- #1
MartinG
- 27
- 4
Hi ! I ask you two questions:
1- If hydrogen escapes from the Earth's atmosphere as it happens, because if there are anaerobic bacteria that produce hydrogen naturally among some other living beings, because among the thousands and millions of years that life has been on earth, hydrogen was not finished and the existing water in the Earth's crust?
2- The escape velocity of hydrogen is similar to the escape velocity of the Earth but apparently there are certain thermal and non-thermal escape mechanisms that would facilitate the escape of hydrogen from the atmosphere when it is in the upper areas of the Earth's atmosphere, but I wonder, if the force of gravity of the Moon would not help to retain the Hydrogen in the region of space between the Earth and the Moon, so that the Hydrogen does not really escape from the Earth and remains in the space between the Moon and the Earth, and later eventually return to Earth. Can this happen?
I will thank you for your answers because I think this is an interesting topic in the present considering the possible use of hydrogen as an energy vector and its production from the electrolysis and dissociation of water and that if there are losses of hydrogen in handling and in the use of the same would have losses of water from the Earth's crust that would be the most complicated of the use of hydrogen as an energy vector and its sustainable use over time.
I thank you for your responses and send you greetings.
1- If hydrogen escapes from the Earth's atmosphere as it happens, because if there are anaerobic bacteria that produce hydrogen naturally among some other living beings, because among the thousands and millions of years that life has been on earth, hydrogen was not finished and the existing water in the Earth's crust?
2- The escape velocity of hydrogen is similar to the escape velocity of the Earth but apparently there are certain thermal and non-thermal escape mechanisms that would facilitate the escape of hydrogen from the atmosphere when it is in the upper areas of the Earth's atmosphere, but I wonder, if the force of gravity of the Moon would not help to retain the Hydrogen in the region of space between the Earth and the Moon, so that the Hydrogen does not really escape from the Earth and remains in the space between the Moon and the Earth, and later eventually return to Earth. Can this happen?
I will thank you for your answers because I think this is an interesting topic in the present considering the possible use of hydrogen as an energy vector and its production from the electrolysis and dissociation of water and that if there are losses of hydrogen in handling and in the use of the same would have losses of water from the Earth's crust that would be the most complicated of the use of hydrogen as an energy vector and its sustainable use over time.
I thank you for your responses and send you greetings.