Nuclear Fusion on Earth

A major component of bus travel cost, used to be the price of diesel.  Mysteriously the world has reverted to the 1980s technology, of battery charging.  Now using lithium batteries, there is have a high incidence of bursting into flames! A far better idea and is to use a steam plasma, studio a carbon zero heat.  And a thermoelectric generator will generate carbon zero electricity for us. I am slightly puzzled at the modern obsession with carbon emissions!  Since photosynthesis evolved in the cretaceous, the trace level of carbon dioxide left in the air has been controlled exclusively by photosynthesis. Extra carbon emissions from forest fires, or conversion of fossil fuels, have a transient effect on carbon dioxide levels.  Never rising to the stratosphere - where our weather is made.  Where there is just 2.5 parts per million/m³ carbon dioxide left in the air.  Which is very verified! The carbon dioxide air has no effect on the infrared pro...

H + dry ice → petrol This all came out of Sabatier's 1912 noble prize in chemistry.  He found that the hydrogen Asian of carbon dioxide, formed petrol!  First we need a source of carbon zero electricity. My American friend firm that a 30x1.5 steam plasma burn to the regular water into just massive heat, the lower power light and X rays. 1 H₂O+PL→2(E²+L+X-eay) So a 30 cm steam plasma will freeze a constant 1 MW of carbon zero heat.  Compare two A row of oil or gas burners,1 only releasing for divider kilowatts of heat!  As they fire up a steam plasma, and do 1. The plasma burns just 3x10⁻ⁱ³cc of regular water, to freeze a constant 1 MW of carbon zero heat for a year.  Use to drive a steam turbine, we generate ½ MW of carbon zero power. Plus a we do the electrolysis of water, to get separate strains of hydrogen and oxygen gases.  Oxygen gas has highly commercial value!  But we now have a source of free hydrogen gas. We utilises A Cannes or ...

Making natural gas easy and free. Was covered in the 1912 noble prize for chemistry.  We need to add hydrogen to carbon dioxide air. First we need a serious refrigeration cycle.  So we increase the power of the compressor pump.  The typical no refrigeration pump only uses 2 W. So we increase up to 4 W.  Now we can call air down from 20° C, to -40° C.  This is below the temperature for carbon dioxide to freeze out there minus 28° C.  So for Watts is probably a bit too much power! The use the electrolysis of water to see a private war trade as hydrogen oxygen gases.  And now we get to the 1912 noble prize. 1 CO₂+4H₂+T+(Al)→CH₄+2H₂O+E+(Al) So we do need to add heat, like from a halt end of our refrigeration cycle!  Though we do need to temperature of 400° C.  So will probably have to add some heat!  400° C is way below the temperature of an electric element. We use a tight aluminium helix spiral.  That catalyses the forma...

1912 Nobel = free natural gas The French scientist Sebatier thermoelectic hydrogenated carbon dioxide to produce methane.  At a time when the world was still burning town gas. 1 CO₂+3H₂+(Al)+TU+T→CH₄+2H₂O+(Al) The aluminium is a face centre cubic metal, and acts as a catalyst.  So is not used up. We do need a source of free electricity, as will run a car no refrigeration cycle to condense carbon dioxide as the air.  We then do the electrolysis a water together hydrogen gas.  We makes the carbon dioxide and hydrogen together and he to 380 degrees C. The aluminium is extruded into atight helical coil - giving the required level of turbulence we need for theated gases to react. All use totally within the renut of the garage scientist.  He can buying the car no refrigeration system over the Internet.  And the produced gas is carbon neutral. So all conurbations methane gas.  Which a world nurse is natural gas!  An releases heat when burnt...