All language subtitles for Stan Meyer explains the Water Fuel Technology. Water car GENIUS-en

stand

stand
may

may

may
and have n and water

just explaining how this

just explaining how this
thing yeah can you zoom in back in

here are we on

here are we on
okay okay now this is the uh hyd

okay okay now this is the uh hyd

okay okay now this is the uh hyd
computer system which was designed

computer system which was designed

computer system which was designed
uh in order to be able to process the

uh in order to be able to process the

uh in order to be able to process the
fuel to produce the hydrogen gas from

fuel to produce the hydrogen gas from

fuel to produce the hydrogen gas from
water and do it economically and be able

water and do it economically and be able

water and do it economically and be able
to control its firing going engine to

to control its firing going engine to

to control its firing going engine to
allow the uh uh the Volkswagen engine to

allow the uh uh the Volkswagen engine to

allow the uh uh the Volkswagen engine to
run off of hydrogen there's a lot

run off of hydrogen there's a lot

run off of hydrogen there's a lot
uh uh engineering design that went into

uh uh engineering design that went into

uh uh engineering design that went into
this even though that this is our uh our

this even though that this is our uh our

this even though that this is our uh our
systems engineering approach uh the

systems engineering approach uh the

systems engineering approach uh the
hydrogen computer system you see here

hydrogen computer system you see here

hydrogen computer system you see here
will be miniaturized down to several uh

will be miniaturized down to several uh

will be miniaturized down to several uh
IC chips which will allow us to give the

IC chips which will allow us to give the

IC chips which will allow us to give the
economics uh to apply to a conventional

economics uh to apply to a conventional

economics uh to apply to a conventional
car over here uh there's very unique

car over here uh there's very unique

car over here uh there's very unique
design features uh that had to be

design features uh that had to be

design features uh that had to be
developed in order to uh develop the

developed in order to uh develop the

developed in order to uh develop the
water fuel cell as a retrofit Energy

water fuel cell as a retrofit Energy

water fuel cell as a retrofit Energy
Systems to Conventional cars um we had

Systems to Conventional cars um we had

Systems to Conventional cars um we had
to go ahead and de uh develop the laser

to go ahead and de uh develop the laser

to go ahead and de uh develop the laser
what we call the Laser distributor as

what we call the Laser distributor as

what we call the Laser distributor as
you see right here which is put between

you see right here which is put between

you see right here which is put between
the conventional uh rotor cap and that

the conventional uh rotor cap and that

the conventional uh rotor cap and that
of the rotor uh ly and primarily what

of the rotor uh ly and primarily what

of the rotor uh ly and primarily what
this does this sets up the electronic uh

this does this sets up the electronic uh

this does this sets up the electronic uh
signals that goes back and triggers the

signals that goes back and triggers the

signals that goes back and triggers the
computer system in order to allow the

computer system in order to allow the

computer system in order to allow the
car to run successfully on hydrogen uh

car to run successfully on hydrogen uh

car to run successfully on hydrogen uh
in order to run this uh engine off of

in order to run this uh engine off of

in order to run this uh engine off of
water we've also had to learn the

water we've also had to learn the

water we've also had to learn the
ability to adjust the burn rate of

ability to adjust the burn rate of

ability to adjust the burn rate of
hydrogen to coequal the fals of fuels we

hydrogen to coequal the fals of fuels we

hydrogen to coequal the fals of fuels we
did this by simply now um pulling off a

did this by simply now um pulling off a

did this by simply now um pulling off a
portion of the exhaust gas that's coming

portion of the exhaust gas that's coming

portion of the exhaust gas that's coming
from the engine as you see through this

from the engine as you see through this

from the engine as you see through this
tube here that's going through this

tube here that's going through this

tube here that's going through this
electronic regulator that's hooked up to

electronic regulator that's hooked up to

electronic regulator that's hooked up to
the hydrog computer and basically what's

the hydrog computer and basically what's

the hydrog computer and basically what's
happening is that as the amian air is

happening is that as the amian air is

happening is that as the amian air is
going into the engine and going through

going into the engine and going through

going into the engine and going through
the burning process it produces the

the burning process it produces the

the burning process it produces the
non-combustible gases that retards the

non-combustible gases that retards the

non-combustible gases that retards the
speed by which the oxygen atom unites

speed by which the oxygen atom unites

speed by which the oxygen atom unites
the hydrogen bring on gas ignition so by

the hydrogen bring on gas ignition so by

the hydrogen bring on gas ignition so by
simply using the the non-combustible

simply using the the non-combustible

simply using the the non-combustible
gases coming from the exhaust of the

gases coming from the exhaust of the

gases coming from the exhaust of the
engine we now modulate and control the

engine we now modulate and control the

engine we now modulate and control the
speed by which that oxygen unites with

speed by which that oxygen unites with

speed by which that oxygen unites with
the hydrogen and therefore we are

the hydrogen and therefore we are

the hydrogen and therefore we are
adjusting the burn rate of hydrogen to

adjusting the burn rate of hydrogen to

adjusting the burn rate of hydrogen to
coequal that of gasoline or or fossil

coequal that of gasoline or or fossil

coequal that of gasoline or or fossil
fuels or even diesel fuel and that gave

fuels or even diesel fuel and that gave

fuels or even diesel fuel and that gave
us the number one retrofit capabilities

us the number one retrofit capabilities

us the number one retrofit capabilities
of retrofitting the water fuel cell

of retrofitting the water fuel cell

of retrofitting the water fuel cell
technology to an existing engine and we

technology to an existing engine and we

technology to an existing engine and we
do this electronically the unit that you

do this electronically the unit that you

do this electronically the unit that you
see right here we call this a gas

see right here we call this a gas

see right here we call this a gas
processor and basically what we're doing

processor and basically what we're doing

processor and basically what we're doing
is we're ionizing the aminer gases that

is we're ionizing the aminer gases that

is we're ionizing the aminer gases that
is now going into the process and this

is now going into the process and this

is now going into the process and this
allows us to trigger and use the

allows us to trigger and use the

allows us to trigger and use the
hydrogen fracturing technology and

hydrogen fracturing technology and

hydrogen fracturing technology and
tapping into a higher energy yield

tapping into a higher energy yield

tapping into a higher energy yield
coming from the hydrogen the unit you

coming from the hydrogen the unit you

coming from the hydrogen the unit you
see right here this is referred to as a

see right here this is referred to as a

see right here this is referred to as a
resident cavity uh water is now fed into

resident cavity uh water is now fed into

resident cavity uh water is now fed into
the resident cavity through this water

the resident cavity through this water

the resident cavity through this water
tank and as such we now expose the water

tank and as such we now expose the water

tank and as such we now expose the water
to a very high intense pulse voltage

to a very high intense pulse voltage

to a very high intense pulse voltage
field and restrict the amps and

field and restrict the amps and

field and restrict the amps and
therefore the electrical polarization

therefore the electrical polarization

therefore the electrical polarization
process now allows us to release the

process now allows us to release the

process now allows us to release the
hydrogen economically from water and by

hydrogen economically from water and by

hydrogen economically from water and by
attenuating the uh voltage field uh the

attenuating the uh voltage field uh the

attenuating the uh voltage field uh the
amplitude of the voltage field we now

amplitude of the voltage field we now

amplitude of the voltage field we now
can control the rate of the production

can control the rate of the production

can control the rate of the production
of hydrogen gas of demand so this is

of hydrogen gas of demand so this is

of hydrogen gas of demand so this is
what's called referred to as a constant

what's called referred to as a constant

what's called referred to as a constant
demand generator we also now extend or

demand generator we also now extend or

demand generator we also now extend or
allow the voltage amplitude to increase

allow the voltage amplitude to increase

allow the voltage amplitude to increase
even to a higher level and allow the uh

even to a higher level and allow the uh

even to a higher level and allow the uh
the Water atoms to go into an ionization

the Water atoms to go into an ionization

the Water atoms to go into an ionization
state which gives us the ability even to

state which gives us the ability even to

state which gives us the ability even to
produce a higher energy yield uh by

produce a higher energy yield uh by

produce a higher energy yield uh by
producing more hydrogen gas on demand so

producing more hydrogen gas on demand so

producing more hydrogen gas on demand so
the fuel now coming from the water uh

the fuel now coming from the water uh

the fuel now coming from the water uh
through the electrical polarization

through the electrical polarization

through the electrical polarization
process going into resonance resonance

process going into resonance resonance

process going into resonance resonance
meaning that we're actually tuning into

meaning that we're actually tuning into

meaning that we're actually tuning into
the dialectric properties of water and

the dialectric properties of water and

the dialectric properties of water and
allows us to reduce amps down flow down

allows us to reduce amps down flow down

allows us to reduce amps down flow down
to a minimum and allow voltage to take

to a minimum and allow voltage to take

to a minimum and allow voltage to take
over that disassociates the water

over that disassociates the water

over that disassociates the water
molecule on demand and those fuel gases

molecule on demand and those fuel gases

molecule on demand and those fuel gases
are now coming through this uh

are now coming through this uh

are now coming through this uh
electronic injector system as you see

electronic injector system as you see

electronic injector system as you see
here so basically we're now feeding the

here so basically we're now feeding the

here so basically we're now feeding the
ionized air from the uh the gas

ionized air from the uh the gas

ionized air from the uh the gas
processor we're now also taking the

processor we're now also taking the

processor we're now also taking the
water fuel gases that are now coming

water fuel gases that are now coming

water fuel gases that are now coming
from ordinary water we are now mixing it

from ordinary water we are now mixing it

from ordinary water we are now mixing it
with the non-combustible gases the Ami a

with the non-combustible gases the Ami a

with the non-combustible gases the Ami a
gases and regulating those uh control of

