and a track torch or even just a horizontal rest so that the cuts can all be under equal conditions. But for some reason, my 'direct' comments are not showing up on some of Steve's videos and he isn't sure why.? So, with your indulgence I'll try this 'indirect' response. Steve, The big Blue Chinese 'Alkaline Brown's Gas' generating machine you are using to compare with your (PEM) OxyHydrogen (H2 Life V5) machines does produce ExW but NOT in the quantities that an optimized Brown's Gas electrolyzer would. So the 'result WILL BE closer to OxyHydrogen The blue machine is about the same as my 1994 technology, before I optimized (in 1996) a design where I could SEE the ExW being produced. You can see my optimized experiment here: eagle-research.com/water-gas/ I was building electrolyzers that were producing 130% gas volume. Obviously, nothing can be over 100% (even electrolyzers designed by NASA were only running in the 90% range for Faraday efficiency)… so WHERE was/is the EXTRA gas coming from? How is it that I was getting MORE gas than theoretically possible? I had a theory (mon-atomic gas), that was subsequently dis-proven when we tested the Brown's Gas with spectrographic analysis. But... The spectrographic analysis showed something entirely different, a gas made from WATER (it's still water) that was NOT water vapor or steam... A negatively charged cold PLASMA form of water (H2O-). Then I realized what I was seeing in the transparent ER50. A gas being formed that was NOT part of the Faraday equations (it was still WATER, (H2O-)) but a 'side effect' of the electrolysis process / design I had optimized. I call this 'extra' gas Electrically Expanded Water or ExW. If the point of this series of videos is to honestly demonstrate the difference (or lack thereof) between Brown's Gas and OxyHydrogen then it behooves you to build the ER50 and test it, then use it for your comparisons. Instructions to build an ER50 can be found here: eagle-research.com/product/er50-flat-plate-kit-mini-bg-electrolyzer/ kzbin.info/www/bejne/pZPTc3uFm8-leKM The ER50 can be used to fuel a micro-torch, kzbin.info/www/bejne/r5yzpX6ro5qBgMU which was it's original application, before being repurposed for health kzbin.info/www/bejne/qWPapnZjoNWkerc kzbin.info/www/bejne/h5i0lqtufr2sfrs Note that your cutting test was about 23 seconds for the OxyHydrogen and 19 seconds for the poor quality Brown's Gas (about 20% faster cut). I note that all your tests, even compensating for different distances cut and increased gas production were consistently faster with the Brown's Gas (using a stop watch while watching your video). To do this test 'better' I'd use pre-measured strips of stainless steel (equal lengths of maybe 1 inch) and an automatic cutting machine (for straight lines), adjusting each type of gas to it's maximum cut rate. May the blessings be 🦅 George Wiseman

[@Hydrogen4Health]

@@ecopegasus That's easy with regulators and my alicat flow meter.

[@Hydrogen4Health]

@@ecopegasus See video 5 kzbin.info/www/bejne/rmWlm6p5j7yMlbssi=lzldFFE2Wz4_oGcZ , I think we can see where the extra efficiency comes from. Using your equation my PEM was over 100% efficiency and we all know that's not possible. Maybe when you were "building electrolyzers that were producing 130% gas volume." you used this equation... "The big Blue Chinese 'Alkaline Brown's Gas' generating machine you are using to compare with your (PEM) OxyHydrogen (H2 Life V5) machines does produce ExW but NOT in the quantities that an optimized Brown's Gas electrolyzer would. So the 'result WILL BE closer to OxyHydrogen"