Line 18a3s6c AgroPlas GasPlas Microwave Cn H2 Reactor Cold Plasma WOW SETI

February 24, 2012

tags: 16b, 17k, 17t, 17t2, 18a, 18a3x, 18a3z3, 18as4, 18b, 18d, 18e, 18g, 18i, 18j, 18k, 18m, 18u, 22, 28fy, Film cut out at my thoughts and tags. Add to next video. Feb 16 2012 840 pm est Line 18 a3s7 Expanding Universe Local Group Andromeda Galaxy Milky Way WOW SETI, gas plas reactor diagram hydrogen heat ch4 methane carbon wow seti ufo engine components, GasPlas Cold Plasma Reactor, Line 18a3s6c AgroPlas GasPlas Microwave Cn H2 Reactor Cold Plasma WOW SETI, Line18 a3s6 Muon Oxqark Ammonium Perchlorate Argon Gas Neutrinos VASIMR ROCKET WOW SETI Line 18a3s6b NASA LIDAR 5G LASER PULSE NEUTRINO PROPULSION WOW SETI Line 18a3s6c AgroPlas GasPlas Microwave Cn H, Neutrinos + Gas + Mathematical Functions + Calculations + Equations + Jet Propulsion Ideas Line 24, old plasma cracking of hydrocarbons agroplas as gas plas as invention wow seti the idea girl says youtube, Tags: GasPlas cold plasma reactor diagram Biomethane Hydrocarbons Plasma Biogas Natural gas Microwaves Methane Cold plasma state Emissions Technology Innovation CO2. hydrogen transport system Energy I

old plasma cracking of hydrocarbons agroplas as gas plas as invention wow seti the idea girl says youtube

Line 18a3s6c AgroPlas GasPlas Microwave Cn H2 Reactor Cold Plasma WOW SETI

Film cut out at my thoughts and tags. Add to next video.
Feb 16 2012 840 pm est

Line 18 a3s7 Expanding Universe Local Group Andromeda Galaxy Milky Way WOW SETI

5g force ufo engine acceleration plasma formulas

part 129 of 100 videos there are more videos after this one i’ll post all then update the #.
Math Equation Wow Seti 1977 radio signal alien

14/

3/4/4/1/1/1/1/11=0.017
14/0.017=823.5294

ending of this video will be on next one:
Line 18 a3s7 Expanding Universe Local Group Andromeda Galaxy Milky Way WOW SETI

Groundbreaking Technology & Innovation

GasPlas has developed a groundbreaking new technology for production of hydrogen without CO2.

This enables a truly clean hydrogen transport system with no CO2 emissions from well to wheel.

Feb 10 2012 924 pm est

My thoughts

Here we find some methods and new inventions that we can use for the

Muon bombardment frequency + energy + accelerate photocatalyst effect

Laser + Heat + Argon Gas + Neutrinos = Acceleration Plasma

GasPlas Cold Plasma Reactor + VASIMR + Neutrinos + Methane Cracking + Carbon Nano Tubes + Graphite Mirrors + Space Elevator

I seperated this particular data into three sections so we could look at each set of things in units.

Line18 a3s6 Muon Oxqark Ammonium Perchlorate Argon Gas Neutrinos VASIMR ROCKET WOW SETI

Line 18a3s6b NASA LIDAR 5G LASER PULSE NEUTRINO PROPULSION WOW SETI

Line 18a3s6c AgroPlas GasPlas Microwave Cn H2 Reactor Cold Plasma WOW SETI

It’s up to those who invented these things to get together, compare notes and see what you can come up with in relations to the propulsions required for a 5g-force UFO Engine.

Take a look at all the data provided about Neutrinos add the mathematical equations that are mentioned in each video and put it altogether to develop the new alien technology that is required to meet this goal…

Neutrinos + Gas + Mathematical Functions + Calculations + Equations + Jet Propulsion Ideas

Line 24, 22, 28fy, 18u, 18m, 18k, 18j, 18i, 18g, 18e, 18d, 18b, 18a3z3, 18a3x, 18as4,18a, 17t2, 17t, 17k,16b

Feb 20, 2012 940 pm est

My Thoughts Continued

I took some of this data here about the Propulsion technology for the UFO Engine and added the components for the Space Elevator because they came up together.