gases and regulating those uh control of

gases and regulating those uh control of
the fluid mediums or four fluid mediums

the fluid mediums or four fluid mediums

the fluid mediums or four fluid mediums
and as a result now we can uh tune in

and as a result now we can uh tune in

and as a result now we can uh tune in
and allow this engine to run off of

and allow this engine to run off of

and allow this engine to run off of
natural

natural

natural
water this system's approach uh this

water this system's approach uh this

water this system's approach uh this
particular unit here is refer is the

particular unit here is refer is the

particular unit here is refer is the
viic or the voltage uh intensified

viic or the voltage uh intensified

viic or the voltage uh intensified
circuit technology uh this is being

circuit technology uh this is being

circuit technology uh this is being
miniaturized down to a very small

miniaturized down to a very small

miniaturized down to a very small
lightweight system uh on this is

lightweight system uh on this is

lightweight system uh on this is
demonstrated in our systems engineering

demonstrated in our systems engineering

demonstrated in our systems engineering
approach on the technology that we can

approach on the technology that we can

approach on the technology that we can
apply it to other uh applications not

apply it to other uh applications not

apply it to other uh applications not
only in the transportation area but also

only in the transportation area but also

only in the transportation area but also
in industrial applications so it was

in industrial applications so it was

in industrial applications so it was
paramont that we would uh demonstrate

paramont that we would uh demonstrate

paramont that we would uh demonstrate
and have the technology solved for

and have the technology solved for

and have the technology solved for
design engineering retrofitting to

design engineering retrofitting to

design engineering retrofitting to
existing energy consuming devices

existing energy consuming devices

existing energy consuming devices
whether whether it's being run an

whether whether it's being run an

whether whether it's being run an
internal combustion engine or a diesel

internal combustion engine or a diesel

internal combustion engine or a diesel
engine or hook it to an indust process

engine or hook it to an indust process

engine or hook it to an indust process
so all of these um design interfacing

so all of these um design interfacing

so all of these um design interfacing
technology is now being solved we are in

technology is now being solved we are in

technology is now being solved we are in
the latter stages of what we call the

the latter stages of what we call the

the latter stages of what we call the
pre-engineering system uh which will now

pre-engineering system uh which will now

pre-engineering system uh which will now
allow us to miniaturize the technology

allow us to miniaturize the technology

allow us to miniaturize the technology
uh once we are completed on the design

uh once we are completed on the design

uh once we are completed on the design
applications uh and take it into mass

applications uh and take it into mass

applications uh and take it into mass
production uh give you a classical

production uh give you a classical

production uh give you a classical
example of this we've also developed uh

example of this we've also developed uh

example of this we've also developed uh
from this technology which we call the

from this technology which we call the

from this technology which we call the
water fuel cell

water fuel cell

water fuel cell
injector and basically uh this injector

injector and basically uh this injector

injector and basically uh this injector
now is a miniaturized water fuel cell or

now is a miniaturized water fuel cell or

now is a miniaturized water fuel cell or
miniaturized resonant cavity and this

miniaturized resonant cavity and this

miniaturized resonant cavity and this
technology now allows us to Simply

technology now allows us to Simply

technology now allows us to Simply
replace we can bypass this part of the

replace we can bypass this part of the

replace we can bypass this part of the
system's approach and now simply replace

system's approach and now simply replace

system's approach and now simply replace
the spark plug with the water fuel cell

the spark plug with the water fuel cell

the spark plug with the water fuel cell
injector and as a result now we can run

injector and as a result now we can run

injector and as a result now we can run
the water up to the injector which is

the water up to the injector which is

the water up to the injector which is
now being processed and being exposed to

now being processed and being exposed to

now being processed and being exposed to
a very high pulse voltage frequency and

a very high pulse voltage frequency and

a very high pulse voltage frequency and
as a result as the water fuel is being

as a result as the water fuel is being

as a result as the water fuel is being
going into the system then the explosion

going into the system then the explosion

going into the system then the explosion
takes place inside the cylinder

takes place inside the cylinder

takes place inside the cylinder
therefore makes this an extremely FS

therefore makes this an extremely FS

therefore makes this an extremely FS
safe operable system uh the cord that

safe operable system uh the cord that

safe operable system uh the cord that
you see here is strictly hooks up to a

you see here is strictly hooks up to a

you see here is strictly hooks up to a
very high intensity voltage pulse and we

very high intensity voltage pulse and we

very high intensity voltage pulse and we
restrict the amps to cause the

restrict the amps to cause the

restrict the amps to cause the
electrical polarization process which in

electrical polarization process which in

electrical polarization process which in
turns the voltage amplitude now takes it

turns the voltage amplitude now takes it

turns the voltage amplitude now takes it
and and goes in the ionization state to

and and goes in the ionization state to

and and goes in the ionization state to
perform the hydrogen fracturing

perform the hydrogen fracturing

perform the hydrogen fracturing
technology and then in turn the high

technology and then in turn the high

technology and then in turn the high
pulse voltage frequency now allows the

pulse voltage frequency now allows the

pulse voltage frequency now allows the
ignition of the gases so therefore we do

ignition of the gases so therefore we do

ignition of the gases so therefore we do
this electronically and so this

this electronically and so this

this electronically and so this
technology has taken us down to the

technology has taken us down to the

technology has taken us down to the
water fuel cell tech water fuel injector

water fuel cell tech water fuel injector

water fuel cell tech water fuel injector
as you see here today which gives us a

very economical way of Simply converting

very economical way of Simply converting
and running a conventional car ordin on

and running a conventional car ordin on

and running a conventional car ordin on
on natural

on natural

on natural
water so basically what we do is we feed

water so basically what we do is we feed

water so basically what we do is we feed
ordinary natural water in here

ordinary natural water in here

ordinary natural water in here
nonprocessed natural water we now feed

nonprocessed natural water we now feed

nonprocessed natural water we now feed
the amen a gases being ionized it's

the amen a gases being ionized it's

the amen a gases being ionized it's
being mixed with the water and then we

being mixed with the water and then we

being mixed with the water and then we
mix the non-combustible gases going into

mix the non-combustible gases going into

mix the non-combustible gases going into
the system that regulates the control so

