Free natural gas
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| Free natural gas |
Plants eat carbon dioxide, does the present temperate level around the earth are just two parts per million. That carbon dioxide is converted into plant biomass - no possible climate effect.
Above the polar ice In winter carbon dioxide doubles to four PPM. Air temperature -50° C at the north pole, cancer was 80° C above the South.
All time deep water bacteria are converting carbon dioxide into methane. The tender pressure buzz of water to form methyl hydrate.
1 CO₂+2H₂O+TU+catalyst→CH₃OH and methyl hydrate is also methanol.
Under pressure, this is sense to see there is as a white solid. If there is a local earthquake, the compounds for externally to methane and water.
2 CH₃OH+dP/dT→CH₄+H₂O
Methane is natural gas! And the deep water methyl hydrate deposits, are regenerating sources of methane gas. In is very second somewhere around the world the me as a bacteria will be for the methane. A non fossil fuel source of natural gas.
Even in England , large maps of pressurise bacteria through which we bubble carbon dioxide, will form methyl hydrate. We may need to call down the water - I do not know.
We extract the light solid on eight little conveyor belt. And as you drop it on to a vibrating surface at atmospheric pressure, we get out methane and water.
The compressed and call the methane and sell eight to the gas main as liquid natural gas. The bacteria extract energy under the formation of methyl hydrate under pressure.
The air it extracting energy from the pressure! And we get A regenerating source of non fossil natural gas. Which is basically free! The deep water bacteria already have the required catalyst.
hydrolysis of esters - Chemguidehttps://www.chemguide.co.uk › organicprops › hydroly...
First, hydrolysing ethyl ethanoate: . . . and then hydrolysing methyl propanoate: Notice that the reactions are reversible. To make ...
Organic chemistry always did my head in! But there is santis who understand and enjoy it.
It is my bet that there are reserve so methyl hydrate below the north sea. That is where the natural gas reserves came from! It would appear that methyl hydrate the breaks down under pressure and temperature.
I like the idea of reducing the pag a little chemical plant, taking up the room of one car parking place in a company car park. Producing all the natural gas the need.
The natural gas only burn under elevated pressure. This would be an ice final year engineering practical, for physically chemically engineering students. Or chemists, biologists or physicists.
Producing an inexhaustible regenerating source of natural gas for free. Gas price falling.
https://www.youtube.com/watch?v=OXbsH4ZWnFg
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