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Practical & Environmental Applications for Brown's Gas with George Wiseman (Part 2) | The Holistic Pharmacy Podcast · Pharmacy Podcast Network

0:05
Speaker 1: You are listening to the global network of podcasters dedicated
0:09
Speaker 1: to the pharmacy profession. Welcome to the Pharmacy podcast Network.
0:28
Speaker 2: Hello, and welcome to the Holistic Pharmacy Podcast. I'm your host,
0:33
Speaker 2: Marina books of and I'm a functional medicine pharmacist in
0:37
Speaker 2: New York. I'm also a clinical herbalist and an integrative
0:41
Speaker 2: health coach specializing in mindfulness and empowerment. I'm on a
0:46
Speaker 2: mission to transform the way we approach healthcare by bridging
0:50
Speaker 2: the wisdom of traditional medicine with modern practice. And in
0:54
Speaker 2: this podcast, I will be highlighting guests who do just that.
0:58
Speaker 2: I'm constantly in fired by them, and I know you
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Speaker 2: will be as well.
1:03
Speaker 3: Hello and welcome back for part two of my episode
1:07
Speaker 3: with George Wiseman. So definitely check out the last episode
1:11
Speaker 3: where we talked all about Brown's gas and its uses
1:16
Speaker 3: for health. And I'm just going to introduce what else
1:21
Speaker 3: this technology can be used for. So, as we know,
1:26
Speaker 3: the world is currently in turmoil with health issues, fuel
1:29
Speaker 3: prices rising, and food shortages on the horizon. So what
1:33
Speaker 3: if there was a technology that neutralizes radioactive waste right
1:37
Speaker 3: at the reactor can literally make precious stones and metals
1:42
Speaker 3: from rocks, reduces carbon fuel consumption by twenty five percent
1:47
Speaker 3: or better. Helps make your own torch fuel, helps plants
1:51
Speaker 3: grow up to ten times faster, can make deuterium depleted. Water,
1:56
Speaker 3: helps bodies heal from virtually every ailment No. Two man
2:01
Speaker 3: helps wounds heal three times faster, optimizes health performance. And
2:05
Speaker 3: what of this technology could be made using water in
2:09
Speaker 3: your own home. So George, without further ado, welcome to
2:13
Speaker 3: this show, and let's talk about all this.
2:16
Speaker 4: Yes, when I started, just to recap, when I started
2:22
Speaker 4: with Brown's Gas, was with fuel savers and I got
2:27
Speaker 4: into Guil Brown's research and is an inventor from Australia.
2:32
Speaker 4: The actual first inventor of Brown's Gas was William Rhodes
2:35
Speaker 4: in Phoenix, Arizona, and Euil Brown referenced William Rhodes's patents
2:40
Speaker 4: in his patents, but I learned about it from Eil Brown.
2:44
Speaker 5: Andjil Brown did a lot of.
2:47
Speaker 4: Optimization and commercialization of the Browns Gas worldwide. In fact,
2:54
Speaker 4: a lot of it was in Asia, which is close
2:57
Speaker 4: to Australia where he was living. And Asia when they
3:03
Speaker 4: really took off a couple of decades ago and started
3:06
Speaker 4: building like a million persons cities in a month kind
3:10
Speaker 4: of thing. They just really bootstrapped themselves up. They went
3:13
Speaker 4: straight to Brown's Gas as the gas of choice for
3:17
Speaker 4: their torches and all that kind of stuff. They didn't
3:20
Speaker 4: have bottle gases like we do a bottle gas infrastructure,
3:24
Speaker 4: so they just jumped right over that and to the
3:26
Speaker 4: Browns Gas. So they're way ahead of us with Browns
3:29
Speaker 4: Gas applications over there, and.
3:32
Speaker 5: It's quite a story. I'll just skip over that.
3:35
Speaker 4: The point is that these health purposes and stuff that
3:38
Speaker 4: we're talking about, radioactive neutralization, all this stuff is already
3:42
Speaker 4: being done over in Asian countries and we're behind over
3:46
Speaker 4: here in America. So now it's up to us to
3:48
Speaker 4: educate people and let them know that all this stuff
3:51
Speaker 4: can be done in their own home. So I learned
3:56
Speaker 4: about the radioactive neutralization and actually nearby where I am
4:00
Speaker 4: in Niagara Falls, just up north in Ontario, there's a
4:04
Speaker 4: place called Chalk River, and Canada's always had good radioactive
4:12
Speaker 4: or thermonuclear power plants and stuff, so there's a research
4:16
Speaker 4: facility there and that's one of the places at least
4:19
Speaker 4: four places in the world that tested bronze gas to
4:22
Speaker 4: neutralize radioactive waste, and they did every time.
4:27
Speaker 5: It works just fine.
4:28
Speaker 4: In seconds, you can get rid of hundreds of thousands
4:30
Speaker 4: of years of radioactive waste right at the reactor using
4:34
Speaker 4: nothing but water and electricity. Oh, in this case in
4:37
Speaker 4: iron and aluminum. So he mix equal parts iron aluminum
4:40
Speaker 4: and the concentrated waste, and you heat it with the
4:43
Speaker 4: brownze gas and in a few seconds there's a pop
4:46
Speaker 4: and a shower of sparks, and the radioactivity is gone.
4:49
Speaker 5: Just like that can be done in a person's.
4:53
Speaker 4: Garage literally safely without radioactive issues. Okay, But then he
4:59
Speaker 4: was an also to make money. He made torch electrolyzers
5:03
Speaker 4: large enough to replace the sedlne in torches, and so
5:06
Speaker 4: I did that. But I also put in my own
5:09
Speaker 4: research and made a better machine. Was it was half
5:13
Speaker 4: the weight, half the size, and produced the same volume
5:17
Speaker 4: of gas with half the electricity. So my innovations were
5:21
Speaker 4: pretty good there. And in about nineteen ninety six some
5:28
Speaker 4: water torch customers started experimenting with feeding the.
5:32
Speaker 5: Bubbled water like water.
5:34
Speaker 4: They bubbled the gas into plants and they grew really faster,
5:38
Speaker 4: about four times faster in soil and ten times faster
5:41
Speaker 4: in hydrophonics, and then people started experimenting.
5:46
Speaker 5: With their own health, drinking the water and stuff.
5:49
Speaker 4: And there was the one guy in nineteen ninety six
5:52
Speaker 4: that soaked the cotton ball with the browns gas bubbled
5:57
Speaker 4: water and just resoaked it several times a day, put
5:59
Speaker 4: it in a plastic cap, and put it on the
6:02
Speaker 4: melanoma on his forehead, and in three weeks time that
6:05
Speaker 4: melanoma was gone. So that was that was fairly dramatic.
6:09
Speaker 4: And people with carpal tunnel syndrome they just put a
6:11
Speaker 4: bag on their arm and put the gas in the
6:13
Speaker 4: bag and the gas would go transdermally in and eliminate
6:17
Speaker 4: the inflammation. People with burns and wounds healing faster. So
6:23
Speaker 4: all this started to accumulate from nineteen ninety six. So
6:28
Speaker 4: by two thousand and five they convinced me, me, you know,
6:32
Speaker 4: the inventor, to try it myself, and I was and
6:37
Speaker 4: I did good. From two thousand and five to two
6:41
Speaker 4: thousand and seven. I didn't get sick anymore, and I've
6:44
Speaker 4: very seldom been sick since two thousand and five. My
6:48
Speaker 4: immune system has gotten much better and it kicks off
6:51
Speaker 4: coolds and blues and stuff without any issue. I get
6:54
Speaker 4: a little bit of a tickle in my throat and
6:56
Speaker 4: I take a couple of herbs and it's gone. So
7:02
Speaker 4: that all worked out really well. I hope I'm not
7:05
Speaker 4: getting off the subject.
7:07
Speaker 6: Bring me back, Yeah, yeah, yeah, definitely.
7:12
Speaker 3: So the last episode we discussed all the health applications
7:16
Speaker 3: and it.
7:16
Speaker 6: Was super, super impressive.
7:18
Speaker 3: So today I would love to just get into some
7:22
Speaker 3: of the other practical applications and pretend we're an audience
7:27
Speaker 3: of lay people myself included, like we have no idea
7:31
Speaker 3: like the things you're talking about. You know, I would
7:35
Speaker 3: love to discuss all the private and maybe even public
7:40
Speaker 3: sectors that can maybe check out this technology, because you know,
7:45
Speaker 3: what you're speaking to can really be helpful in so
7:48
Speaker 3: many fields, not only the health industry field, but like
7:51
Speaker 3: we were talking about the energy savings and public health
7:54
Speaker 3: and radioactivity. So I'd love to kind of discuss both
7:59
Speaker 3: of those, Right, which industries do you think should be
8:02
Speaker 3: looking at this and investing in this technology? And then
8:06
Speaker 3: for the private sectors at home people that are watching
8:09
Speaker 3: in individual's how could they incorporate this technology whatever else
8:13
Speaker 3: they have going on in their life.
8:15
Speaker 4: Okay, and you only gave me less than an hour,
8:23
Speaker 4: so we'll hit the high points and then dive deeper
8:25
Speaker 4: if necessary. So an interesting thing was in the early
8:31
Speaker 4: nineteen nineties, about nineteen ninety three, what's called an angel investor.
8:38
Speaker 4: It had me come to his mind sight and gave
8:43
Speaker 4: me a building to work in and sponsored my research.