the system that regulates the control so

the system that regulates the control so
allows us now to release the thermal

allows us now to release the thermal

allows us now to release the thermal
explosive energy from hydrogen and do it

explosive energy from hydrogen and do it

explosive energy from hydrogen and do it
on a control

means further development on the on the

means further development on the on the
technology centered around also the

development of what we call the Laser

development of what we call the Laser
accelerator control and this would had

accelerator control and this would had

accelerator control and this would had
to be developed in order to translate

to be developed in order to translate

to be developed in order to translate
from a mechanical displacement to an

from a mechanical displacement to an

from a mechanical displacement to an
electronic uh displacement in order to

electronic uh displacement in order to

electronic uh displacement in order to
allow the hydrogen computer system to

allow the hydrogen computer system to

allow the hydrogen computer system to
produce the gas on demand based on

produce the gas on demand based on

produce the gas on demand based on
acceleration control so what you're

acceleration control so what you're

acceleration control so what you're
really seeing with the water fuel cell

really seeing with the water fuel cell

really seeing with the water fuel cell
as it is today is that we have a full

as it is today is that we have a full

as it is today is that we have a full
system some engineering approach

system some engineering approach

system some engineering approach
allowing us now to use water as a main

allowing us now to use water as a main

allowing us now to use water as a main
fuel source to be able to run a

fuel source to be able to run a

fuel source to be able to run a
conventional engine and run it on water

conventional engine and run it on water

conventional engine and run it on water
and do it and equal or supersede the

and do it and equal or supersede the

and do it and equal or supersede the
performance uh of a a car running on

performance uh of a a car running on

performance uh of a a car running on
gasoline and diesel fuel many people do

gasoline and diesel fuel many people do

gasoline and diesel fuel many people do
not realize that when you run a car or

not realize that when you run a car or

not realize that when you run a car or
truck on either gasoline or diesel fuel

truck on either gasoline or diesel fuel

truck on either gasoline or diesel fuel
you're actually running an on hydrogen

you're actually running an on hydrogen

you're actually running an on hydrogen
and all we're doing is using the

and all we're doing is using the

and all we're doing is using the
hydrogen from water and under the

hydrogen from water and under the

hydrogen from water and under the
National Bureau of Standards fig shows

National Bureau of Standards fig shows

National Bureau of Standards fig shows
that when you use water the energy

that when you use water the energy

that when you use water the energy
release is roughly 2 and a half times

release is roughly 2 and a half times

release is roughly 2 and a half times
more powerful than that of gasoline so

more powerful than that of gasoline so

more powerful than that of gasoline so
water is a very powerful Fuel and all

water is a very powerful Fuel and all

water is a very powerful Fuel and all
you needed to do was solve the answers

you needed to do was solve the answers

you needed to do was solve the answers
of number one producing the hydrogen

of number one producing the hydrogen

of number one producing the hydrogen
economically controlling It On Demand

economically controlling It On Demand

economically controlling It On Demand
Being able to adjust the burn rate of

Being able to adjust the burn rate of

Being able to adjust the burn rate of
hydrogen and gas to co-equal the fil

hydrogen and gas to co-equal the fil

hydrogen and gas to co-equal the fil
fuels and the third one was to be able

fuels and the third one was to be able

fuels and the third one was to be able
to transport it without spark ignition

to transport it without spark ignition

to transport it without spark ignition
and we've solved all of these problems

and we've solved all of these problems

and we've solved all of these problems
on the design engineering and of course

on the design engineering and of course

on the design engineering and of course
the water fuel injector as I've shown

the water fuel injector as I've shown

the water fuel injector as I've shown
you now gives us the abilities to uh

you now gives us the abilities to uh

you now gives us the abilities to uh
transport the water directly to the fuel

transport the water directly to the fuel

transport the water directly to the fuel
injector which is now going into the

injector which is now going into the

injector which is now going into the
voltage zones which now is performing

voltage zones which now is performing

voltage zones which now is performing
the the electrical polarization process

the the electrical polarization process

the the electrical polarization process
that goes and triggers the hydrogen

that goes and triggers the hydrogen

that goes and triggers the hydrogen
fracturing technology but it's doing it

fracturing technology but it's doing it

fracturing technology but it's doing it
inside the engine so we all know that

inside the engine so we all know that

inside the engine so we all know that
natural water um is very stable and

natural water um is very stable and

natural water um is very stable and
therefore it becomes a very F safe

therefore it becomes a very F safe

therefore it becomes a very F safe
operable system as we pointed out

operable system as we pointed out

operable system as we pointed out
earlier

yeah we talked about that yeah

yeah we talked about that yeah
yeah so on a system engineering approach

yeah so on a system engineering approach

yeah so on a system engineering approach
uh in match production it looks like we

uh in match production it looks like we

uh in match production it looks like we
can translate and reduce the systems

can translate and reduce the systems

can translate and reduce the systems
approach down to a unit it cost roughly

approach down to a unit it cost roughly

approach down to a unit it cost roughly
$1,500 per

$1,500 per

$1,500 per
vehicle uh for trucks that will be

vehicle uh for trucks that will be

vehicle uh for trucks that will be
slightly larger than that uh below

slightly larger than that uh below

slightly larger than that uh below
$55,000 it looks like we'll be able to

$55,000 it looks like we'll be able to

$55,000 it looks like we'll be able to
reach the economics to it and using

reach the economics to it and using

reach the economics to it and using
ordinary natural water you add nothing

ordinary natural water you add nothing

ordinary natural water you add nothing
to the water you don't process the water

to the water you don't process the water

to the water you don't process the water
in any way now here's another uh feature

in any way now here's another uh feature

in any way now here's another uh feature
to the system that everybody asked me

to the system that everybody asked me

to the system that everybody asked me
about this is what happens uh to the

about this is what happens uh to the

about this is what happens uh to the
water in the winter time as it frees up

water in the winter time as it frees up

water in the winter time as it frees up
well part of our technology was in the

well part of our technology was in the

well part of our technology was in the
areas of developing what we call a steam

areas of developing what we call a steam

areas of developing what we call a steam
resonator now since the unlike atoms

resonator now since the unlike atoms

resonator now since the unlike atoms
take on opposite electrical charges we

take on opposite electrical charges we

take on opposite electrical charges we
simply use another part of our

simply use another part of our

simply use another part of our
technology to restrict the an voltage to

technology to restrict the an voltage to

technology to restrict the an voltage to
take over and therefore we agitate the

take over and therefore we agitate the

take over and therefore we agitate the
water molecules which in turn gener

water molecules which in turn gener

water molecules which in turn gener
generates kinetic energy which in turns

generates kinetic energy which in turns

generates kinetic energy which in turns
heats the water now this is phenomenal

heats the water now this is phenomenal

heats the water now this is phenomenal
in the fact we consume very little

in the fact we consume very little

in the fact we consume very little
electrical energy in order to heat the

electrical energy in order to heat the

electrical energy in order to heat the
water so uh there are very far ranging

water so uh there are very far ranging

water so uh there are very far ranging
advantages and features to the

advantages and features to the

advantages and features to the
technology ranging even in the areas

technology ranging even in the areas

technology ranging even in the areas
that we now have a way of using voltage

that we now have a way of using voltage

that we now have a way of using voltage
and by switching off uh anlow and

and by switching off uh anlow and

and by switching off uh anlow and
dealing with um the environmental

dealing with um the environmental

dealing with um the environmental
control areas we're developing uh the

control areas we're developing uh the

control areas we're developing uh the
technology in the areas of dation of

technology in the areas of dation of

technology in the areas of dation of
saltwater whenever you have a free and

saltwater whenever you have a free and

saltwater whenever you have a free and
abundant energy Source like water uh

abundant energy Source like water uh

abundant energy Source like water uh
it's only limited to the imaginations

it's only limited to the imaginations

it's only limited to the imaginations
that put it to work this technology is

that put it to work this technology is

that put it to work this technology is
very applicable the desalination of the

very applicable the desalination of the

very applicable the desalination of the
salt water handling of toxic waste

salt water handling of toxic waste

salt water handling of toxic waste
chemicals by high pulse voltage

chemicals by high pulse voltage

chemicals by high pulse voltage
frenquency and restrict the amps we now

frenquency and restrict the amps we now

frenquency and restrict the amps we now
can separate the molecular structure of

can separate the molecular structure of

can separate the molecular structure of
toxic chemicals and render them uh

toxic chemicals and render them uh

toxic chemicals and render them uh
useless and safe it also takes us to the

useless and safe it also takes us to the

useless and safe it also takes us to the
technology uh of combining unlike atoms

technology uh of combining unlike atoms

technology uh of combining unlike atoms
that here to before was not uh possible

that here to before was not uh possible

that here to before was not uh possible
under the natural state of coent linkup

under the natural state of coent linkup

under the natural state of coent linkup
uh this led us to the development of the

uh this led us to the development of the

uh this led us to the development of the
EPG electrical generator technology uh

EPG electrical generator technology uh

EPG electrical generator technology uh
where we're able to magnif uh

where we're able to magnif uh

where we're able to magnif uh
manufacture and magnetize gas that exist

manufacture and magnetize gas that exist

manufacture and magnetize gas that exist
the room temperature and enhance the

the room temperature and enhance the

the room temperature and enhance the
electromagnetic field without increasing

electromagnetic field without increasing

electromagnetic field without increasing
Mass so our technology from since the

Mass so our technology from since the

Mass so our technology from since the
time of the a of embargo has been very

time of the a of embargo has been very

time of the a of embargo has been very
far reaching to give us a comprehensive

far reaching to give us a comprehensive

far reaching to give us a comprehensive
energy source that we literally can use

energy source that we literally can use

energy source that we literally can use
anywhere into the economies and move in

anywhere into the economies and move in

anywhere into the economies and move in
a bilateral movement throughout the

a bilateral movement throughout the

a bilateral movement throughout the
economies of the world uh to bring an

economies of the world uh to bring an

economies of the world uh to bring an
energy source in and as I pointed out

energy source in and as I pointed out

energy source in and as I pointed out
earlier uh the pinion energy crisis

earlier uh the pinion energy crisis

earlier uh the pinion energy crisis
that's being will confront us very

that's being will confront us very

that's being will confront us very
quickly uh we literally have the ability

quickly uh we literally have the ability

quickly uh we literally have the ability
now of Engineering Systems engineering

now of Engineering Systems engineering

now of Engineering Systems engineering
it to mass production very very quickly

it to mass production very very quickly

it to mass production very very quickly
and hopefully be able to stem off uh

and hopefully be able to stem off uh

and hopefully be able to stem off uh
this imminent energy crisis that that is

this imminent energy crisis that that is

this imminent energy crisis that that is
now occurring a lot of people are not

now occurring a lot of people are not

now occurring a lot of people are not
aware of that Kuwait produces or

aware of that Kuwait produces or

aware of that Kuwait produces or
manufactures the majority of aviation

manufactures the majority of aviation

manufactures the majority of aviation
fuel for the world and it's anticipated

fuel for the world and it's anticipated

fuel for the world and it's anticipated
uh as pointed out earlier that uh it's

uh as pointed out earlier that uh it's

uh as pointed out earlier that uh it's
possible as much as 20% drop in aviation

possible as much as 20% drop in aviation

possible as much as 20% drop in aviation
fuel uh occur within 6 to8 months if

fuel uh occur within 6 to8 months if

fuel uh occur within 6 to8 months if
that happens then the domino Domino's

that happens then the domino Domino's

that happens then the domino Domino's
effect will occur and will start to

effect will occur and will start to

effect will occur and will start to
trigger an energy syst uh energy

trigger an energy syst uh energy

trigger an energy syst uh energy
shortage throughout the world the same

shortage throughout the world the same

shortage throughout the world the same
conditions that happen in the United

conditions that happen in the United

conditions that happen in the United
States is also occurring in the air

States is also occurring in the air

States is also occurring in the air
Fields where the natural pressure and

Fields where the natural pressure and

Fields where the natural pressure and
the existing uh oil fields are dropping

the existing uh oil fields are dropping

the existing uh oil fields are dropping
uh the only difference between the US

uh the only difference between the US

uh the only difference between the US
and the air Fields their their pressure

and the air Fields their their pressure

and the air Fields their their pressure
is dropping three times faster than

is dropping three times faster than

is dropping three times faster than
occurred in the United States you just

occurred in the United States you just

occurred in the United States you just
can't keep pulling the oil out of the

can't keep pulling the oil out of the

can't keep pulling the oil out of the
ground and expect it's going to be there

ground and expect it's going to be there

ground and expect it's going to be there
forever The Hourglass effect is

forever The Hourglass effect is

forever The Hourglass effect is
occurring at a more uh faster rate now

occurring at a more uh faster rate now

occurring at a more uh faster rate now
on nuclear power plants China's open the

on nuclear power plants China's open the

on nuclear power plants China's open the
doors to Western technology 25% of the

doors to Western technology 25% of the

doors to Western technology 25% of the
population in the world wants the same

population in the world wants the same

population in the world wants the same
goods and services that you and I have

goods and services that you and I have

goods and services that you and I have
been enjoying and that uh the industrial

been enjoying and that uh the industrial

been enjoying and that uh the industrial
base cannot uh cannot be maintained or

base cannot uh cannot be maintained or

base cannot uh cannot be maintained or
expanded without the supply and

expanded without the supply and

expanded without the supply and
utilization of energy of which we have

utilization of energy of which we have

utilization of energy of which we have
very little fossil fuel left so it's

very little fossil fuel left so it's

very little fossil fuel left so it's
imperative that that we developed a

imperative that that we developed a

imperative that that we developed a
technology that we can move very quickly

technology that we can move very quickly

technology that we can move very quickly
and of course water was the answer to it