Space Elevator + Carbon Nano Tubes + Graphite Mirrors
Line 18 a3c NASA Starshine Graphite Fiber Mirror Sky Hook SpaceDEV STARSYS WOW SETI

Line 18 a3g Spacecraft Propulsion Impulse Ion Hall Thruster G- FORCE NASA WOW SETI

Line 18 a3m Fermions Bosons Lepton Spin Electrons Pauli Exclusion Principle WOW SETI

Also see these untitled Videos about Space Elevator Alien Technology Ideas

Lines 18o, 18p, 18q, 18r

Tags:

GasPlas cold plasma reactor diagram
Biomethane
Hydrocarbons
Plasma
Biogas
Natural gas
Microwaves
Methane
Cold plasma state
Emissions
Technology
Innovation
CO2.
hydrogen transport system
Energy
Infrared
Radio waves
Methane molecules
Reactor
H atoms
Electrons
Atom nucleus
Mass
Thermal
Temperature
Diamond coatings
Drill heads
Vacuum
Carbon nano tubes
Carbon fibres
Carbon blacks
Graphite Mirrors
Space Elevator
Sky Hook
Muon bombardment frequency + energy + accelerate photocatalyst effect
Laser + Heat + Argon Gas + Neutrinos = Acceleration Plasma
GasPlas Cold Plasma Reactor + VASIMR + Neutrinos + Methane Cracking + Carbon Nano Tubes + Graphite Mirrors + Space Elevator

Vacuum Carbon nano tubes Carbon fibres Carbon blacks Graphite Mirrors

notes

old plasma cracking of hydrocarbons

A novel technology developed in a partnership between AgroPlas AS and GasPlas AS makes it possible to turn biogas or natural gas into hydrogen gas and solid carbon.

Hydrogen can be used as a fuel for vehicles, to produce heat and electricity, or to produce a number of valuable products; carbon can be used to enhance biogas production, to make carbon-enriched organic fertilizer, and to immobilize toxic materials in polluted soil and sediments.

The technology uses microwaves to get methane into the cold plasma state, and enables profitable utilisation of methane for energy and materials completely without emissions.

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Microwave cold plasma can be used to turn methane into hydrogen gas and solid carbon

A less known method for producing energy and materials from methane is to use microwaves to get the methane into the plasma state.

Microwaves are short electromagnetic waves – longer than infrared but shorter than radio waves, that are produced when pulses of electrons are sent through a magnetic field.

Microwaves are commonly applied to heat food and liquids in microwave ovens and to measure distance and detect moving objects in radars.

When methane molecules are hit by microwaves in the GasPlas reactor, the electron bonds between the single carbon (C) and four hydrogen (H) atoms making up the methane (CH4) molecule are broken up.

This turns the gas into plasma for some microseconds, before the ions and electrons are recombined to solid clusters of thousands of carbon atoms (Cn) in various configurations and hydrogen gas (H2). Microwave plasma is known as cold plasma since the microwaves only hit the electrons and not the atom nucleus where virtually all the atom’s mass is found, limiting the temperature to as little as 200 degrees Celsius.

This is very different from thermal or hot plasma which is made by heating the whole atom/molecule, causing temperatures of 2000 degrees Celsius or more. Read more about plasma technology at the GasPlas website.

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Cold plasma cracking of methane is widely used in industry
There are several hundred companies operating commercial microwave cold plasma processes, producing highly valuable materials such as diamond coatings on drill heads.

These processes typically produce small volumes of products with high economic values, operate at very low pressure (close to vacuum) and are batch processes (not operating continuously). It has been showed that microwave cold plasmas can be used to make highly valuable carbon products such as carbon nano tubes, carbon fibres and carbon blacks.

These highly valuable potential applications have, however, not been harnessed due to the three-fold challenge of a) producing industrial volumes of plasma, b) operating at atmospheric pressure and c) achieving efficient separation of solid and gaseous products on a continuous basis.

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Groundbreaking Technology & Innovation

GasPlas has developed a groundbreaking new technology for production of hydrogen without CO2.

This enables a truly clean hydrogen transport system with no CO2 emissions from well to wheel.

The hydrogen is extracted from hydrocarbons such as methane by means of low-energy plasma cracking, providing dry carbon rather than carbon dioxide as a valuable by-product.

The GasPlas reactor is highly scalable, and can be connected to existing natural gas networks to generate hydrogen on-demand at the point of use.

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gas plas reactor diagram hydrogen heat ch4 methane carbon wow seti ufo engine components

GasPlas Cold Plasma Reactor

The GasPlas cold plasma reactor uses microwaves to crack biomethane into hydrogen and carbon black. The technology directs microwaves towards a continuous flow of methane and turns the gas into the plasma state for a very short while.

After the plasma stage, gaseous hydrogen and solid carbon black is efficiently separated in the reactor.

The process is as efficient in small as in large scale, and operates on a continuous basis at atmospheric pressure, and can be adapted for a broad variety of applications.

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Cold
Methane
Space Elevator
Carbon Nano lubes
Graphite Mirrors

Plasmat