8:46
Speaker 4: So I was doing seven days a week up to
8:48
Speaker 4: sixteen hours a day working with browns guests. I ended
8:52
Speaker 4: up hiring a couple of people to help me do
8:55
Speaker 4: all the experimentation and stuff, and it's one of the
8:57
Speaker 4: reasons that we developed such highly efficient electrolyizers, but also
9:01
Speaker 4: optimizing the browns gas. And I should mention that browns
9:05
Speaker 4: gas is not oxyhydrogen normally, and the gas mixture is
9:09
Speaker 4: two parts hydrogen to one part water. So there's mentioning
9:15
Speaker 4: that browns gas is not just oxygen and hydrogen, it's
9:19
Speaker 4: also electrically expanded water. And that electrically expanded water gives
9:23
Speaker 4: the magic ingredient to the oxyhydrogen mixture. So you can't
9:29
Speaker 4: just mix two parts hydrogen and one part oxygen and
9:31
Speaker 4: get browns gas because you don't get that electrically expanded water.
9:35
Speaker 4: So in our experimentation at the mind Sight, I developed
9:38
Speaker 4: transparent electrolyizers, so I could actually see inside what was
9:42
Speaker 4: going on. And we were getting over unity gas production,
9:45
Speaker 4: like we were getting one hundred and thirty percent paraday,
9:48
Speaker 4: and of course you can't have over one hundred percent something,
9:51
Speaker 4: so something else was happening, and we discovered that this
9:54
Speaker 4: third gas, what we call electrically expanded water, was forming
9:58
Speaker 4: right out of the solution. It wasn't until twenty nineteen
10:03
Speaker 4: that I discovered why, and it was again from an
10:06
Speaker 4: Asian researcher. His name was Chut Yee, who happened to
10:09
Speaker 4: be a speaker just before I was speaking at a
10:11
Speaker 4: water conference in bad Zoda, Germany. His presentation had to
10:15
Speaker 4: do with putting phdes in electrolyzers, transparent electrolyzers, and what
10:21
Speaker 4: he discovered was what I call an electron bridge. So
10:25
Speaker 4: between the plates which anode and cathode in the electrolyzer,
10:29
Speaker 4: if you don't have a membrane in the middle, which
10:31
Speaker 4: is what we discovered was the key ingredient. He needed
10:33
Speaker 4: no membrane in the electrolyzer, so you're not separating pure
10:37
Speaker 4: hydrogen gas off from pure oxygen gas, but there's no membrane,
10:42
Speaker 4: it forms an electron bridge, and that's where the process
10:48
Speaker 4: was stuffing electrons into water. Like a sponge soaks up water.
10:51
Speaker 4: The water was soaking up electrons and became a gas
10:55
Speaker 4: in the solution as a side effect of the electrolysis.
10:58
Speaker 4: So it had nothing to do with it FA equations,
11:00
Speaker 4: So the fair day equations were intact. There was It
11:06
Speaker 4: was one hundred and thirty percent fair day as far
11:08
Speaker 4: as the gases were concerned, but that extra thirty percent
11:13
Speaker 4: was another gas that was a side effect, and that's
11:16
Speaker 4: the electrically expanded water. So the Browns gas has this
11:19
Speaker 4: additional gas which puts extra electrons into the process. So
11:23
Speaker 4: when I'm cutting steel with the like replacing a catelene
11:26
Speaker 4: and a torch, it actually costs two percent of the
11:30
Speaker 4: cost of a satelene by the time you figure in
11:33
Speaker 4: all the bottled mars charges and the rentals and the
11:35
Speaker 4: cost of the gas and everything. When you're doing Browns
11:38
Speaker 4: gas at home or in your workshop and using it
11:42
Speaker 4: in a torch, it was actually much more much less
11:46
Speaker 4: expensive to do that because you're just making the gas
11:49
Speaker 4: from water and you never there was other additional benefits
11:52
Speaker 4: as well, like you've never run out of gas in
11:54
Speaker 4: the middle of a cut.
11:55
Speaker 5: If you're using a catelene and your bottle.
11:57
Speaker 4: Gases get low, you could actually run out of gas
12:00
Speaker 4: and then your cut ends. And with I don't know
12:04
Speaker 4: if you know, but if you end a cut with
12:06
Speaker 4: a stylene, you can't start back in the same place.
12:09
Speaker 4: You have to cut into fresh metal and then cut
12:11
Speaker 4: back because the oxidation layer the acetylene can't go through it.
12:18
Speaker 5: But with Brown's gas that's not true.
12:20
Speaker 4: You can start in this in the where you left
12:22
Speaker 4: off and continue, so that's another advantage. And the Browns
12:26
Speaker 4: gas flame is very laser like, so you didn't get
12:28
Speaker 4: a taper or a bevel in your cut, and it
12:31
Speaker 4: cut about thirty percent faster than acetylene. Just all the
12:35
Speaker 4: advantages that a person would want as far as having
12:39
Speaker 4: browns gas instead of a stylene in the in the mixture.
12:42
Speaker 4: So so with the torch it was doing great with
12:50
Speaker 4: the and now with the flame, now that we know
12:53
Speaker 4: what browns gas is and some of the things it
12:55
Speaker 4: can do when you're cutting with steel and brazing and
13:00
Speaker 4: preheating copper, any of the like welding copper, all those
13:04
Speaker 4: sort of things, the Browns gas does really extremely well.
13:09
Speaker 4: So one of the things at the mind sight is
13:11
Speaker 4: that they were making. They were pulling out a rock
13:14
Speaker 4: called feldspar. Now feldspar is about thirty percent of the
13:20
Speaker 4: Earth's crust, that particular rock, but most of it is impure,
13:26
Speaker 4: and he was pulling out pure feldspar, and if you
13:29
Speaker 4: cook it with the browns gas, it made transparent moonstone,
13:33
Speaker 4: and moonstone is a semi precious stone. We could also
13:36
Speaker 4: make rubies and sapphires and emeralds just straight from the
13:43
Speaker 4: base rock using the browns gas flame and the trend.
13:47
Speaker 5: And there was.
13:47
Speaker 4: Actually an article in Popular Mechanics way back when where
13:53
Speaker 4: they were thinking of making bridges out of things like
13:55
Speaker 4: moonstone because unlike iron and steel and stuff, it doesn't
13:59
Speaker 4: run and it's harder than iron and steel, so you
14:05
Speaker 4: could make permanent structures out of this. So there was
14:09
Speaker 4: some application of it. So in any case, those were
14:13
Speaker 4: the kind of things that we were doing at the
14:14
Speaker 4: mind side.
14:15
Speaker 5: I was treating his ore.
14:17
Speaker 4: When you treat, when you cook or with the browns gas,
14:21
Speaker 4: you get more of the mineral out.
14:23
Speaker 5: And when I was working as.
14:25
Speaker 4: A prospector, I took prospecting courses, I got certification. I
14:28
Speaker 4: worked as a prospector for a while, I believe it
14:31
Speaker 4: or not, you make more money on other things like
14:34
Speaker 4: copper than you do on gold, generally, because gold's hard
14:37
Speaker 4: to find.
14:38
Speaker 5: Copper is a lot easier than what have you.
14:40
Speaker 4: But I found some really interesting things when I was
14:43
Speaker 4: a prospector. But one of the things I discovered on
14:46
Speaker 4: my own and then other prospectors confirmed it.
14:50
Speaker 5: By the way, I'm inhaling.
14:52
Speaker 4: Browns gas as we inhale as we speak here.
14:55
Speaker 5: Because every time I sit at the computer, I do that.
14:58
Speaker 5: But it turns.
14:58
Speaker 4: Out in real in life, there's something called transmutation, and
15:06
Speaker 4: if you run water over stones in a certain pattern,
15:10
Speaker 4: like certain kinds of stones, gold will form spontaneously from
15:15
Speaker 4: the water. Okay, now we've duplicated that with the browns gas.
15:19
Speaker 4: That's one of the things that is called transmutation. And
15:23
Speaker 4: in fact, I have bottles here that have a sediment
15:28
Speaker 4: in them. So we'll get back to the transmutation with
15:31
Speaker 4: new water in just a minute. But what I discovered
15:34
Speaker 4: was there's certain creeks if you're doing plaster gold that
15:37
Speaker 4: you clean all the plaster out and there's no mother load.
15:40
Speaker 4: There's no mountain anywhere where the gold is coming from.
15:45
Speaker 4: Yet every year the gold reforms in the creek, so
15:50
Speaker 4: it just keeps forming and forming even though you clean
15:52
Speaker 4: it out, and there's no place theoretically where it comes from.
15:55
Speaker 4: Like you can go further up the creek, there will
15:57
Speaker 4: be a point where there's no gold. But if you
16:00
Speaker 4: come back down the creek, then there's gold. But there's
16:02
Speaker 4: no gold seams or anything. There's just various types of
16:05
Speaker 4: rock and stuff. So other prospectors had discovered that same
16:08
Speaker 4: thing when I when I.
16:09
Speaker 5: Mentioned it to them.
16:11
Speaker 4: So making precious stones, we can do that just by
16:15
Speaker 4: cooking the ore with the with the gas, and once
16:18
Speaker 4: you get rid of all the occlusions and stuff, you
16:20
Speaker 4: have what's called an amorphous crystal. It's not like a diamond.
16:25
Speaker 4: In fact, it burns diamonds. Diamonds are carbon, and the
16:30
Speaker 4: Browns gas burns carbon, so it actually burns diamonds. Even
16:34
Speaker 4: though you can make emeralds and sapphires and stuff, you
16:38
Speaker 4: can't make diamonds with the Browns gas because it actually
16:40
Speaker 4: burns it. So I thought there would be an interesting
16:43
Speaker 4: kind of side business for that, not that it turned
16:48
Speaker 4: out to be anything, but it was kind of amusing
16:50
Speaker 4: to me at the time because my first wife divorced me.
16:55
Speaker 4: So suddenly we had a diamond ring that didn't need
16:59
Speaker 4: didn't have.
17:00
Speaker 5: A person attached to it anymore. I was saying, you know,
17:03
Speaker 5: you could burn that diamond, but I didn't do that.