and of course water was the answer to it

and of course water was the answer to it
uh because water is a very free and

uh because water is a very free and

uh because water is a very free and
abundant energy source and so this

abundant energy source and so this

abundant energy source and so this
technology has led us to the abilities

technology has led us to the abilities

technology has led us to the abilities
of harnessing and using the water uh in

of harnessing and using the water uh in

of harnessing and using the water uh in
this particular way which we call the

this particular way which we call the

this particular way which we call the
water fuel cell

water fuel cell

water fuel cell
technology you give an indication of the

technology you give an indication of the

technology you give an indication of the
amount of energy stored in a gallon of

amount of energy stored in a gallon of

amount of energy stored in a gallon of
water compared to a barel of oil for

water compared to a barel of oil for

water compared to a barel of oil for
instance yes uh as a point out earlier

instance yes uh as a point out earlier

instance yes uh as a point out earlier
when you separate the hydrogen oxygen

when you separate the hydrogen oxygen

when you separate the hydrogen oxygen
gases and go into the gas IGN process uh

gases and go into the gas IGN process uh

gases and go into the gas IGN process uh
it its energy uh releases roughly 2 and

it its energy uh releases roughly 2 and

it its energy uh releases roughly 2 and
1/2 times that of gasoline now note the

1/2 times that of gasoline now note the

1/2 times that of gasoline now note the
reference is not 2 and a half times that

reference is not 2 and a half times that

reference is not 2 and a half times that
of fingernail poly it's 2 and a half

of fingernail poly it's 2 and a half

of fingernail poly it's 2 and a half
times that of gasoline but in the

times that of gasoline but in the

times that of gasoline but in the
hydrogen fracturing technology we have

hydrogen fracturing technology we have

hydrogen fracturing technology we have
uh developed a technology as the Lord

uh developed a technology as the Lord

uh developed a technology as the Lord
has shown me that by igniting the

has shown me that by igniting the

has shown me that by igniting the
hydrogen oxygen gases and setting up a

hydrogen oxygen gases and setting up a

hydrogen oxygen gases and setting up a
condition by which the uh water molecule

condition by which the uh water molecule

condition by which the uh water molecule
is prevented to form then we now can tap

is prevented to form then we now can tap

is prevented to form then we now can tap
into a very higher energy yield and as a

into a very higher energy yield and as a

into a very higher energy yield and as a
result of this uh the hydrogen

result of this uh the hydrogen

result of this uh the hydrogen
fracturing technology shows that we can

fracturing technology shows that we can

fracturing technology shows that we can
release energy up to Beyond 2.5 million

release energy up to Beyond 2.5 million

release energy up to Beyond 2.5 million
barrels of oil per gallon of water and

barrels of oil per gallon of water and

barrels of oil per gallon of water and
do it

do it

do it
safely and as I had shown you earlier we

safely and as I had shown you earlier we

safely and as I had shown you earlier we
are now preparing this technology uh to

are now preparing this technology uh to

are now preparing this technology uh to
be retrofitted directly to a jet

be retrofitted directly to a jet

be retrofitted directly to a jet
Commander uh which we plan not only to

Commander uh which we plan not only to

Commander uh which we plan not only to
fly around the world non-stop around the

fly around the world non-stop around the

fly around the world non-stop around the
equator but turn 90 degrees and go from

equator but turn 90 degrees and go from

equator but turn 90 degrees and go from
the North and South Pole so it's a

the North and South Pole so it's a

the North and South Pole so it's a
tremendous amount of energy source and

tremendous amount of energy source and

tremendous amount of energy source and
what we've done is found a a triggering

what we've done is found a a triggering

what we've done is found a a triggering
process to allow us to release this

process to allow us to release this

process to allow us to release this
tremendous amount of energy energ and do

tremendous amount of energy energ and do

tremendous amount of energy energ and do
it safely so it gives us the ability to

it safely so it gives us the ability to

it safely so it gives us the ability to
not only uh sustain and maintain the

not only uh sustain and maintain the

not only uh sustain and maintain the
economies of the world but also give us

economies of the world but also give us

economies of the world but also give us
the abilities to uh handle the

the abilities to uh handle the

the abilities to uh handle the
environmental pollution problems at the

environmental pollution problems at the

environmental pollution problems at the
same time we can't keep putting CO2 in

same time we can't keep putting CO2 in

same time we can't keep putting CO2 in
the air and expected the energy level is

the air and expected the energy level is

the air and expected the energy level is
going to be there even for our plants

going to be there even for our plants

going to be there even for our plants
and uh we all talk about the greenhouse

and uh we all talk about the greenhouse

and uh we all talk about the greenhouse
effect but very few people come up with

effect but very few people come up with

effect but very few people come up with
a viable answer to it and the water fuel

a viable answer to it and the water fuel

a viable answer to it and the water fuel
sell technology gives us the ability you

sell technology gives us the ability you

sell technology gives us the ability you
get us Sen can you can you explain the

get us Sen can you can you explain the

get us Sen can you can you explain the
your driving force behind spending all

your driving force behind spending all

your driving force behind spending all
this money and energy developing

this money and energy developing

this money and energy developing
something like this which has cost you

something like this which has cost you

something like this which has cost you
about 10 years of your life can you

about 10 years of your life can you

about 10 years of your life can you
explain why you're doing all this and

explain why you're doing all this and

explain why you're doing all this and
what really drives you to keep well I uh

what really drives you to keep well I uh

what really drives you to keep well I uh
I did an analysis during the Arab

I did an analysis during the Arab

I did an analysis during the Arab
embargo uh as to what actually occurred

embargo uh as to what actually occurred

embargo uh as to what actually occurred
I didn't pay any attention to the

I didn't pay any attention to the

I didn't pay any attention to the
political leaders as to why we had an

political leaders as to why we had an

political leaders as to why we had an
energy problem and I realized that

energy problem and I realized that

energy problem and I realized that
without a new free and abundant energy

without a new free and abundant energy

without a new free and abundant energy
source to come into the world economy

source to come into the world economy

source to come into the world economy
very quickly then they World economy uh

very quickly then they World economy uh

very quickly then they World economy uh
could collapse so uh as a scientist uh I

could collapse so uh as a scientist uh I

could collapse so uh as a scientist uh I
have a very Diversified background from

have a very Diversified background from

have a very Diversified background from
research development product development

research development product development

research development product development
engineer in corporate entrepreneuring

engineer in corporate entrepreneuring

engineer in corporate entrepreneuring
and when I realized uh the problem that

and when I realized uh the problem that

and when I realized uh the problem that
was confronting us uh I went into my

was confronting us uh I went into my

was confronting us uh I went into my
office laboratory and as scientist had

office laboratory and as scientist had

office laboratory and as scientist had
always believed that there was an

always believed that there was an

always believed that there was an
existence of God it was mathematically

existence of God it was mathematically

existence of God it was mathematically
impossible that we had derived ourselves

impossible that we had derived ourselves

impossible that we had derived ourselves
from Swamp gas if you got to have a lot

from Swamp gas if you got to have a lot

from Swamp gas if you got to have a lot
of faith you have to you have to have a

of faith you have to you have to have a

of faith you have to you have to have a
lot of faith to believe in evolution and

lot of faith to believe in evolution and

lot of faith to believe in evolution and
so I went in my office laboratory and I

so I went in my office laboratory and I

so I went in my office laboratory and I
said God I love my country it's the

said God I love my country it's the

said God I love my country it's the
greatest country in the world if you'll

greatest country in the world if you'll

greatest country in the world if you'll
help me put a power supply in the

help me put a power supply in the

help me put a power supply in the
country I'll do anything that uh you

country I'll do anything that uh you

country I'll do anything that uh you
want me to do and subsequently I was

want me to do and subsequently I was

want me to do and subsequently I was
like Paul on on the road to Damascus I

like Paul on on the road to Damascus I

like Paul on on the road to Damascus I
didn't know the Lord but once he

didn't know the Lord but once he

didn't know the Lord but once he
revealed himself to me uh subsequently I

revealed himself to me uh subsequently I

revealed himself to me uh subsequently I
was filled with the Holy Spirit and I've

