Bacteria eat carbon dioxide
Biology eats CO2 |
Continuously around the world deep sea bacteria use the fluid turbulence of the deep seas, to metabolise carbon dioxide into methyl hydrate. Which is basically methane bonded to a water molecule.
1 CO₂+2H₂O+TU+catalyst→CH₃OH
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It would appear that methyl hydrate and methanol are actually the same compound! So the methyl hydrate is the white solid lying on sea birds around the world. It a visit to 70 per cent of the natural gas in the world active end up as methyl hydrate on world sea beds.
And the geographers have now located with frell hydrate deposits all around the world. If there is an underground earthquake, the methyl hydrate decomposes into methane and steam bubbles.
Some the removing the bodyancy of the seas. Also causing methane burps, which can shut down and a car engine. The disturbances in the Burmuda triangle we actually linked to seven methane burps,
There are loads along the east coast of the U.S.. So he says the robot mining ships, that dredge up the white solid that use metha are hydrate.
As he exerts pressure waves on the solid, it decomposes into methane an water - the methane being basically natural gas. So the pressure waves river or sea equation 1.
` so here the methane is not a fossil fuel. It is produce a dynamically every day as bacteria metabolise the carbon dioxide from the air. This is like plants metabolising carbon dioxide into plant biomass.
But the methyl hydrate is an interesting substance! A little pressure wave and it breaks down into methane and steam/water. It is iving continuously produced by DC bacteria around the world even today!
It is all the reasons of free carbon dioxide around the temperate earth is omitted to just two parts per million. And only when sea ice covers the seas, does carbon dioxide levels rise in the arctic winter to four PPM.
Once we have methane gas, we pass it up a honeycomb aluminium catalyst an liked fuel oil drips out. We pass it down another couple of aluminium honeycomb catalysts and we've form Bio petrol and diesel. A non fossil fuel oil source.
When we burn the methane and animal at pressure, we form a steam plasma. Which converts some or the steam molecules, into helium and oxygen gases. Plus massive heat. There's a light and X rays.
2 CH₄+3O₂+spark→CO₂+(3-r)(H₂O-E)+r(2He+O+L+E²+X-ray)
So the energy release does not come from the oxidisation. That takes in energy. Rather as I was told by a fellow PH D student at Sheffield University 2001, a cancer from a steam plasma. Which releases light as energy and X rays. As the plasma turns water molecules into helium and oxygen gases.
This equation needs more study. No doubt professor Z at Sheffield University will get students starting this Energy System. And also tell me off if I haven't plant's to my chemical equation.
So it was suggested to me at Sheffield University. The professor even tell me that the turbulent flow and of high pressure water or steam, did nuclear fusion. Which he stopped actually researching as uranium nuclear power bought him a chair in chemical and process engineering - turning him from any Dr. into a professor. He was bought off!
The most brilliant mind! Though he attributed the insight to some call from Columbia University, who helped devise cold fusion.
So burning methane or fossil fuels, does molecular nuclear fusion. They actually oxidising the carbon atoms takes in most of the heat. So burning fossil fuels only releases 45 kW of heat.
My American friend firm that a steam plasma liberated a constant 1 MW of carbon zero heat. A plasma at being molecule stripped into tight nuclei and free electrons. Interacting in a chaotic fashion. Doing massive amounts of molecular nuclear fusion.
3 H₂O+PL→2(E²+L+X-ray) the plasma is twice as dynamic as molecular nuclear fusion. Burning the helium and oxygen atoms into just heat light and X rays.
We can borrow the electronics from a all fluorescent light, to fire up the plasma - and then maintain it at below four atmospheres pressure: at four atmospheres pressure we get an energy release of 2.4 MW/m our carbon zero heat. The non pressurise plasma requires 130 W of external current to maintain the plasma, but then releases 1 MW of carbon zero heat.
If we drive a commercially sourced steam turbine, we generate 500 kW of electrical power: for convenience we rectify into mains AC current.
This is not perpetual motion heat and motion. We're actually burning the water molecules into heat light and X rays. He just as eits that matter it is a very dense form of energy.
Which the plasma releases for us. So a 500 kW of carbon zero heat will require 3x10⁻ⁱ⁶cc of regular water a year. An impossibly tiny volume. We'll never measure in a lifetime. Or even in 1000 lifetimes!
The lightening strike in a glass cylinder, will base of the operate as a free source of heat and light are ever. With no fossil fuel burn! And no radioactivity involved.
We are just utilising E=mc². Matter is amazingly dense form of energy. So the plasma will produce massive heat from very very little water.
And remember, planners and bacteria taking carbon dioxide every day, to freeze methyl hydrate of plant biomass. Neither of which can have any weather effect!
Uranium nuclear power and two runs a steam cycle. Which already does molecular nuclear fusion. Which is why nuclear power produces too much energy for the uranium he converts into heat.
It is converting some of the water in a steam cycle, into heat, light, energy with light and X rays.
5 H₂O+TU→He+O+E²+L+X-ray so the turbulent flow of steam around the turbine, already does molecular nuclear fusion.
If we fire up a plasma, we cease to use any enriched uranium. And Prix uses no plutonium or strontium.
The garage santis can fire up a 30x1.5cm steam plasma in the garden shed or solar. And get out 1 MW of constant carbon zero heat. And generate 500 kW of electrical current: which again we convert for convenience into mains linked AC.
So a power without any gas or oil burn. We just utilises two little water ever to measure.
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