17:05
Speaker 4: I see continue on, but they're too valuable to burn,
17:10
Speaker 4: even though and you can't make them, even though you
17:13
Speaker 4: can make other stones. But that effect, that same burning
17:18
Speaker 4: of carbon is the same effect that if you put
17:20
Speaker 4: a little bit of browns gas in with a hydrocarbon fuel,
17:25
Speaker 4: it burns the carbon more efficiently, which is why you're
17:27
Speaker 4: getting greater fuel mileage when you're burning the putting a
17:32
Speaker 4: little bit of browns gas in.
17:33
Speaker 5: With the fossil fuel mixture. So these sort.
17:37
Speaker 4: Of things with that extra energy boost that the browns
17:41
Speaker 4: gas has become consistent across various things that a person
17:46
Speaker 4: is doing. So we have the making the semi precious stones.
17:51
Speaker 4: We've talked about the getting rid of the radioactive waste,
17:55
Speaker 4: but we didn't go on the other side of it.
17:56
Speaker 5: The person needs that.
17:57
Speaker 4: There's always two sides of something. The manufacturers of the
18:01
Speaker 4: radioactive waste don't want to destroy it. They want to
18:05
Speaker 4: store it because it actually still has energy a lot
18:08
Speaker 4: of energy, and they can make what's called nuclear batteries.
18:12
Speaker 5: So us as.
18:14
Speaker 4: Consumers who see these trains getting derailed and perhaps radioactive
18:19
Speaker 4: waste spilled all over the place and don't want that
18:24
Speaker 4: the people who have the radioactive waste. If you look
18:26
Speaker 4: it up, you can see patterns for nuclear batteries, and
18:30
Speaker 4: they can in theory, you could power home like this
18:33
Speaker 4: one with these nuclear batteries, and you can get all
18:37
Speaker 4: the excess heat off of it as well, because you
18:39
Speaker 4: have to cool the radioactive material as well as gathered
18:42
Speaker 4: the electrons to make the electricity.
18:44
Speaker 5: But all you have to do is pull.
18:47
Speaker 4: A magnetic field around one of these batteries and you
18:51
Speaker 4: can gather together all those electrons, put them in a
18:55
Speaker 4: magnetic field, and get them lined up the way they
18:57
Speaker 4: need to be to make electricity wire and you can
19:01
Speaker 4: power your home with these batteries. But also in the wintertime,
19:04
Speaker 4: especially up north where I am, you can get all
19:08
Speaker 4: the heat you need. Of course, anytime you have heat,
19:10
Speaker 4: you can get cold as well, so you can make
19:11
Speaker 4: air conditioning from it as well as the heating. So
19:16
Speaker 4: here we have a situation where these people know that
19:20
Speaker 4: this is possible. You wouldn't necessarily put this radioactive material
19:24
Speaker 4: in a vehicle, although one of those nuclear batteries would
19:27
Speaker 4: last the lifetime of a vehicle and give you power
19:30
Speaker 4: and electric motor, so you go anywhere you want without
19:32
Speaker 4: ever having to fuel your car again. But then you
19:36
Speaker 4: get into a potential of spilling radioactive waste out if you.
19:40
Speaker 5: Have a car accident.
19:41
Speaker 4: So there's pros and cons to all these things. Again,
19:46
Speaker 4: the Browns casts can get rid of the nuclear waste,
19:48
Speaker 4: but they don't really want to get rid of the
19:50
Speaker 4: nuclear waste. So it becomes a two part issue political
19:54
Speaker 4: issue in that politicians and the governments make and the
20:00
Speaker 4: companies who actually do the storage make millions and millions
20:04
Speaker 4: of dollars storing this radioactive waste. So obviously they lobby
20:08
Speaker 4: the government to keep that happening. And so if the
20:11
Speaker 4: government was to decide to get rid of nuclear waste,
20:14
Speaker 4: there'd be best at interests that don't want that to happen,
20:18
Speaker 4: the people that own it and the.
20:19
Speaker 5: People that store it.
20:21
Speaker 4: So the next thing is the deterium depleted water. If
20:28
Speaker 4: you take an electrolyzer and you split the water that
20:32
Speaker 4: you put into it, the pure distilled water into hydrogen, oxygen.
20:36
Speaker 5: The distilled water has something called.
20:38
Speaker 4: Deterium in it, and a lot of people don't know
20:41
Speaker 4: that deterium is actually hydrogen or heavy hydrogen, because as
20:45
Speaker 4: well as an electron and a proton, which is normal
20:48
Speaker 4: light hydrogen, detyium has an additional neutron, which is what
20:53
Speaker 4: makes it heavy. So it's still hydrogen, but instead of
20:57
Speaker 4: H they call it D for deeterium. Okay, So all
21:01
Speaker 4: water in the world has about five for every five
21:06
Speaker 4: thousand parts of lightwater, it has one part of heavy water.
21:11
Speaker 4: So as you and the heavy water, the light water
21:15
Speaker 4: splits preferentially. The heavy water is more tightly controlled heavier atom,
21:21
Speaker 4: atom that does more strength, so that light water splits
21:26
Speaker 4: off the hydrogen splits off instead of the deeterium. So
21:30
Speaker 4: the brown scas I'm inhaling right now is light hydrogen
21:35
Speaker 4: and oxygen.
21:36
Speaker 5: It's not the heavy stuff. The heavy stuff stays in
21:38
Speaker 5: the electrilyzer.
21:40
Speaker 4: And they used to actually make heavy water for the
21:44
Speaker 4: nuclear industry. They may even still do it, but way
21:49
Speaker 4: back when the nuclear industry was getting started, I know
21:51
Speaker 4: that they were doing the making the heavy water by
21:53
Speaker 4: simply electrolyzing or making the lightwater disappear and leaving the
22:01
Speaker 4: heavy water behind, so they could use it to help
22:05
Speaker 4: damp nuclear react reactions, which is exactly what it does.
22:09
Speaker 5: In your body as well. So this is why people.
22:12
Speaker 4: Should not have excess detium in their body, because it
22:16
Speaker 4: shuts down your metabolism. So as you get rid of
22:19
Speaker 4: that excess deterium by eating foods that are low in
22:25
Speaker 4: deterium and drinking water that's low in deterium. And there's
22:29
Speaker 4: a company out there called light Water LTE like water.
22:33
Speaker 4: It does exactly that. They sell water that's very low
22:36
Speaker 4: in deterium, so people could drink that, but it costs
22:39
Speaker 4: as much as one thousand dollars a month to drink
22:42
Speaker 4: enough to actually do the job well. With the aquiure,
22:46
Speaker 4: what you do is you just simply burn the hydrogen
22:49
Speaker 4: oxygen mixture. The browns gas is coming off and it
22:52
Speaker 4: condenses into First of all, the byproduct of burning hydrogen
22:56
Speaker 4: oxygen is water, but it comes out.
22:58
Speaker 5: Of steam and condense that steam.
23:01
Speaker 4: And now you have light water really like water, like
23:05
Speaker 4: less than half of the deuterium level of the thousand
23:08
Speaker 4: dollars water you're buying from Lightwater.
23:11
Speaker 5: So people can now make their.
23:13
Speaker 4: Own depleted water in their own home with the aquagure
23:18
Speaker 4: is another advantage of it. But now we get into
23:22
Speaker 4: the transmutation effect, and we discovered that in the electrolyizer
23:28
Speaker 4: itself it makes a sludge. And in one of my
23:32
Speaker 4: larger water torches that was being used by a carpractor
23:36
Speaker 4: in his practice, and he did a lot of healing
23:39
Speaker 4: of people, but once a year would clean out the
23:41
Speaker 4: sludge and his electrolyzer. Now this was a large one
23:44
Speaker 4: and ER twelve hundred that had nineteen pounds of plates
23:49
Speaker 4: which were staying the steel plates with the electrodes in
23:52
Speaker 4: the machine. And I mentioned that specifically just a minute.
23:57
Speaker 4: So as we cleaned out the sludge from that particular machine,
24:00
Speaker 4: I saved it. And over three cleanouts three years time,
24:04
Speaker 4: we had nineteen pounds of this sludge. When we analyzed
24:09
Speaker 4: that sludge, it had every single element that was in
24:12
Speaker 4: the stainless steel.
24:13
Speaker 5: We had the nickel, we had the chromium, we had
24:15
Speaker 5: the iron.
24:15
Speaker 4: All of these things were in that sludge. But the
24:19
Speaker 4: plates themselves, the electrodes themselves were still nineteen pounds, just
24:24
Speaker 4: like new. So only distilled water was ever put into
24:28
Speaker 4: that machine. Where did this nineteen pounds of metal come
24:31
Speaker 4: from or these elements that make up the stain of steel.
24:34
Speaker 4: So it was transmutation happening in a machine. Another example
24:39
Speaker 4: of the transmutation was I took a bottle of the
24:44
Speaker 4: new water, which is when you're making this deterium depleted water.
24:49
Speaker 4: We also call it new water because it's water that's
24:51
Speaker 4: newly formed from hydrogen and oxygen and has no memory.
24:57
Speaker 4: And if anyone is familiar with the memory and frequently
25:00
Speaker 4: seasoned water and stuff, that becomes extremely important because that
25:04
Speaker 4: water starts to absorb information from around it. It'll absorb
25:07
Speaker 4: your emotions, it absorbs the light, energies, the all the
25:10
Speaker 4: electromagnetic spectrum, all everything that's around that can impress on
25:15
Speaker 4: the water. It impresses on the water. So I put
25:19
Speaker 4: a bottle of this next to a bottle of orange
25:21
Speaker 4: juice in the refrigerator, not as an experiment. I just
25:25
Speaker 4: was setting it in the refrigerator. It has happened to
25:27
Speaker 4: be next to a bottle of orange juice. And then
25:30
Speaker 4: later when I went to drink this deterium depleted water,
25:32
Speaker 4: this new water, it tasted just like orange juice, so
25:39
Speaker 4: that obviously had absorbed some of the characteristics of the
25:41
Speaker 4: orange juice in the dark Fridge.