was filled with the Holy Spirit and I've

was filled with the Holy Spirit and I've
been exercising the power and authority

been exercising the power and authority

been exercising the power and authority
word of God uh bringing this technology

word of God uh bringing this technology

word of God uh bringing this technology
in and many people ask me about uh do I

in and many people ask me about uh do I

in and many people ask me about uh do I
fear my life I have learned the the

fear my life I have learned the the

fear my life I have learned the the
power of angels and I have been

power of angels and I have been

power of angels and I have been
protected in trying to bring this

protected in trying to bring this

protected in trying to bring this
technology in the ultimate objective is

technology in the ultimate objective is

technology in the ultimate objective is
not only to stabilize the economies of

not only to stabilize the economies of

not only to stabilize the economies of
the world but uh if we realize any funds

the world but uh if we realize any funds

the world but uh if we realize any funds
from the

from the

from the
technology uh it will go into world

technology uh it will go into world

technology uh it will go into world
evangelization you see as a scientist

evangelization you see as a scientist

evangelization you see as a scientist
once truth is shown to me truth is truth

once truth is shown to me truth is truth

once truth is shown to me truth is truth
and course I got what I wanted a ticket

and course I got what I wanted a ticket

and course I got what I wanted a ticket
to go on Heaven I got filled with the

to go on Heaven I got filled with the

to go on Heaven I got filled with the
Holy Spirit and so as a scientist uh

Holy Spirit and so as a scientist uh

Holy Spirit and so as a scientist uh
truth is truth and I have a

truth is truth and I have a

truth is truth and I have a
responsibility just as I have a

responsibility just as I have a

responsibility just as I have a
responsibility to the water fuel set

responsibility to the water fuel set

responsibility to the water fuel set
technology to try to bring it out into

technology to try to bring it out into

technology to try to bring it out into
the world I also have the respons

the world I also have the respons

the world I also have the respons
responsibilities to relate the truth of

responsibilities to relate the truth of

responsibilities to relate the truth of
the word of God uh not only to the guy

the word of God uh not only to the guy

the word of God uh not only to the guy
uh to the next door neighbor or the guy

uh to the next door neighbor or the guy

uh to the next door neighbor or the guy
down the block but also relate that

down the block but also relate that

down the block but also relate that
truth of that knowledge to uh every

truth of that knowledge to uh every

truth of that knowledge to uh every
person in the world if I possibly can do

person in the world if I possibly can do

person in the world if I possibly can do
it so the ultimate objective of the

it so the ultimate objective of the

it so the ultimate objective of the
water fuel set technology really is to

water fuel set technology really is to

water fuel set technology really is to
help set the financial base of capable

help set the financial base of capable

help set the financial base of capable
of evangelizing the world now this is

of evangelizing the world now this is

of evangelizing the world now this is
there's a difference between spiritual

there's a difference between spiritual

there's a difference between spiritual
knowledge and worldly knowledge and you

knowledge and worldly knowledge and you

knowledge and worldly knowledge and you
can't go to the world system and ask

can't go to the world system and ask

can't go to the world system and ask
them to help evangelize the world and

them to help evangelize the world and

them to help evangelize the world and
spread the gospel uh but you can go

spread the gospel uh but you can go

spread the gospel uh but you can go
World system and give them a cheap uh

World system and give them a cheap uh

World system and give them a cheap uh
power supply that's so economically that

power supply that's so economically that

power supply that's so economically that
will stable them economically and then

will stable them economically and then

will stable them economically and then
those funds will go into the world

those funds will go into the world

those funds will go into the world
evangelization so uh the water fuel cell

evangelization so uh the water fuel cell

evangelization so uh the water fuel cell
technology really the ultimate objective

technology really the ultimate objective

technology really the ultimate objective
is to accomplish the task of

is to accomplish the task of

is to accomplish the task of
evangelizing the world uh by giving the

evangelizing the world uh by giving the

evangelizing the world uh by giving the
financial abilities to do so and that's

financial abilities to do so and that's

financial abilities to do so and that's
my Prime that's my ultimate and Prime

my Prime that's my ultimate and Prime

my Prime that's my ultimate and Prime
objective the water fuel cell will give

objective the water fuel cell will give

objective the water fuel cell will give
us the abilities to do

us the abilities to do

us the abilities to do
this can you explain

well if you notice on my logo you'll see

well if you notice on my logo you'll see
job 38:22 and 23 and this is where the

job 38:22 and 23 and this is where the

job 38:22 and 23 and this is where the
Lord is talking to job and he asks job

Lord is talking to job and he asks job

Lord is talking to job and he asks job
this question he says have you

this question he says have you

this question he says have you
considered the treasures of snow or have

considered the treasures of snow or have

considered the treasures of snow or have
you considered the trases of Hell which

you considered the trases of Hell which

you considered the trases of Hell which
I have reserved against the time of

I have reserved against the time of

I have reserved against the time of
trouble against battle and War now the

trouble against battle and War now the

trouble against battle and War now the
interpretation of the scriptures are as

interpretation of the scriptures are as

interpretation of the scriptures are as
follows is not snow the most beautiful

follows is not snow the most beautiful

follows is not snow the most beautiful
part about water that no one snowflake

part about water that no one snowflake

part about water that no one snowflake
looks exactly the same as that of other

looks exactly the same as that of other

looks exactly the same as that of other
the treasures of snow is the

the treasures of snow is the

the treasures of snow is the
characteristic and knowledge of water

characteristic and knowledge of water

characteristic and knowledge of water
the Lord knew that in fact that we would

the Lord knew that in fact that we would

the Lord knew that in fact that we would
have and reach a very critical point in

have and reach a very critical point in

have and reach a very critical point in
our history that since we won on

our history that since we won on

our history that since we won on
dependency of fossil fuels that that F

dependency of fossil fuels that that F

dependency of fossil fuels that that F
the flow of fossil fuels uh may be

the flow of fossil fuels uh may be

the flow of fossil fuels uh may be
disrupted and as a result the Lord

disrupted and as a result the Lord

disrupted and as a result the Lord
specified that this knowledge of water

specified that this knowledge of water

specified that this knowledge of water
would come out a time of great trouble

would come out a time of great trouble

would come out a time of great trouble
but he also specified that the knowledge

but he also specified that the knowledge

but he also specified that the knowledge
would come out prior to two events okay

would come out prior to two events okay

would come out prior to two events okay
now that we' uh now that you heard how

now that we' uh now that you heard how

now that we' uh now that you heard how
the think functions you explained your

the think functions you explained your

the think functions you explained your
background why you working on this thing

background why you working on this thing

background why you working on this thing
uh what do you think of possible

uh what do you think of possible

uh what do you think of possible
applications and where do you think this

applications and where do you think this

applications and where do you think this
this device can be applied in what scale

this device can be applied in what scale

this device can be applied in what scale
and what's the amount of energy we can

and what's the amount of energy we can

and what's the amount of energy we can
get out of it like you talked before

get out of it like you talked before

get out of it like you talked before
about converting cars uh commercial

about converting cars uh commercial

about converting cars uh commercial
airplanes uh is there any other

airplanes uh is there any other

airplanes uh is there any other
application you think of oh yes not only

application you think of oh yes not only

application you think of oh yes not only
uh is this technology applicable for all

uh is this technology applicable for all

uh is this technology applicable for all
modes of

modes of

modes of
transportation uh but it also has has

transportation uh but it also has has

transportation uh but it also has has
application in industrial processes uh

application in industrial processes uh

application in industrial processes uh
during the air and bargle I was called

during the air and bargle I was called

during the air and bargle I was called
in a meeting in Columbus Ohio with the

in a meeting in Columbus Ohio with the

in a meeting in Columbus Ohio with the
industrial leaders and Columbia Gas

industrial leaders and Columbia Gas

industrial leaders and Columbia Gas
system informed us that our gas was

system informed us that our gas was

system informed us that our gas was
being cut off 100% uh what actually was

being cut off 100% uh what actually was

being cut off 100% uh what actually was
telling us that we were going out of

telling us that we were going out of

telling us that we were going out of
business and I saw some of the most

business and I saw some of the most

business and I saw some of the most
richest and most powerful industrial

richest and most powerful industrial

richest and most powerful industrial
leaders of the state popping pills and I

leaders of the state popping pills and I

leaders of the state popping pills and I
thought they were going to have heart

thought they were going to have heart

thought they were going to have heart
attacks because basically without energy

attacks because basically without energy

attacks because basically without energy
you can't make a a product if you can't

you can't make a a product if you can't

you can't make a a product if you can't
make a product you can't make profit if

make a product you can't make profit if

make a product you can't make profit if
you can't make profits you cannot pay

you can't make profits you cannot pay

you can't make profits you cannot pay
your bills so result the bigger you are

your bills so result the bigger you are

your bills so result the bigger you are
the harder you fall the faster the uh

the harder you fall the faster the uh

the harder you fall the faster the uh
you would go in economic uh bankruptcy

you would go in economic uh bankruptcy

you would go in economic uh bankruptcy
so it was imperative that this

so it was imperative that this

so it was imperative that this
technology not only be uh developed for

technology not only be uh developed for

technology not only be uh developed for
the uh transportation areas but also to

the uh transportation areas but also to

the uh transportation areas but also to
apply to Industrial applications uh be

apply to Industrial applications uh be

apply to Industrial applications uh be
able to give energy uh the technology

able to give energy uh the technology

able to give energy uh the technology
and hydrogen fracturing technology that

and hydrogen fracturing technology that

and hydrogen fracturing technology that
gave us the abilities to go in and to

gave us the abilities to go in and to

gave us the abilities to go in and to
protect the military Integrity of the

protect the military Integrity of the

protect the military Integrity of the
western world so this technology is

western world so this technology is

western world so this technology is
applicable not only in those areas but

applicable not only in those areas but

applicable not only in those areas but
uh for example during the Arab embargo

uh for example during the Arab embargo

uh for example during the Arab embargo
uh our Navy task force did not have the

uh our Navy task force did not have the

uh our Navy task force did not have the
fuel and so as we have the abilities now

fuel and so as we have the abilities now

fuel and so as we have the abilities now
to go on the maritime applications

to go on the maritime applications

to go on the maritime applications
literally run the ships off of water uh

literally run the ships off of water uh

literally run the ships off of water uh
as a main fuel source and at the same

as a main fuel source and at the same

as a main fuel source and at the same
time using the application is cleaning

time using the application is cleaning

time using the application is cleaning
up our environment and preventing from

up our environment and preventing from

up our environment and preventing from
the coot and the contaminants uh that go

the coot and the contaminants uh that go

the coot and the contaminants uh that go
in the air so we can move this

in the air so we can move this

in the air so we can move this
technology bilateral on every aspect of

technology bilateral on every aspect of

technology bilateral on every aspect of
the economy and do it very very quickly

the economy and do it very very quickly

the economy and do it very very quickly
and so that led us leads us now into the

and so that led us leads us now into the

and so that led us leads us now into the
fact that we have been developing this

fact that we have been developing this

fact that we have been developing this
technology uh for mass production and so

technology uh for mass production and so

technology uh for mass production and so
once uh we finalize debugging of the

once uh we finalize debugging of the

once uh we finalize debugging of the
pre-engineering unit then we're going to

pre-engineering unit then we're going to

pre-engineering unit then we're going to
translate it into a very cost effective

translate it into a very cost effective

translate it into a very cost effective
uh system uh by taking the technology

uh system uh by taking the technology

uh system uh by taking the technology
into microchip technology and plastic

into microchip technology and plastic

into microchip technology and plastic
mold injection technology allows us now

mold injection technology allows us now

mold injection technology allows us now
to move this type of Technology very

to move this type of Technology very

to move this type of Technology very
quickly matter of fact one master mold

quickly matter of fact one master mold

quickly matter of fact one master mold
uh Set uh can produce over 11,000 units

uh Set uh can produce over 11,000 units

uh Set uh can produce over 11,000 units
every 24 hours that gives us abilities

every 24 hours that gives us abilities

every 24 hours that gives us abilities
now to move in a bilateral movement but

now to move in a bilateral movement but

now to move in a bilateral movement but
to get the energy source throughout the

to get the energy source throughout the

to get the energy source throughout the
entire world quickly uh If U if the oil

entire world quickly uh If U if the oil

entire world quickly uh If U if the oil
is shut off uh to us either by war or by

is shut off uh to us either by war or by

is shut off uh to us either by war or by
some other methods um a lot of people do

