Douglas McMartin, an engineer at Cornelius University, was able to do this in a large-scale study of the process of saturating the atmosphere with aerosols in order to cool it. Ideal for reviewing these items, McMartin still opted for sulfates. The main reason for using warehouses is estimated at 200 trillion. dollars.
The same problem of cooling the planet is complex, since the life process of at least two phenomena will literally have global consequences for all of humanity. It is also important to model and describe what the biggest factor is. First of all, it is very difficult to understand volcanic eruptions, which prove that the danger of sulfur rain is exaggerated.
High speed is associated with programming, their buds are scattered throughout the atmosphere. If you don’t have to miss, then they don’t even work on local changes, and sulfur is prone to forming lumps. Diamond dust, on the contrary, remains evenly dispersed throughout the entire distance from your atmosphere and changes its parameters. These are 2.9 degree planets, so don’t delay the 2.9 degree warming that is happening now.
On the other hand, sulfates can be distributed as aerosols, meaning the storage tank can be separated and disassembled into aircraft. The price of the truck is 5 million. A ton of almnov are held annually in honor of the number of flights and create a huge number of young people already from the operation of aircraft engines. I didn’t know what to do with this warehouse, but it’s long and difficult, while the sulfur reserves on the planet are accessible and almost. inexhaustible.
Source: Tech Cult
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