25:43
Speaker 5: I say dark Fridge.
25:44
Speaker 4: Because another fellow who had his name was Joseph Bender
25:50
Speaker 4: had a researcher Brownscasts researcher staying with him for a
25:53
Speaker 4: while called Norman Wuten in his business in the.
25:57
Speaker 5: Floor forty eight.
25:59
Speaker 4: I think it was Arison, but it might have been
26:01
Speaker 4: New Mexico anyway, called rain Fresh. So Joseph Bender's business,
26:08
Speaker 4: rain Fresh was making new water with electro electrolyzers, and
26:14
Speaker 4: like the Aquacure, only an earlier version. And they had
26:17
Speaker 4: a bottle of it that they set on the shelf
26:20
Speaker 4: in the sunshine. So sunshine was shining, and it was
26:24
Speaker 4: shining through a bottle of a mineral mixture that had
26:27
Speaker 4: fifty different minerals that you're supposed to take an ounce
26:30
Speaker 4: a day and to.
26:31
Speaker 5: Make sure you get your minerals in your body.
26:34
Speaker 4: And so the sunlight was shining through these through the
26:37
Speaker 4: mineral bottle in an impressing information onto the new water
26:41
Speaker 4: bottle and the new water, which by the way, had
26:45
Speaker 4: nothing but hydrogen and oxygen in it. Okay, new water.
26:49
Speaker 4: It was water made straight from hydrogen oxygen. Nothing else
26:52
Speaker 4: was in that bottle. Started to form a white sediment,
26:57
Speaker 4: and they got ten ounces of that sediment, and when
26:59
Speaker 4: they added it had all the fifty minerals in it
27:03
Speaker 4: that were in that bottle that had been sitting next
27:07
Speaker 4: to it. It actually transmuted water pure H two into
27:12
Speaker 4: all of these fifty different minerals. So transmutation is a reality,
27:16
Speaker 4: and you can duplicate it. So these are the kind
27:19
Speaker 4: of things that determined depleted water can do and new
27:23
Speaker 4: water can do by the way they determined depleted water.
27:26
Speaker 4: To kind of finish up on that or to bring
27:28
Speaker 4: it a little further. In your body, you do need
27:33
Speaker 4: some control of your metabolism, so you need some deterium,
27:36
Speaker 4: but you have to get.
27:38
Speaker 5: Rid of the rest.
27:38
Speaker 4: So what happens is your body naturally gets rid of
27:41
Speaker 4: things on an ongoing basis, relates it out and stuff,
27:44
Speaker 4: So you just have to input less than is going
27:47
Speaker 4: out and your deterium levels will drop.
27:50
Speaker 5: So that's why the lightwater.
27:52
Speaker 4: Business has a business and they're determining that once your
27:56
Speaker 4: metabolism comes back online, you can get rid of a
27:59
Speaker 4: lot of illness and diseases that you wouldn't You wouldn't
28:03
Speaker 4: have if your metabolism was up to snuff. So over
28:08
Speaker 4: time people as the age, they end up getting extra
28:11
Speaker 4: deeitarium in them and they and it keeps and that's
28:14
Speaker 4: what's shutting down the metabolism, not just because you're getting older,
28:18
Speaker 4: so your metabolism comes back online. And the browns gas
28:23
Speaker 4: also helps feed the body in a way that isn't
28:26
Speaker 4: getting any pollution into the body, like when you're eating
28:29
Speaker 4: various foods, you could be in taking various pollutants as well.
28:34
Speaker 4: And I found with inhaling the browns gas, I actually
28:39
Speaker 4: eat half the amount of food. So obviously I try
28:42
Speaker 4: to eat high quality organic food, but if I eat
28:46
Speaker 4: more than that, then I start to gain weight. And
28:49
Speaker 4: if anyone can see me, I have a bit of
28:51
Speaker 4: a tummy. I'm not starving even though I cut my
28:54
Speaker 4: food consumption literally in half. Anyone who So there's an
28:59
Speaker 4: additional side benefit where you don't have to buy as
29:01
Speaker 4: much food, or if you're using the same amount of money,
29:05
Speaker 4: you can buy higher quality food to go in this.
29:09
Speaker 5: So let's talk about some of the things. Was there
29:12
Speaker 5: anything I missed?
29:15
Speaker 6: Yeah? I love it.
29:16
Speaker 3: I mean, it just seems like it's so multifaceted. And
29:19
Speaker 3: every time I talk to you I learned something new,
29:22
Speaker 3: So correct me if I can sum this up a
29:26
Speaker 3: little bit. The industrial uses or maybe even some personal
29:31
Speaker 3: uses could be the neutralization of radioactive waste, so that
29:35
Speaker 3: could be a health and environmental benefit. And then also
29:40
Speaker 3: maybe some industries that specialize in semi precious stones or
29:46
Speaker 3: again personal uses for that we can enhance or create
29:52
Speaker 3: semi precious stones from different types of rocks or the
29:55
Speaker 3: one rock that you named in particular, and then reduce
30:00
Speaker 3: in carbon fuel consumption. I mean, I could see this
30:02
Speaker 3: as like a lot of industries that use fuel currently
30:06
Speaker 3: can help themselves by sort of like cutting and diluting
30:11
Speaker 3: the gas and then prolonging the life for the applications
30:15
Speaker 3: of that.
30:15
Speaker 6: And then also you can do that in your personal households.
30:18
Speaker 6: Am I correct in all of these? So far?
30:20
Speaker 5: You're correct in all those so far?
30:22
Speaker 4: The technologies that I've invented and are on my website can,
30:26
Speaker 4: if implemented a countrywide, would cut the fuel consumption of
30:31
Speaker 4: the entire country without reducing the amount of use of
30:35
Speaker 4: vehicles by fifty percent. It would literally cut so all
30:40
Speaker 4: these things about the Strait of Hermas and all the
30:42
Speaker 4: potential fuel shortages that are coming and that sort of
30:45
Speaker 4: thing that fuel prices rising all could be cut by
30:49
Speaker 4: fifty percent without changing our lifestyle at all, just by
30:53
Speaker 4: implementing the technologies that are suppressed. And I have a
30:57
Speaker 4: bunch of suppression stories as well.
31:01
Speaker 6: Wow. So basically anything that uses gas, including.
31:05
Speaker 3: Your vehicle heating, stovetops, you can basically prolong and extend
31:11
Speaker 3: the life of the gas that you're already using by
31:13
Speaker 3: just cutting it with the hydrogen, I mean, the Browns gas.
31:17
Speaker 6: Is that right?
31:18
Speaker 5: Yes, that's right, all right?
31:20
Speaker 3: And is that pretty easy to do to like mix
31:23
Speaker 3: it yourself or like what's involved in that?
31:26
Speaker 4: It is really easy in some cases. In some cases
31:30
Speaker 4: it requires a little bit of knowledge. If I wouldn't
31:34
Speaker 4: bother cutting the gas in a range in a stove
31:38
Speaker 4: just yet, that requires a little bit of control with
31:43
Speaker 4: regulators and things. With the onboard electoralizer, which is this
31:47
Speaker 4: tiny little thing I call a hyzer technology that you
31:50
Speaker 4: can put on your vehicle.
31:51
Speaker 5: You're putting a little bit.
31:52
Speaker 4: Of Browns gas in with the with the air going
31:56
Speaker 4: into the vehicle, and the longer the hydrocard and chain,
32:01
Speaker 4: so gasoline would be somewhere around C eight eight carbons
32:06
Speaker 4: and the longer the chain, the better it works, because
32:09
Speaker 4: what's happening is that it acts like a catalyst to
32:12
Speaker 4: break apart the hydrogen carbon bonds. So then the carbon
32:16
Speaker 4: can combine with oxygen and form carbon dioxide, and the
32:20
Speaker 4: hydrogen can combine with oxygen to form water H two,
32:23
Speaker 4: and those are byproducts of perfect combustion. So just a
32:27
Speaker 4: little bit of the brownze gas acts like a catalyst
32:31
Speaker 4: to help break apart those bonds. The same thing happens
32:35
Speaker 4: in your Let's say I said, if you have a
32:37
Speaker 4: natural gas stove or heater, all you have to do
32:41
Speaker 4: is put a little bit of browns gas in with
32:43
Speaker 4: the air going in. You don't even have to mix
32:47
Speaker 4: it with the gas itself, just so that when the
32:50
Speaker 4: flame starts, the hydrogen is there, the browns gas is there,
32:55
Speaker 4: and mainly it's this electrically expanded water portion, So you
32:58
Speaker 4: don't just add hydrogen. You have to add these extra
33:01
Speaker 4: electrons because that's what helps the whole process work. It's
33:05
Speaker 4: the magic ingredient. So let's say we've got household vehicle
33:10
Speaker 4: and ocean going ships, for example, have very like diesel engines,
33:14
Speaker 4: have twelve carbons, and their fuel consumption is at least
33:18
Speaker 4: fifty percent, cut down some by almost one hundred percent,
33:22
Speaker 4: so they go twice as far on a gallon of
33:24
Speaker 4: gas or diesel. But ocean going ships they have something
33:28
Speaker 4: they call.
33:31
Speaker 5: Shoot.
33:31
Speaker 4: It's a form of crude oil. It's not even diesel.
33:34
Speaker 4: It's thicker than that.
33:35
Speaker 5: And I'm forgetting the exact.