some other methods um a lot of people do

some other methods um a lot of people do
not realize sedon has the viral germ

not realize sedon has the viral germ

not realize sedon has the viral germ
through genetic restructuring that if he

through genetic restructuring that if he

through genetic restructuring that if he
uses it one uh it lives off the bacteria

uses it one uh it lives off the bacteria

uses it one uh it lives off the bacteria
of air and water and even of oil and if

of air and water and even of oil and if

of air and water and even of oil and if
he uses this uh it's possibly that the

he uses this uh it's possibly that the

he uses this uh it's possibly that the
oil could be contaminated very quickly

oil could be contaminated very quickly

oil could be contaminated very quickly
and if that is so then every country of

and if that is so then every country of

and if that is so then every country of
the world would be fac of shutting off

the world would be fac of shutting off

the world would be fac of shutting off
the flow of oil to each of their

the flow of oil to each of their

the flow of oil to each of their
countries now without the supply of fals

countries now without the supply of fals

countries now without the supply of fals
fuels within 180 to 240 days thereafter

fuels within 180 to 240 days thereafter

fuels within 180 to 240 days thereafter
about 1.5 billion people would be facing

about 1.5 billion people would be facing

about 1.5 billion people would be facing
starvation very very quickly uh because

starvation very very quickly uh because

starvation very very quickly uh because
we need that flow of energy in order to

we need that flow of energy in order to

we need that flow of energy in order to
maintain the industrial bases of the

maintain the industrial bases of the

maintain the industrial bases of the
world so we've designed a technology to

world so we've designed a technology to

world so we've designed a technology to
be very flexible to use every segment of

be very flexible to use every segment of

be very flexible to use every segment of
the economy and do it very quickly so

the economy and do it very quickly so

the economy and do it very quickly so
we're all on the same boat and what

we're all on the same boat and what

we're all on the same boat and what
we're doing is illustrating that yes the

we're doing is illustrating that yes the

we're doing is illustrating that yes the
technology is viable here we do have

technology is viable here we do have

technology is viable here we do have
have a viable technology that we now can

have a viable technology that we now can

have a viable technology that we now can
use water as a fuel source because water

use water as a fuel source because water

use water as a fuel source because water
is a very free and abundant fuel source

is a very free and abundant fuel source

is a very free and abundant fuel source
but it's going to take you and I and the

but it's going to take you and I and the

but it's going to take you and I and the
guy down the street and the people in

guy down the street and the people in

guy down the street and the people in
each country to bring this technology uh

each country to bring this technology uh

each country to bring this technology uh
into the marketplace to stabilize our

into the marketplace to stabilize our

into the marketplace to stabilize our
countries and so as a result we are uh

countries and so as a result we are uh

countries and so as a result we are uh
developed it uh under the kiss Method

developed it uh under the kiss Method

developed it uh under the kiss Method
Keep a simple stupid to comply with the

Keep a simple stupid to comply with the

Keep a simple stupid to comply with the
law of Economics that the guy who comes

law of Economics that the guy who comes

law of Economics that the guy who comes
out the cheapest way is going to win out

out the cheapest way is going to win out

out the cheapest way is going to win out
so by decentralizing the mass production

so by decentralizing the mass production

so by decentralizing the mass production
of the system and and the and the

of the system and and the and the

of the system and and the and the
fabrication of the system and

fabrication of the system and

fabrication of the system and
decentralize the instulation of the

decentralize the instulation of the

decentralize the instulation of the
system then we should be able to move in

system then we should be able to move in

system then we should be able to move in
a bilateral movement throughout uh all

a bilateral movement throughout uh all

a bilateral movement throughout uh all
the countries of the world to get this

the countries of the world to get this

the countries of the world to get this
type of Technology into their countries

type of Technology into their countries

type of Technology into their countries
to stabilize their their economic base

to stabilize their their economic base

to stabilize their their economic base
uh if the oil is cut off by these means

uh if the oil is cut off by these means

uh if the oil is cut off by these means
or it simply is being cut off by a lack

or it simply is being cut off by a lack

or it simply is being cut off by a lack
of supply of oil that's now showing uh

of supply of oil that's now showing uh

of supply of oil that's now showing uh
it's the same natural pressure that

it's the same natural pressure that

it's the same natural pressure that
dropped in the airfields as I pointed

dropped in the airfields as I pointed

dropped in the airfields as I pointed
out a little earlier is also occurring

out a little earlier is also occurring

out a little earlier is also occurring
in the North Sea North Sea uh pressur

in the North Sea North Sea uh pressur

in the North Sea North Sea uh pressur
has dropped by oneir so we all need

has dropped by oneir so we all need

has dropped by oneir so we all need
energy and so therefore I feel that it's

energy and so therefore I feel that it's

energy and so therefore I feel that it's
going to take the people of the world to

going to take the people of the world to

going to take the people of the world to
come together and the leaders of the of

come together and the leaders of the of

come together and the leaders of the of
each country to come together in one

each country to come together in one

each country to come together in one
Accord in order to allow this type of

Accord in order to allow this type of

Accord in order to allow this type of
technology to go on to stabilize their

technology to go on to stabilize their

technology to go on to stabilize their
economic basis in each each respective

economic basis in each each respective

economic basis in each each respective
country you have any time scale for mass

country you have any time scale for mass

country you have any time scale for mass
production set up yet and second do you

production set up yet and second do you

production set up yet and second do you
have any organization or planning an

have any organization or planning an

have any organization or planning an
organization International or yes we are

organization International or yes we are

organization International or yes we are
I'm negotiating with many uh leaders of

I'm negotiating with many uh leaders of

I'm negotiating with many uh leaders of
different countries at the world uh but

different countries at the world uh but

different countries at the world uh but
the ultimate objective is to mobilize uh

the ultimate objective is to mobilize uh

the ultimate objective is to mobilize uh
mobilize the masses of the people uh in

mobilize the masses of the people uh in

mobilize the masses of the people uh in
order to bring it in this is the only

order to bring it in this is the only

order to bring it in this is the only
way that that that can come in and uh so

way that that that can come in and uh so

way that that that can come in and uh so
as we finalize our debugging of the

as we finalize our debugging of the

as we finalize our debugging of the
system uh and take it into mass

system uh and take it into mass

system uh and take it into mass
production areas we can do this by

production areas we can do this by

production areas we can do this by
simply turning the technology over to

simply turning the technology over to

simply turning the technology over to
many many uh Fabricators and people who

many many uh Fabricators and people who

many many uh Fabricators and people who
have certain skills uh in the Machining

have certain skills uh in the Machining

have certain skills uh in the Machining
areas or mass production areas that

areas or mass production areas that

areas or mass production areas that
would allow this type of technology to

would allow this type of technology to

would allow this type of technology to
be produced very quickly

be produced very quickly

be produced very quickly
thanks very much for this interview on

thanks very much for this interview on

thanks very much for this interview on
my pleasure we appreciate it very much

my pleasure we appreciate it very much

my pleasure we appreciate it very much
thank you you're

welcome

welcome
light

Focus okay Stanley can you give us some

Focus okay Stanley can you give us some
idea about the size of a conversion kit

idea about the size of a conversion kit

idea about the size of a conversion kit
for a car for instance uh we see this

for a car for instance uh we see this

for a car for instance uh we see this
all this Electronics sitting there but I

all this Electronics sitting there but I

all this Electronics sitting there but I
guess this is not going to be part of a

guess this is not going to be part of a

guess this is not going to be part of a
future upgrade kit for a car is it no

future upgrade kit for a car is it no

future upgrade kit for a car is it no
basically what this was a

basically what this was a

basically what this was a
pre-engineering unit in order to satisfy

pre-engineering unit in order to satisfy

pre-engineering unit in order to satisfy
the US code of operability on Section 35

