mrsurrey
5th Jan 2007, 23:54
I'm helping a gentleman who is researching delivery mechanisms for getting reflective particles into the upper atmosphere to have a cooling effect on the earth's atmosphere. The potential for the reflective particles is widely accepted, so now the challenge to get this material into the upper atmosphere.
Paul Crutzen is a researcher in this field with the Max Planck Institute in Germany. He has conducted extensive research on the ozone layer and won a Nobel Prize. He has recently suggested firing specially designed artillery shells into the upper atmosphere to spread microscopic sulphur particles.
The gentleman I'm helping has had an idea to make the process more economical. This is to deliver the reflective particles to the upper atmosphere using additives in jet fuel.
Experiments so far have used tetra ethyl silicate as an additive. There is only one silicon atom of the thirty-three in the molecule. The rest of the molecule is hydrocarbon so it is not surprising that it is a colourless liquid similar to aviation kerosene, which dissolves in kerosene in any proportion.
To simulate a jet engine a paraffin blowlamp has been used (paraffin and kerosene are the same). The solution burns just like paraffin. At a concentration of 1% a mist or smoke is visible in the beam of a theatre spotlight. This does not appear with the pure kerosene. It is probable that the mist is microscopic crystals of silicon dioxide. This is silica or sand chemically (though the particles are smoke sized) so it would be chemically inert in the atmosphere and on falling to earth. Tetra ethyl silicate is so similar to aviation kerosene that it will probably make no difference to the engine when used in low concentration.
If further research confirmed the above, this solution to global warming could be started almost immediately at negligible cost. Feedback of the effect on global temperature would be available within a year or so and if discontinued the products would settle to earth within two to three years.
The gentleman is NOT interested in making money from this. He is looking to get this research moved into academic or commercial organisations quickly so some serious progress can be made in a timely manner.
If this is your line of work or know of anyone who may be able to help please can you PM me?
Kind Regards,
MrSurrey
Paul Crutzen is a researcher in this field with the Max Planck Institute in Germany. He has conducted extensive research on the ozone layer and won a Nobel Prize. He has recently suggested firing specially designed artillery shells into the upper atmosphere to spread microscopic sulphur particles.
The gentleman I'm helping has had an idea to make the process more economical. This is to deliver the reflective particles to the upper atmosphere using additives in jet fuel.
Experiments so far have used tetra ethyl silicate as an additive. There is only one silicon atom of the thirty-three in the molecule. The rest of the molecule is hydrocarbon so it is not surprising that it is a colourless liquid similar to aviation kerosene, which dissolves in kerosene in any proportion.
To simulate a jet engine a paraffin blowlamp has been used (paraffin and kerosene are the same). The solution burns just like paraffin. At a concentration of 1% a mist or smoke is visible in the beam of a theatre spotlight. This does not appear with the pure kerosene. It is probable that the mist is microscopic crystals of silicon dioxide. This is silica or sand chemically (though the particles are smoke sized) so it would be chemically inert in the atmosphere and on falling to earth. Tetra ethyl silicate is so similar to aviation kerosene that it will probably make no difference to the engine when used in low concentration.
If further research confirmed the above, this solution to global warming could be started almost immediately at negligible cost. Feedback of the effect on global temperature would be available within a year or so and if discontinued the products would settle to earth within two to three years.
The gentleman is NOT interested in making money from this. He is looking to get this research moved into academic or commercial organisations quickly so some serious progress can be made in a timely manner.
If this is your line of work or know of anyone who may be able to help please can you PM me?
Kind Regards,
MrSurrey