33:37
Speaker 4: Name right off the bat, but it's got longer hydrocarbon
33:41
Speaker 4: chains like C twenty four and a little bit of
33:44
Speaker 4: Browns GAF makes those extremely efficient, Like they definitely double
33:49
Speaker 4: their gas mileage or their fuel mileage.
33:51
Speaker 5: With these ocean going ships. And those ocean going ships,
33:54
Speaker 5: they use a lot of fuel, those real large ships.
33:58
Speaker 5: And i've in I was in Italy.
34:00
Speaker 4: I actually toured and we were demonstrating my technology.
34:04
Speaker 5: There and it was a successful test, and I toured
34:08
Speaker 5: some of these engines.
34:09
Speaker 4: Those engines are so large that they literally have catwalks
34:13
Speaker 4: inside the engine. You could be walking around people walking
34:17
Speaker 4: around inside the engine watching the great big pistons go
34:22
Speaker 4: up and down. Those engines are huge. But in any case,
34:28
Speaker 4: the engine manufacturer, even though it was a successful test,
34:32
Speaker 4: and I had another successful test in Mexico, same results
34:36
Speaker 4: though at an automobile manufacturer, and in all these tests,
34:42
Speaker 4: they see that the positive results and the engines last longer,
34:47
Speaker 4: but not one of those engine manufacturers implemented the Browns
34:51
Speaker 4: gas into their engines.
34:53
Speaker 5: And I was right there. I saw the engineers.
34:56
Speaker 4: I saw the scratching their head, wondering how the could
35:00
Speaker 4: be possible. But their their experiments and the results for
35:03
Speaker 4: one percent true. But when they kick it up the
35:07
Speaker 4: chain to actually do something about it, something suppresses it.
35:12
Speaker 4: They've just not allowed.
35:13
Speaker 5: You're not The technology exists.
35:17
Speaker 4: I happen to be a certified automotive technician, one of
35:19
Speaker 4: my trades and specializing in fuel systems, and I can
35:23
Speaker 4: tell you that the technology has existed for decades to
35:27
Speaker 4: make vehicles that go a million miles with virtually zero
35:33
Speaker 4: maintenance and at least four hundred miles to the gallon.
35:38
Speaker 4: The technology has existed for decades to do that. What
35:42
Speaker 4: doesn't exist is the will. And it kind of comes
35:45
Speaker 4: down to something I saw earlier today as well.
35:50
Speaker 5: Actually I copied it down.
35:55
Speaker 4: If doctors didn't get paid until the patient was healed,
35:59
Speaker 4: we'd see health crisis turn around instantly, because right now,
36:03
Speaker 4: the system profits from sickness, not health. It rewards endless prescriptions,
36:09
Speaker 4: repeat visits and chronic dependency. But if we pay, But
36:14
Speaker 4: if pay was tied to keep people well, doctors would
36:17
Speaker 4: push prevention over pills, nutrition over neglect, lifestyle over lifelines.
36:22
Speaker 4: The entire healthcare system would flip overnight. I thought that
36:26
Speaker 4: was worth copying down. And that's what we are doing
36:30
Speaker 4: here with the aquacure. We're giving people a technology they
36:34
Speaker 4: can use in their own home to completely reverse serious
36:38
Speaker 4: ailments like all the automin diseases, cancer, Parkinson's als, virtually
36:46
Speaker 4: everything that is listed as a serious disease which they
36:50
Speaker 4: pay pills for to treat the symptoms but not actually
36:54
Speaker 4: cure the disease. See, we get rid of the symptoms
36:58
Speaker 4: by curing the disease, by making the people healthy again.
37:01
Speaker 4: And I have a long list of things that has
37:04
Speaker 4: done for me personally, which I don't know if I
37:06
Speaker 4: listed the last time we were talking.
37:09
Speaker 5: Hopefully I did. Yep.
37:11
Speaker 4: So this is what we need to do. We need
37:14
Speaker 4: to implement things at a grassroots level. So because it's
37:17
Speaker 4: the only way we're going to bypass the suppression, which,
37:21
Speaker 4: like I said, I have other suppression stories as well.
37:26
Speaker 3: Yes, yes, yes, speaking to the choir here as a
37:29
Speaker 3: pharmacist who had to dole out all these prescriptions. I mean,
37:35
Speaker 3: there has to be a better way. And it's tremendous
37:39
Speaker 3: what you're doing and the fact that it exists, and
37:42
Speaker 3: yet for some reason, there's no motivation, there's no profitability
37:48
Speaker 3: for people to kind of disseminate this into all the
37:52
Speaker 3: industries and have a systemic, top down way of introducing
37:56
Speaker 3: this technology. So yeah, I think the only thing that's
37:59
Speaker 3: left to do is then for us to do it
38:02
Speaker 3: on an individual level so that we can become aware
38:05
Speaker 3: of it and take matters into our own hands and
38:09
Speaker 3: introduce it to our households, our communities and have like
38:13
Speaker 3: a chain and domino effect around this kind of movement,
38:18
Speaker 3: because yeah, like you said, we kind of need this,
38:22
Speaker 3: you know, like things are not getting better, and the
38:25
Speaker 3: resources are not infinite, right, They're finite, so we need
38:30
Speaker 3: to be able to optimize them and to have them
38:35
Speaker 3: go the extra mile rather than you know, just wait
38:39
Speaker 3: until everything sort of implodes. Because the systems that are
38:43
Speaker 3: holding us are not going to be holding us for
38:46
Speaker 3: long unfortunately, so we do need to have other ways,
38:52
Speaker 3: and that's what it's called. Alternative medicine really is just
38:56
Speaker 3: another option, right, I don't think if it as a
38:59
Speaker 3: negative term, like we should have other options, We should
39:02
Speaker 3: have many, many options, because that's what freedom is. It's
39:05
Speaker 3: having the option to choose and not feel like there
39:09
Speaker 3: is no option and you have to just do the
39:11
Speaker 3: one thing that everybody's doing. So, I know you talked
39:16
Speaker 3: about steel cutting, so imagine like construction industries and and
39:21
Speaker 3: you know people who do this in their own homes
39:24
Speaker 3: and such will also benefit from putting some browns gas
39:29
Speaker 3: into that process. And then you also mentioned the torch fuel,
39:33
Speaker 3: So can you explain that a little bit more because
39:35
Speaker 3: I feel like a total you know, newbie with these terms.
39:40
Speaker 4: Well, in the machine that you have there, you'll actually
39:42
Speaker 4: be able to set up your little mini water torch
39:44
Speaker 4: and so you'll build to experience this sort of thing
39:48
Speaker 4: as well.
39:49
Speaker 5: Okay, so the.
39:51
Speaker 6: U just show you.
39:53
Speaker 7: So I have the machine right here, and this is
39:56
Speaker 7: what it looks like. So you know, it is you know, compact,
40:02
Speaker 7: I think, and it looks nice like we talked about
40:05
Speaker 7: the aesthetics portion, and then it does come with a
40:08
Speaker 7: bunch of equipment.
40:09
Speaker 6: So this is the torch kit.
40:11
Speaker 5: That's the torch kit.
40:12
Speaker 4: Yeah, so you'll be able to make your own little
40:16
Speaker 4: semi precious stones. The base of the semi precious stone
40:21
Speaker 4: is corundum, Okay, and you can pick that up fairly
40:24
Speaker 4: inexpensively around.
40:26
Speaker 5: Because it's just rock.
40:28
Speaker 4: But if you cook it with the browns gas and
40:30
Speaker 4: it has different impurities. I forget which impurities make ruby,
40:34
Speaker 4: which ones make emeralds. But the color of the corundum
40:38
Speaker 4: when you cook it depends on the impurities that are
40:40
Speaker 4: in it. Like most felts bar, for example, has iron
40:44
Speaker 4: in it. So when you make moonstone, most moonstone is black.
40:48
Speaker 4: It's very very rare to find feldspar that's absolutely pure,
40:52
Speaker 4: that makes transparent feldspar, so that they were making it
40:55
Speaker 4: this one particular website.
40:57
Speaker 5: I think there's only one place in.
40:59
Speaker 4: The world where they found natural transparent feldspar. Interestingly enough, So, yeah,
41:05
Speaker 4: and listening to you there, I just reminded. It reminded
41:08
Speaker 4: me that with all that we are spending on healthcare
41:11
Speaker 4: at this point, the United States is way down in the.
41:16
Speaker 5: Healthy countries list.
41:18
Speaker 4: Okay, we spend pretty much the most on healthcare and
41:21
Speaker 4: we are not at the top. And our life our
41:26
Speaker 4: life age are that the age of people expectancy, that's
41:31
Speaker 4: the one has reduced in the last few years our parents.
41:36
Speaker 5: Actually we're living longer than we expect to kind of thing.
41:39
Speaker 5: So it's not going well.
41:44
Speaker 4: And I don't know, there's conspiracy theories out there as
41:47
Speaker 4: to why and stuff, but it does come down to
41:50
Speaker 4: this thing where we need to come up with a
41:53
Speaker 4: system that encourages.
41:55
Speaker 5: Doctors for health to that. And I did a little.
42:01
Speaker 4: Bit of brainstorming on that this morning, just after I
42:04
Speaker 4: read that quote that we were talking about. And and
42:08
Speaker 4: I don't know if my brainstorming is worth anything, but
42:11
Speaker 4: maybe giving in a healthy where doctors when they become
42:16
Speaker 4: certified as a doctor, uh, and they get a patient,
42:20
Speaker 4: they get a monthly fee for the health as long
42:23
Speaker 4: as the patient is healthy and and if the patient
42:27
Speaker 4: gets unhealthy, then you maybe get a month or two
42:30
Speaker 4: leeway to correct whatever the issue is.
42:32
Speaker 5: But then you start getting that fee.