the US code of operability on Section 35

the US code of operability on Section 35
section 101 and it was uh developed uh

section 101 and it was uh developed uh

section 101 and it was uh developed uh
as pre-engineering to uh show the

as pre-engineering to uh show the

as pre-engineering to uh show the
operability of all the different

operability of all the different

operability of all the different
operational parameters of water fuel

operational parameters of water fuel

operational parameters of water fuel
cell but in actuality the entire

cell but in actuality the entire

cell but in actuality the entire
technology you see here is really

technology you see here is really

technology you see here is really
reduced down to the water fuel cell

reduced down to the water fuel cell

reduced down to the water fuel cell
injectors you see right here this this

injectors you see right here this this

injectors you see right here this this
is the only thing that's needed for

is the only thing that's needed for

is the only thing that's needed for
upgrading a car or is there anything

upgrading a car or is there anything

upgrading a car or is there anything
else in no uh the water fuel cell

else in no uh the water fuel cell

else in no uh the water fuel cell
injector which replaces the the

injector which replaces the the

injector which replaces the the
conventional spark plug in in an

conventional spark plug in in an

conventional spark plug in in an
internal combustion engine this is

internal combustion engine this is

internal combustion engine this is
hooked up to a water tank basically if

hooked up to a water tank basically if

hooked up to a water tank basically if
you have a plastic fuel tank in your car

you have a plastic fuel tank in your car

you have a plastic fuel tank in your car
to Simply drain out the the gasoline

to Simply drain out the the gasoline

to Simply drain out the the gasoline
flush it out fill it up with fresh water

flush it out fill it up with fresh water

flush it out fill it up with fresh water
then then uh uh the water fuel cell

then then uh uh the water fuel cell

then then uh uh the water fuel cell
injector now allows the water to be uh

injector now allows the water to be uh

injector now allows the water to be uh
transferred uh the system approach

transferred uh the system approach

transferred uh the system approach
allows the water to be to go in to the

allows the water to be to go in to the

allows the water to be to go in to the
injector which is now being processed to

injector which is now being processed to

injector which is now being processed to
release the therm Expos energy from

release the therm Expos energy from

release the therm Expos energy from
hydrogen the second part is hooked up to

hydrogen the second part is hooked up to

hydrogen the second part is hooked up to
it is what we've referred to here again

it is what we've referred to here again

it is what we've referred to here again
is the gas processor that's ionizing the

is the gas processor that's ionizing the

is the gas processor that's ionizing the
gas to allow it to come in so basically

gas to allow it to come in so basically

gas to allow it to come in so basically
in retrofit all we're doing is simply

in retrofit all we're doing is simply

in retrofit all we're doing is simply
tapping off the exhaust gases from the

tapping off the exhaust gases from the

tapping off the exhaust gases from the
conventional engine we're now using the

conventional engine we're now using the

conventional engine we're now using the
gas processor to utilize the amid air to

gas processor to utilize the amid air to

gas processor to utilize the amid air to
ionize the gases which is now mixing

ionize the gases which is now mixing

ionize the gases which is now mixing
with the water which now converts it to

with the water which now converts it to

with the water which now converts it to
water fuel we allow on the water fuel to

water fuel we allow on the water fuel to

water fuel we allow on the water fuel to
go into the into the injector that's now

go into the into the injector that's now

go into the into the injector that's now
plugged into our replaces your spark

plugged into our replaces your spark

plugged into our replaces your spark
plug and allows the engine now to run

plug and allows the engine now to run

plug and allows the engine now to run
off the thermal explosive engine from

off the thermal explosive engine from

off the thermal explosive engine from
hydrogen so basically all we're doing is

hydrogen so basically all we're doing is

hydrogen so basically all we're doing is
taking a gas uh gasoline out of the tank

taking a gas uh gasoline out of the tank

taking a gas uh gasoline out of the tank
fill it up with water we now uh replace

fill it up with water we now uh replace

fill it up with water we now uh replace
the spark plug with the water fuel cell

the spark plug with the water fuel cell

the spark plug with the water fuel cell
injector and we now hook a small little

injector and we now hook a small little

injector and we now hook a small little
miniaturized computer which controls the

miniaturized computer which controls the

miniaturized computer which controls the
meter mixes the gas is going in the

meter mixes the gas is going in the

meter mixes the gas is going in the
engine to allow uh the engine to uh

engine to allow uh the engine to uh

engine to allow uh the engine to uh
accelerate and de accelerate so the

accelerate and de accelerate so the

accelerate and de accelerate so the
insulation is a a very small lightweight

insulation is a a very small lightweight

insulation is a a very small lightweight
uh compact electronic uh control system

uh compact electronic uh control system

uh compact electronic uh control system
okay now the distributor is that going

okay now the distributor is that going

okay now the distributor is that going
to be the same can I use the same

to be the same can I use the same

to be the same can I use the same
distributor or do you have a modified

distributor or do you have a modified

distributor or do you have a modified
version or is there anything additional

version or is there anything additional

version or is there anything additional
to it can you explain yes we do we uh we

to it can you explain yes we do we uh we

to it can you explain yes we do we uh we
do modify the uh distributor as it's

do modify the uh distributor as it's

do modify the uh distributor as it's
shown over here uh we simply take off

shown over here uh we simply take off

shown over here uh we simply take off
the conventional gas t uh gas rotor cap

the conventional gas t uh gas rotor cap

the conventional gas t uh gas rotor cap
out of conventional engine and we put

out of conventional engine and we put

out of conventional engine and we put
the laser distributor uh in between the

the laser distributor uh in between the

the laser distributor uh in between the
the uh distributor assembly and the cap

the uh distributor assembly and the cap

the uh distributor assembly and the cap
and this now sends the signals to the uh

and this now sends the signals to the uh

and this now sends the signals to the uh
computer system which will really be uh

computer system which will really be uh

computer system which will really be uh
composite of several IC CH IC or

composite of several IC CH IC or

composite of several IC CH IC or
integrated circuit chips that

integrated circuit chips that

integrated circuit chips that
miniaturizes the the hydrogen computer

miniaturizes the the hydrogen computer

miniaturizes the the hydrogen computer
system this whole hydrogen stuff isn't

system this whole hydrogen stuff isn't

system this whole hydrogen stuff isn't
it extremely explosive in the car is

it extremely explosive in the car is

it extremely explosive in the car is
there any danger involved what's the

there any danger involved what's the

there any danger involved what's the
safety aspect of no we have actually

safety aspect of no we have actually

safety aspect of no we have actually
solved the problem uh there's no storage

solved the problem uh there's no storage

solved the problem uh there's no storage
of hydrogen whatsoever the water goes

of hydrogen whatsoever the water goes

of hydrogen whatsoever the water goes
into the injector which now allows it to

into the injector which now allows it to

into the injector which now allows it to
go into a high pulse voltage Zone which

go into a high pulse voltage Zone which

go into a high pulse voltage Zone which
performs electrical polarization process

performs electrical polarization process

performs electrical polarization process
so the water is only converted into

so the water is only converted into

so the water is only converted into
thermal explosive energy as it enters

thermal explosive energy as it enters

thermal explosive energy as it enters
the injector so the thermal exposive

the injector so the thermal exposive

the injector so the thermal exposive
energy is now occurring inside the

energy is now occurring inside the

energy is now occurring inside the
engine so the electronic system is

engine so the electronic system is

engine so the electronic system is
designed to regulate and control the

designed to regulate and control the

designed to regulate and control the
explosion of the energy which now

explosion of the energy which now

explosion of the energy which now
co-equals that of gasoline so it's a

co-equals that of gasoline so it's a

co-equals that of gasoline so it's a
tremendously felt safe operable system

tremendously felt safe operable system

tremendously felt safe operable system
okay so it's safe it's small system yes

okay so it's safe it's small system yes

okay so it's safe it's small system yes
uh what about maintenance of the car and

uh what about maintenance of the car and

uh what about maintenance of the car and
engine itself uh do I need more

engine itself uh do I need more

engine itself uh do I need more
maintenance is a difference um is there

maintenance is a difference um is there

maintenance is a difference um is there
anything do I have to modify anything on

anything do I have to modify anything on

anything do I have to modify anything on
the maintenance schedule no just keep

the maintenance schedule no just keep

the maintenance schedule no just keep
the same maintenance as you you have it

the same maintenance as you you have it

the same maintenance as you you have it
uh since you're releasing thermal

uh since you're releasing thermal

uh since you're releasing thermal
explosive energy into the engine and

explosive energy into the engine and

explosive energy into the engine and
you're coing the the burn rate of

you're coing the the burn rate of

you're coing the the burn rate of
gasoline and there's very little

gasoline and there's very little

gasoline and there's very little
maintenance uh if there is uh any

maintenance uh if there is uh any

maintenance uh if there is uh any
maintenance at all uh we developed the

maintenance at all uh we developed the

maintenance at all uh we developed the
uh technology years ago that we could

uh technology years ago that we could

uh technology years ago that we could
really impregnate the cylinder walls uh

really impregnate the cylinder walls uh

really impregnate the cylinder walls uh
of the engine with Teflon and we can

of the engine with Teflon and we can

of the engine with Teflon and we can
even uh impreg and treat the bearings

even uh impreg and treat the bearings

even uh impreg and treat the bearings
and literally run an engine off of off

and literally run an engine off of off

and literally run an engine off of off
of the Teflon and eliminate the oil uh

of the Teflon and eliminate the oil uh

of the Teflon and eliminate the oil uh
if that occurs then you can use a

if that occurs then you can use a

if that occurs then you can use a
product something like slick 50 in the

product something like slick 50 in the

product something like slick 50 in the
engine uh if you would need it but the

engine uh if you would need it but the

engine uh if you would need it but the
wear Factor since it's a very clean

wear Factor since it's a very clean

wear Factor since it's a very clean
burning fuel hydrogen is a very clean

burning fuel hydrogen is a very clean

burning fuel hydrogen is a very clean
burning fuel then uh the engine uh oil

burning fuel then uh the engine uh oil

burning fuel then uh the engine uh oil
is not contaminated under the uh the old

is not contaminated under the uh the old

is not contaminated under the uh the old
method of run on gasoline or diesel fuel