42:36
Speaker 4: Cut off, so you're not you're not getting paid if
42:39
Speaker 4: the if the if the patient is unhealthy and uh,
42:44
Speaker 4: and then we have to have extra compensation for healing
42:48
Speaker 4: serious ailments.
42:49
Speaker 5: UH and maybe more money per month.
42:55
Speaker 4: For let's see excentive to and and no deduction if
43:00
Speaker 4: if a if a doctor gets a patient, it is
43:03
Speaker 4: already unhealthy, they don't get a deduction for a couple
43:06
Speaker 4: of months till the patient gets healthy, and then they
43:09
Speaker 4: get there, they're stipping for that. So the doctors that
43:13
Speaker 4: have the most healthy patients will get paid the most money.
43:16
Speaker 4: And doctors that don't have healthy paid patients or even
43:19
Speaker 4: fire patients because they're unhealthy, so you're not worth my time.
43:22
Speaker 5: Get out of here.
43:23
Speaker 4: Then then then they can go to a doctor that
43:26
Speaker 4: they just have healthy patients, and that doctor gets a
43:29
Speaker 4: couple of months or whatever as a time frame or
43:33
Speaker 4: getting the UH for onboarding a patient and getting them healthy,
43:37
Speaker 4: and then that doctor has the healthy patient added to
43:39
Speaker 4: it to his roster. And I'm thinking maybe the longer
43:44
Speaker 4: the patient lives that little that stiffing goes up, So
43:49
Speaker 4: the longer you can keep them healthy, the more money
43:52
Speaker 4: you make. And and and transfer of an incentive to
43:56
Speaker 4: a new doctor. Like people move, they don't they don't
43:59
Speaker 4: stay with the same doctor, or they move cities at
44:01
Speaker 4: different jobs, wherever the case may be, so transfers that
44:06
Speaker 4: patient's incentive to the new doctor. Those are things that
44:10
Speaker 4: just went through my head. I don't know if they're
44:12
Speaker 4: worth anything or even workable, but we have to figure
44:15
Speaker 4: out something we really.
44:16
Speaker 3: Do amen, yes, because the payment systems and models in
44:22
Speaker 3: this country are absolutely atrocious, and I think part of
44:27
Speaker 3: the problem, like you pointed out, is that we're not
44:30
Speaker 3: results oriented. We just are a fee for service model
44:35
Speaker 3: and it just does not work and can be corrupted
44:39
Speaker 3: very very easily, and is so it doesn't matter how
44:43
Speaker 3: many treatments we implement, if they're not working or if
44:46
Speaker 3: they're not cost effective, it's a burden on the system
44:49
Speaker 3: and it does not help the patient. So we definitely
44:53
Speaker 3: need to have different kinds of incentives for providers and
44:57
Speaker 3: for insurances that also support public health incentives and environmental efforts,
45:05
Speaker 3: because I think we need to consider.
45:07
Speaker 6: The whole system. That's why it's a.
45:09
Speaker 3: System, and one part affects every other part, so it's complex,
45:14
Speaker 3: and I hope people like yourself and other people educating
45:19
Speaker 3: providers and the public at large are going to be
45:24
Speaker 3: part of the solution and part of what breathes new
45:28
Speaker 3: life and ideas into the space.
45:31
Speaker 6: So I appreciate your work.
45:33
Speaker 3: So much and everything you've shared over the last two episodes.
45:37
Speaker 3: If we could just have a couple of minutes instead
45:40
Speaker 3: of our rapid fire around talking about the setup of
45:43
Speaker 3: the machine, because when I received it it did look
45:46
Speaker 3: a little bit intimidating. I know, there's like YouTube tutorials
45:49
Speaker 3: and there's like a booklet that it came with for instructions,
45:53
Speaker 3: but yeah, I could kind of show what it looks
45:55
Speaker 3: like and maybe you can talk to us about how
45:58
Speaker 3: to set it up.
45:59
Speaker 6: So I kind of put everything on my desk here.
46:05
Speaker 4: Okay, So the first thing a person would do is
46:07
Speaker 4: mix the lie powder like it just mixes like kool aid,
46:10
Speaker 4: And the instructions are pretty much on the side of
46:12
Speaker 4: the bottle.
46:13
Speaker 5: That's right, yep.
46:16
Speaker 4: So you take a mason jar and you and you
46:18
Speaker 4: fill it three quarters full of distilled water, and then
46:22
Speaker 4: you just get like a knife or a fork or
46:24
Speaker 4: a spoon or something send the steel implement, and you
46:28
Speaker 4: just start stirring while you put in I forget if
46:32
Speaker 4: it's six or eight tablespoons of slowly just pour the
46:35
Speaker 4: crystals in and mix it just like mixing kool aid.
46:39
Speaker 4: And then after that's mixed, you just set it aside,
46:43
Speaker 4: and then you go over to the machine and you
46:46
Speaker 4: set it up next to the sink and you pour
46:47
Speaker 4: boiling hot water, like just turn on hot tap water.
46:51
Speaker 4: I shouldn't say boiling hot because one hundred one hundred
46:54
Speaker 4: and forty degrees water. So you just use hot tap water,
46:58
Speaker 4: pour it into the machine, and pour it out the
47:01
Speaker 4: idea of being and in that machine, it has a
47:03
Speaker 4: drain on the back, so it makes it even easier
47:05
Speaker 4: to drain it. You don't have to tip it over
47:07
Speaker 4: to pour it out. That's the AC sixty and that's
47:10
Speaker 4: the main difference between that and AC fifty. But any case,
47:14
Speaker 4: the reason you put hot water through it a couple
47:16
Speaker 4: of times is because during storage and transportation, any residual
47:22
Speaker 4: lie crystals that were in there from the testing that
47:26
Speaker 4: we did, because we test every machine before it's sent out,
47:29
Speaker 4: could have crystallized and as little crystals can plug up
47:32
Speaker 4: little internal orbises and stuff. So we just simply dissolve
47:35
Speaker 4: those crystals with hot water. And then once you dump
47:38
Speaker 4: that out and you pour it in the light solution,
47:41
Speaker 4: there's a funnel there to just pour it in the top,
47:43
Speaker 4: and you have the machine plugged in so that you
47:47
Speaker 4: can see that the yellow.
47:48
Speaker 5: Light is on the yellow rebuild light.
47:50
Speaker 4: So then you slowly poured in enough water to stilled
47:54
Speaker 4: water or even better yet, you put the tower ca on,
48:00
Speaker 4: so you could reach over and show people the tower cap.
48:03
Speaker 5: You see the tower cap there, I saw it on
48:05
Speaker 5: the top. Yep, there it is.
48:06
Speaker 4: So you just screw that on the top of the machine.
48:08
Speaker 4: And you see the darker gray colored corpose there at
48:13
Speaker 4: the top. So yes, so that's that's at the top,
48:15
Speaker 4: and you and you spirt squirt the water in there.
48:20
Speaker 4: So you put it so when you screw that tower
48:23
Speaker 4: cap on, you'll feel it.
48:25
Speaker 5: Hit the top of the resistance and of the stem.
48:29
Speaker 4: So when it screws on, it hits the top of
48:31
Speaker 4: the stem, and then you just do another quarter turn
48:33
Speaker 4: and that's it.
48:34
Speaker 5: Don't torque it down because you'll destroy the gasket inside it.
48:37
Speaker 5: It's a little protein there.
48:39
Speaker 4: So then you start squirting the water into that top
48:44
Speaker 4: thing there, and the water will drained down into the
48:47
Speaker 4: machine and your yellow light will go out. And then
48:51
Speaker 4: when the yellow light goes out, you put in two
48:53
Speaker 4: more syringe bolls and that's it. Your machine is full
48:57
Speaker 4: and ready to run. And at that point you are
49:00
Speaker 4: have it plugged in. You are with the light solution,
49:01
Speaker 4: and you could turn it on and start producing gas.
49:04
Speaker 5: But now we need to get the gas to.
49:06
Speaker 4: Our nose, so then you get a phillips edgscrew driver
49:10
Speaker 4: and you put the humidifier on the side of the
49:14
Speaker 4: machine at wherever it's whichever is convenient. So the humidifier
49:19
Speaker 4: is the the small oxygen humidifier.
49:23
Speaker 5: Is it happened to be handy there, let's see it. Okay,
49:32
Speaker 5: that's the big that's the drinking water jar.
49:35
Speaker 6: Yep, all right, there's what is.
49:40
Speaker 5: That's the one. So that's the humidifier.
49:43
Speaker 4: So you put the blue bracket that's upside down. You
49:47
Speaker 4: put the blue bracket onto the side of the machine
49:49
Speaker 4: at whatever place you find convenient, and then you'd run
49:53
Speaker 4: a hose from the top of the tower cap down
49:58
Speaker 4: to the middle of here.
49:59
Speaker 5: There's a special hose just for that, and.
50:01
Speaker 4: Then you the tank of that humidifire.
50:04
Speaker 5: Now that's the drain hose if and it's optional.
50:08
Speaker 4: You can use it if you want when you're draining
50:10
Speaker 4: the machine from the hot water or light solution. So yeah,
50:15
Speaker 4: one of those hoses will be that's the backfire restor,
50:18
Speaker 4: so again that's optional.
50:24
Speaker 3: There's a bunch of stuff in this one. There's this
50:26
Speaker 3: syringe and some tubes yep. And then there's yeah, that's.
50:33
Speaker 4: The goggles so yeah, that that helps treats the people's eyes.
50:37
Speaker 6: All right, let's see, So this is the syringe to.
50:42
Speaker 5: Water. That's right, Okay. Notice it has a little old
50:45
Speaker 5: ring on the on the tip.
50:48
Speaker 4: Yeah, and that just helps seal it when you're pushing
50:51
Speaker 4: it against the check valve oka on guitar, Cat and
50:55
Speaker 4: I and I always store the syringe with the plunger
50:59
Speaker 4: slightly up from the bottom so that the as apartmacist,
51:04
Speaker 4: you probably know that the water can cause it to stick,
51:06
Speaker 4: and then you pull it out and the plunger stays behind, right,
51:10
Speaker 4: So if you if you store the syringe with it
51:12
Speaker 4: sliding up, you can always push it in to break
51:14
Speaker 4: the seal and then it slides easily.
51:19
Speaker 6: There's a bunch of tubang. I don't know if they're
51:23
Speaker 6: the same or if they're different.
51:25
Speaker 5: Yeah, that one is the canyon like you have in
51:27
Speaker 5: your right hand. I believe, I see.
51:29
Speaker 4: But yeah, there's there'll be tubings, various tubings, and you'll
51:35
Speaker 4: just find the right one for the right spot.
51:37
Speaker 5: Okay.
51:38
Speaker 4: Yeah, that looks like the two being four the yep,
51:41
Speaker 4: that's the one that goes No, I think so, No,
51:44
Speaker 4: it's hard to tell the one for the tower cap
51:47
Speaker 4: that that looks like a longer one.
51:48
Speaker 5: It has several coils in it.
51:50
Speaker 4: That's a seven foot it'll probably say something dash seven
51:54
Speaker 4: on the on the tag.
51:57
Speaker 5: And then there's one that says dash four. This is.
52:01
Speaker 4: Yep, that's the one that goes from the humidifier to
52:04
Speaker 4: the drinking water jar.
52:06
Speaker 6: So that's the one. And then there's another one called
52:09
Speaker 6: six seven six.
52:12
Speaker 5: Okay, and hold it up just a little higher.
52:15
Speaker 6: Yeah, it's a short one.
52:16
Speaker 5: That's the one. Yeap that one.
52:19
Speaker 4: I'm pretty sure that's the one that goes from the
52:22
Speaker 4: tower cap to the humidifier. Whichever one it is will
52:28
Speaker 4: have threaded and on it, because the top of the
52:31
Speaker 4: humidifier has threads, so it didn't just a push on fitting.
52:36
Speaker 6: All right.
52:37
Speaker 3: Yeah, and this setup there's like photos and things.
52:41
Speaker 5: Okay, you just take it.
52:45
Speaker 4: If you just take it one step at a time
52:46
Speaker 4: from the start of the operation manual, and just one
52:51
Speaker 4: step at a time, you'll suddenly be done and you'll
52:54
Speaker 4: you'll be able to inhale the gas just like I'm doing.
52:57
Speaker 5: Now, what's a spot applicator. Okay, that's topical and.
53:02
Speaker 4: It's topical, and we put the bungee cord on it
53:05
Speaker 4: with the slider so that you could put it on
53:07
Speaker 4: like your arm or your or your torso or any
53:10
Speaker 4: any place, and then tighten up the cord and it'll
53:13
Speaker 4: hold itself there rather than having to hold it with
53:17
Speaker 4: your own hands all the time.
53:19
Speaker 3: Okay, yeah, beautiful, all right, Yeah, I'm excited. So a
53:26
Speaker 3: little bit about the maintenance. Do I have to use
53:30
Speaker 3: the live powder every time when I use it? And
53:33
Speaker 3: is this something that I have to keep buying?
53:35
Speaker 4: No, the live powder is a catalyst, which means it
53:38
Speaker 4: stays in the machine and assist the action of electrolysis
53:42
Speaker 4: to happen at a lot lower voltage. Because water itself
53:45
Speaker 4: is a dielectric, it doesn't transport any electrons, so the
53:50
Speaker 4: LIE stays in there, and this is what's transporting the
53:52
Speaker 4: electrons across between the anode and cathode electrodes.
53:56
Speaker 5: So that's the only reason the LIE needs to be
53:58
Speaker 5: in there.
53:58
Speaker 4: The gas that evolves off is pure brownze gas, pure
54:03
Speaker 4: hydrogen and oxygen, and the water vapor. The only thing
54:06
Speaker 4: is that some of the water droplets in water vapor
54:09
Speaker 4: can actually contain a little of the LYE solution, so
54:13
Speaker 4: we condense the tower cap actually has we added baffles
54:17
Speaker 4: in the tower cap to help the condensation, so get
54:20
Speaker 4: it drying the gas as much as possible, and then
54:23
Speaker 4: whatever wetness is wet left, the humidifier grabs thely like
54:27
Speaker 4: in that so the gas coming off the humidifier is pure.
54:32
Speaker 4: But then we also run it through the drinking water jar,
54:36
Speaker 4: not only to act as a ultimate scrubber, but and
54:42
Speaker 4: believe it or not, a little bit of LIE in
54:44
Speaker 4: the water is healthful. I have a page on my
54:47
Speaker 4: website called is LIE safe? And it shows that this
54:52
Speaker 4: is very safe. Most people don't even realize that when
54:55
Speaker 4: you eat a pretzel, for example, you're actually eating lye.
54:59
Speaker 5: Not salt.
55:00
Speaker 4: They may pun salt on it as well, but there's
55:02
Speaker 4: a and so many cleaner strained, cleaner up and cleaner
55:07
Speaker 4: and stuff. Now that's LYE in a concentrated solution. But
55:10
Speaker 4: they use LIE in a lot of different foods and
55:14
Speaker 4: to process foods and to clean food equipment and all
55:18
Speaker 4: kinds of stuff.
55:19
Speaker 5: So LIE is ubiquous. It's around us all the time
55:22
Speaker 5: and people don't even know it. So they get.
55:26
Speaker 4: These people out there that have pure hydrog or machines
55:28
Speaker 4: that no browns. Gas is more therapeutic, and they start
55:32
Speaker 4: these rumors about, oh, you know, you watch the television
55:35
Speaker 4: show where they put a body in a barrel and
55:37
Speaker 4: they've dissolved it.
55:38
Speaker 5: It's a Lie solution. No, no, no, no, no.
55:42
Speaker 4: The theatrics may be there, but the actual solution that
55:46
Speaker 4: they're using if they want to dissolve a body is
55:49
Speaker 4: potassium hydroxide, not sodium hydroxide. Potassium hydroxide is much more caustic,
55:54
Speaker 4: and you certainly that'll eat your skin for sure. But
56:00
Speaker 4: unless you get it the Lie solution and a mucous.
56:02
Speaker 5: Membrane or in an open cut or something, it's just soap.
56:06
Speaker 4: Literally, it was the main ingredient for soap for thousands
56:10
Speaker 4: of years untill they come up with all these chemical concoctions.
56:14
Speaker 4: So in any case, the Lie is safe, and a
56:17
Speaker 4: little bit in the drinking water is fine, even if
56:19
Speaker 4: it got over there, which it generally doesn't. And then
56:23
Speaker 4: you're inhaling absolutely pure browns gas from.
56:27
Speaker 3: That, all right, beautiful, And then any other like long
56:32
Speaker 3: term maintenance like you mentioned, cleaning out the sludge, anything
56:35
Speaker 3: like that that I have to be doing.
56:38
Speaker 4: So whenever the yellow light comes on, you'll squirt more
56:42
Speaker 4: distilled water. And we take the distilled water from the
56:45
Speaker 4: humidifier and we squirt it into the tower cap and
56:48
Speaker 4: then and you'll take up maybe two thirds or three
56:51
Speaker 4: quarters of the water it's in the humidifire. Once your
56:54
Speaker 4: yellow light goes out, you'll put in two more syringe
56:57
Speaker 4: bulls again to bring it to full. And that's full,
57:01
Speaker 4: then you'll dump the remaining humidifier water and refill the
57:04
Speaker 4: commudifier with pure distilled water, because pure distilled water acts
57:08
Speaker 4: as a better scrubber than water that already has some
57:11
Speaker 4: lye in it. So that way we were using the
57:14
Speaker 4: water twice. I love twofers, and we have two two
57:17
Speaker 4: fers going on here. The first one is you use
57:19
Speaker 4: the distilled water as a scrubber first in the humidifier,
57:23
Speaker 4: and then use that same distilled water to make your
57:26
Speaker 4: brows gas. And then as far as the drinking water goes,
57:29
Speaker 4: you're making your drinking water at the same time as
57:32
Speaker 4: you're inhaling the gas that's been bubbled.
57:35
Speaker 5: Through the drinking water.
57:36
Speaker 4: So I designed the machine with two fers everywhere, and
57:40
Speaker 4: double redundancy safeties.
57:42
Speaker 5: Everywhere as well. When we get into the machine.
57:46
Speaker 4: A lot of other people these met too, knockoffs out
57:49
Speaker 4: there are not doing and I'm trying to educate people
57:52
Speaker 4: so they know that they should be buying a safe
57:54
Speaker 4: machine and not one that's potentially dangerous.
57:57
Speaker 5: One particular thing that is.
57:59
Speaker 4: Dangerous out there, if you're going to look at any
58:01
Speaker 4: one particular thing, is the amount of hydrogen in the
58:04
Speaker 4: air that you're inhaling. You absolutely must keep it under
58:09
Speaker 4: the lower explosion limit. Now, remember, I started my business
58:13
Speaker 4: as a combustion enhancement expert, and so I understand the
58:16
Speaker 4: combustion of hydrogen oxygen. It's one of the reasons that
58:19
Speaker 4: kept me from inhaling myself for two decades, because I
58:24
Speaker 4: understand the explosiveness of hydrogen. In fact, while we were
58:28
Speaker 4: experimenting with Browns gas, we took one particular chamber up
58:33
Speaker 4: to seventy PSI and exploded it. And this particular chamber
58:37
Speaker 4: had quarter in steel endplates which bowed out like the
58:40
Speaker 4: bottom of a propane tank, and it did not stop
58:44
Speaker 4: the explosion from like.