method of run on gasoline or diesel fuel

method of run on gasoline or diesel fuel
so it's extremely clean burning fuel

on yeah

on yeah
temp what what about the valves in the

temp what what about the valves in the

temp what what about the valves in the
engine the Pistons don't the Pistons

engine the Pistons don't the Pistons

engine the Pistons don't the Pistons
burn out because there's no lubrication

burn out because there's no lubrication

burn out because there's no lubrication
of the of the lead or any any other

of the of the lead or any any other

of the of the lead or any any other
additives to the usual gas no the vows

additives to the usual gas no the vows

additives to the usual gas no the vows
you know been designed recently to

you know been designed recently to

you know been designed recently to
operate off of nonl gasoline and since

operate off of nonl gasoline and since

operate off of nonl gasoline and since
we used the exhaust gases to cycle back

we used the exhaust gases to cycle back

we used the exhaust gases to cycle back
in to modulate the the burn rate of

in to modulate the the burn rate of

in to modulate the the burn rate of
hydrogen gas as we now control the burn

hydrogen gas as we now control the burn

hydrogen gas as we now control the burn
rate to coequal gasoline then the engine

rate to coequal gasoline then the engine

rate to coequal gasoline then the engine
temperature uh and operations are are

temperature uh and operations are are

temperature uh and operations are are
duplicating the same thing on gasoline

duplicating the same thing on gasoline

duplicating the same thing on gasoline
or diesel fuel so you don't change the

or diesel fuel so you don't change the

or diesel fuel so you don't change the
engine in any way and this allows us now

engine in any way and this allows us now

engine in any way and this allows us now
to retrofit the water fuel cell

to retrofit the water fuel cell

to retrofit the water fuel cell
technology to any uh uh existing engine

technology to any uh uh existing engine

technology to any uh uh existing engine
and that's very important because it now

and that's very important because it now

and that's very important because it now
gives us ability uh that we can

gives us ability uh that we can

gives us ability uh that we can
stabilize Transportation as we talked

stabilize Transportation as we talked

stabilize Transportation as we talked
about before if the energy is cut off

about before if the energy is cut off

about before if the energy is cut off
okay so now the accelerator can I still

okay so now the accelerator can I still

okay so now the accelerator can I still
keep the same mechanical accelerator or

keep the same mechanical accelerator or

keep the same mechanical accelerator or
do you have a new device for that as

do you have a new device for that as

do you have a new device for that as
well yes we developed over here as we

well yes we developed over here as we

well yes we developed over here as we
come

along we've developed the uh what we

along we've developed the uh what we
call a laser accelerator as you see

call a laser accelerator as you see

call a laser accelerator as you see
right here that um simply is attached to

right here that um simply is attached to

right here that um simply is attached to
the accelerator pedal and it trans uh as

the accelerator pedal and it trans uh as

the accelerator pedal and it trans uh as
you press the pedal down the Gas Pedal

you press the pedal down the Gas Pedal

you press the pedal down the Gas Pedal
down it displaces the um

mechanical displacement into electrical

mechanical displacement into electrical
impulses which now is fed into the micr

impulses which now is fed into the micr

impulses which now is fed into the micr
miniatur sized computer electronic so

miniatur sized computer electronic so

miniatur sized computer electronic so
this gives us the abilities Now to

this gives us the abilities Now to

this gives us the abilities Now to
control the acceleration this type of

control the acceleration this type of

control the acceleration this type of
Technology uh has given us the abilities

Technology uh has given us the abilities

Technology uh has given us the abilities
to equal or supersede the performance of

to equal or supersede the performance of

to equal or supersede the performance of
acceleration and de acceleration on

acceleration and de acceleration on

acceleration and de acceleration on
conventional uh cars that's running on

conventional uh cars that's running on

conventional uh cars that's running on
gasoline or diesel fuel so the the

gasoline or diesel fuel so the the

gasoline or diesel fuel so the the
hydrogen uh being two and a half times

hydrogen uh being two and a half times

hydrogen uh being two and a half times
more powerful than gasoline uh gives us

more powerful than gasoline uh gives us

more powerful than gasoline uh gives us
a tremendous amount of performance over

a tremendous amount of performance over

a tremendous amount of performance over
the prior state of the art it runs very

the prior state of the art it runs very

the prior state of the art it runs very
smoothly and uh uh it has a very unusual

smoothly and uh uh it has a very unusual

smoothly and uh uh it has a very unusual
sensation uh generally when you're

sensation uh generally when you're

sensation uh generally when you're
running a a car on gasoline you have

running a a car on gasoline you have

running a a car on gasoline you have
this kind of a pause but when you're

this kind of a pause but when you're

this kind of a pause but when you're
running on hydrogen the way we're doing

running on hydrogen the way we're doing

running on hydrogen the way we're doing
it it's a t it's a constant acceleration

it it's a t it's a constant acceleration

it it's a t it's a constant acceleration
so it's a it's a extremely very fast

so it's a it's a extremely very fast

so it's a it's a extremely very fast
responding uh fuel source that's coming

responding uh fuel source that's coming

responding uh fuel source that's coming
from water Andy so you're claiming that

from water Andy so you're claiming that

from water Andy so you're claiming that
performance is equal or better as a

performance is equal or better as a

performance is equal or better as a
normal gasoline car oh yes definitely

normal gasoline car oh yes definitely

normal gasoline car oh yes definitely
and'll even start up quicker uh in in

and'll even start up quicker uh in in

and'll even start up quicker uh in in
the winter time you're dealing with uh a

the winter time you're dealing with uh a

the winter time you're dealing with uh a
liquid gasoline or liquid diesel fuel

liquid gasoline or liquid diesel fuel

liquid gasoline or liquid diesel fuel
and you have problems in starting uh in

and you have problems in starting uh in

and you have problems in starting uh in
cold weather you don't freeze uh you

cold weather you don't freeze uh you

cold weather you don't freeze uh you
don't freeze uh gas uh gas atoms and uh

don't freeze uh gas uh gas atoms and uh

don't freeze uh gas uh gas atoms and uh
so by converting the water into instant

so by converting the water into instant

so by converting the water into instant
energy uh gives us the ability to start

energy uh gives us the ability to start

energy uh gives us the ability to start
the engine very very

the engine very very

the engine very very
quickly when you start an engine in the

quickly when you start an engine in the

quickly when you start an engine in the
morning for instance uh how long does it

morning for instance uh how long does it

morning for instance uh how long does it
take care before you can drive away oh

take care before you can drive away oh

take care before you can drive away oh
it's it's in an instantaneous startup uh

it's it's in an instantaneous startup uh

it's it's in an instantaneous startup uh
immediately when false voltage frequency

immediately when false voltage frequency

immediately when false voltage frequency
hits the the water uh it converts it to

hits the the water uh it converts it to

hits the the water uh it converts it to
the gas which now produces the thermal

the gas which now produces the thermal

the gas which now produces the thermal
explosive energy so it's an instant it's

explosive energy so it's an instant it's

explosive energy so it's an instant it's
an instant type of start the electronic

an instant type of start the electronic

an instant type of start the electronic
uh circuit interfacing gives us the

uh circuit interfacing gives us the

uh circuit interfacing gives us the
abilities to control IM Meer the amount

abilities to control IM Meer the amount

abilities to control IM Meer the amount
of water that's going in on the start

of water that's going in on the start

of water that's going in on the start
condition is as opposed to on a run

condition is as opposed to on a run

condition is as opposed to on a run
condition so the computer automatically

condition so the computer automatically

condition so the computer automatically
adjusts between the start condition and

adjusts between the start condition and

adjusts between the start condition and
the uh in the Run condition so

the uh in the Run condition so

the uh in the Run condition so
electronically we have the abilities to

electronically we have the abilities to

electronically we have the abilities to
adjust for these parameters and uh the

adjust for these parameters and uh the

adjust for these parameters and uh the
same as a conventional car we also have

same as a conventional car we also have

same as a conventional car we also have
the abilities to adjust for uh different

the abilities to adjust for uh different

the abilities to adjust for uh different
ambient air uh conditions uh going from

ambient air uh conditions uh going from

ambient air uh conditions uh going from
sea level up into mountain ranges so

sea level up into mountain ranges so

sea level up into mountain ranges so
automatically the electronic circuitry

automatically the electronic circuitry

automatically the electronic circuitry
design gives us the abilities to adjust

design gives us the abilities to adjust

design gives us the abilities to adjust
each parameters it give us a very smooth

each parameters it give us a very smooth

each parameters it give us a very smooth
operational uh

operational uh

operational uh
performance but uh what about air

performance but uh what about air

performance but uh what about air
pressure I mean when you go high in in

pressure I mean when you go high in in

pressure I mean when you go high in in
the mount if you don't use uh ambient

the mount if you don't use uh ambient

the mount if you don't use uh ambient
air so it has no infuence on the

air so it has no infuence on the

air so it has no infuence on the
performance of the car no uh if you come

performance of the car no uh if you come

performance of the car no uh if you come
over here

um here we have a a part a device is a

um here we have a a part a device is a
metal Bellows which now allows uh to

metal Bellows which now allows uh to

metal Bellows which now allows uh to
control the amount of amid air going

control the amount of amid air going

control the amount of amid air going
into the engine of the car and this

into the engine of the car and this

into the engine of the car and this
automatically allows us to regulate uh

automatically allows us to regulate uh

automatically allows us to regulate uh
the Ami air pressures going from sea

the Ami air pressures going from sea

the Ami air pressures going from sea
level up into the mountain areas so

level up into the mountain areas so

level up into the mountain areas so
electronically these uh uh solenoid you

electronically these uh uh solenoid you

electronically these uh uh solenoid you
see here are have sensors that

see here are have sensors that

see here are have sensors that
automatically uh senses the amount of

automatically uh senses the amount of

automatically uh senses the amount of
Amun pressures and they're automatically

Amun pressures and they're automatically

Amun pressures and they're automatically
electronically adjusted to compensated

electronically adjusted to compensated

electronically adjusted to compensated
for difference of air pressure so this

for difference of air pressure so this

for difference of air pressure so this
allows us now to give us tremendous good

allows us now to give us tremendous good

allows us now to give us tremendous good
performance uh going from sea level

performance uh going from sea level

performance uh going from sea level
right on up into the into the high

right on up into the into the high

right on up into the into the high
mountain regions