58:47
Speaker 5: That was one of the loudest explosions I'd ever heard
58:49
Speaker 5: in my life.
58:51
Speaker 4: And I used to blow mountains apart for a living
58:54
Speaker 4: when I worked in the mind sits. I got my
58:56
Speaker 4: blasting certification, and we used to have huge explosions, but
59:00
Speaker 4: I'm telling you that explosion with the Browns gas was
59:03
Speaker 4: one of the loudest I had ever heard. And after
59:07
Speaker 4: that we started using half inch steel plates on the
59:09
Speaker 4: ends because the quarter inch one just just bowed right
59:12
Speaker 4: out it the and that takes a lot of pressure
59:16
Speaker 4: to do that sort of thing. The point is, you
59:18
Speaker 4: don't want such an explosion in your lungs.
59:21
Speaker 5: Okay.
59:22
Speaker 4: So the gas that's coming out of the canula here
59:26
Speaker 4: is combustible, but when you mix it that tiny amount
59:29
Speaker 4: of the gas in with all the air that I'm inhaling,
59:32
Speaker 4: the air that I'm inhaling only has two percent hydrogen
59:35
Speaker 4: in it. So that's why the aquacure machine is specifically
59:39
Speaker 4: designed to set the percentage of gas produced for the
59:43
Speaker 4: body weight of the person. Like you saw those charts
59:46
Speaker 4: on the thing that you were doing. So whenever you're inhaling,
59:49
Speaker 4: make sure that you are inhaling according to the chart,
59:52
Speaker 4: and you'll be safe. A lot of the me too's
59:55
Speaker 4: out there don't have any such adjustment, even the straight
59:58
Speaker 4: hydrogen machines, not even talking about Browns gas, the pure
1:00:01
Speaker 4: hydrogen machines, they promote more is better, and it's not.
1:00:06
Speaker 4: The therapeutic efficacy limit is two percent in the intake breath.
1:00:13
Speaker 4: They've discovered science is discovered, and we're talking hundreds of
1:00:16
Speaker 4: studies that if you inhale more than two percent, your
1:00:21
Speaker 4: body just exhales the excess. So having more than two
1:00:26
Speaker 4: percent does not do it anything any faster or better
1:00:30
Speaker 4: because you aren't getting it anyway. All it does is
1:00:33
Speaker 4: bring you closer to the lower explosion limit. And yes,
1:00:38
Speaker 4: explosions are rare, but a static electric spark to the
1:00:43
Speaker 4: hose will with will ignite the gas on the inside. Okay,
1:00:49
Speaker 4: there's a conductive transparence that happens, so the energy potential
1:00:55
Speaker 4: of the explosion on the outside ignites the gas on
1:00:58
Speaker 4: the inside. People are just even living in low humidity
1:01:02
Speaker 4: environment static electricity around. They can or stroke their cat
1:01:06
Speaker 4: a few extra times, they could have a static electric
1:01:09
Speaker 4: spark that ignites the gas. And there have been such ignitions,
1:01:14
Speaker 4: but everyone so far has been safe.
1:01:17
Speaker 5: There's been no issues with safety because we design safety
1:01:21
Speaker 5: right through.
1:01:22
Speaker 4: So I just wanted to make sure that people that
1:01:24
Speaker 4: one particular thing to watch for. There's several other things
1:01:28
Speaker 4: as well. Could have a whole episode just on that.
1:01:31
Speaker 4: But a danger out there is for people that are
1:01:34
Speaker 4: thinking more is better and it's not.
1:01:37
Speaker 5: You don't go for a machine. This one makes more
1:01:40
Speaker 5: than this machine.
1:01:41
Speaker 4: If the machine makes a therapeutic volume of at least
1:01:44
Speaker 4: one hundred and twenty milli liters per minute, that's enough.
1:01:48
Speaker 4: You don't need a machine that makes more. Now, the
1:01:52
Speaker 4: aquacure makes eight hundred and thirty three mili leaders per minute,
1:01:56
Speaker 4: but we've made it so you can adjust it down
1:01:58
Speaker 4: to be safe for inhalation, but you can adjust it
1:02:01
Speaker 4: up to do a lot of other things like when
1:02:03
Speaker 4: you're begging an arm or a leg, or doing your
1:02:04
Speaker 4: spot applications or any external treatment you can use more
1:02:08
Speaker 4: is better and that's fine, but the inhalation or internal use,
1:02:13
Speaker 4: you definitely want to keep that explosion the percentage down
1:02:18
Speaker 4: under the explosion limit.
1:02:21
Speaker 6: Yeah, definitely safety first, Thank you for that.
1:02:23
Speaker 3: And then these are the reference ranges and the index
1:02:28
Speaker 3: and how to calculate the percentage like you mentioned. So wow,
1:02:33
Speaker 3: this was so interesting, George, Like the last two episodes
1:02:37
Speaker 3: with you are.
1:02:38
Speaker 6: Absolutely mind blowing.
1:02:40
Speaker 3: And if you have anything else to add in terms
1:02:44
Speaker 3: of applications or where you see this company going, I'd
1:02:49
Speaker 3: love to hear your thoughts before we close.
1:02:52
Speaker 5: Wow.
1:02:53
Speaker 4: Well, my goal is to put one of these in
1:02:55
Speaker 4: every home, and I can't do it myself. So one
1:02:58
Speaker 4: thing that we are advising promoting developing is something we
1:03:05
Speaker 4: called the rental program. Now we won't rent ourselves because
1:03:09
Speaker 4: rentals need to be local. You need to have local service.
1:03:12
Speaker 4: Like I said, I'm a certified automotive technician, so I'm
1:03:16
Speaker 4: well aware that when you have a vehicle, it needs servicing.
1:03:19
Speaker 4: So they have service centers for vehicles in every town
1:03:22
Speaker 4: and mechanics. So what I'm trying to do is promote
1:03:26
Speaker 4: that sort of thing into existence where there'll be health
1:03:30
Speaker 4: practitioner that is renting out equatiers and servicing them and
1:03:36
Speaker 4: making money by helping people not have to purchase a
1:03:40
Speaker 4: full blown three thousand dollars machine. They can rent it
1:03:45
Speaker 4: for a couple hundred dollars a month instead, and the
1:03:48
Speaker 4: practitioner makes money over time. Now here we get back
1:03:50
Speaker 4: into this thing where the practitioner is making money because
1:03:53
Speaker 4: of health rather than just pushing pills and stuff. But
1:04:00
Speaker 4: the healthier the person gets. And a nice thing about
1:04:02
Speaker 4: this as far as that goes, is.
1:04:04
Speaker 5: It this is nutrition.
1:04:07
Speaker 4: So even though it's been ten years since I started inhaling,
1:04:11
Speaker 4: I still am receiving benefits from the machine, Like all
1:04:15
Speaker 4: the scars have cleared up on my body, but I'm
1:04:17
Speaker 4: not getting.
1:04:17
Speaker 5: Any new scars.
1:04:19
Speaker 4: People who have known me and haven't seen me for
1:04:21
Speaker 4: a few years tell me, I don't age. I'm just
1:04:24
Speaker 4: maintaining the same look over time. In fact, there's even
1:04:29
Speaker 4: some benefits, like my mustache is now darker than it
1:04:34
Speaker 4: was in twenty sixteen, and I have a few extra
1:04:37
Speaker 4: hairs on my head where it's come back, and this
1:04:41
Speaker 4: has shown in the various pictures that you could see
1:04:43
Speaker 4: between the two. I don't have any age related wrinkles anymore.
1:04:47
Speaker 4: That's all disappeared. So I quickly regressed my biological age, and.
1:04:56
Speaker 5: Then I've seemed to maintain it. But this is nutritional.
1:05:00
Speaker 5: This is something your body needs on an ongoing basis.
1:05:03
Speaker 4: So if you're renting a machine, you can just rent
1:05:05
Speaker 4: it out and keep going. And if you, of course,
1:05:08
Speaker 4: then occasionally the people will end up buying a machine,
1:05:11
Speaker 4: and then you'll get a commission if you're an affiliate
1:05:14
Speaker 4: the practitioners, so you end up helping people and then
1:05:18
Speaker 4: those people tell people and their friends and neighbors and
1:05:21
Speaker 4: family come into rent machines and it just spreads. We
1:05:24
Speaker 4: have three people renting machines now and it just keeps growing.
1:05:30
Speaker 4: The one woman in Australia who just told me she's
1:05:33
Speaker 4: renting machines, she has a weight list of three for
1:05:36
Speaker 4: every machine, so not only are they rented out one
1:05:39
Speaker 4: hundred percent of the time, there's a weight list happening
1:05:42
Speaker 4: and if she gets more machines she can fillows.
1:05:45
Speaker 5: Yeah.
1:05:47
Speaker 6: Wow, amazing.
1:05:48
Speaker 3: Thank you so much again for all your wisdom, everything
1:05:52
Speaker 3: that you're doing, all the different applications you've told us about.
1:05:55
Speaker 3: Super excited to try this out and support your company
1:05:59
Speaker 3: and your Thanks again for coming on, George.
1:06:02
Speaker 2: Thank you, Thank you for tuning in to another episode
1:06:05
Speaker 2: of the Holistic Pharmacy Podcast, and I truly hope you
1:06:09
Speaker 2: enjoyed the show. If you learned something useful in this episode,
1:06:13
Speaker 2: please consider giving the show a five star rating and
1:06:16
Speaker 2: a sincere review so that more people can find it
1:06:19
Speaker 2: or share it with a friend directly. To get in
1:06:22
Speaker 2: touch with me, you can find me on social media
1:06:24
Speaker 2: by looking up my name Marina books Of, or email
1:06:28
Speaker 2: me at Marina at Rawfork dot com take good care
1:06:33
Speaker 2: and see you soon.