Method for reducing global temperature
A global, barge-based technology, applied in the field of environmental science, that can solve problems of huge investment, impracticability, and unimaginable environmental consequences and disasters
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Embodiment 1
[0044] Example 1: Take the Australian desert as an example.
[0045] First, select several areas where ice floes are concentrated as the ice mining operation area, and set up several conveyor belts in the operation area. The power of the conveyor belts comes from wind turbines. Because the wind at the north and south poles is very strong, hundreds of wind turbines can be installed to provide power. .
[0046] The broken ice floes floating on the edge of the land in Antarctica are towed with fishing nets and piled up in the ice mining operation area. Several piers are built in each ice mining operation area to berth large ice transport ships. The stacked ice floes are loaded into the ice ship with a conveyor belt. After the ice ship is full, the ice ship goes to the Australian desert ice ship wharf port which is the nearest Antarctica. If working in winter, most of the robots can be used to cope with the cold and cruel climate.
[0047] Reservoirs built on the coast of the de...
Embodiment 2
[0052] Take the same method as in Example 1, except that ice floes are transported from the Arctic / Greenland to the Sahara desert in the northern hemisphere, and the trees planted are Populus euphratica; others are the same.
[0053] The beneficial effects of the present invention are:
[0054] Rapidly lowering the global temperature, due to the melting of a large amount of ice, absorbs a large amount of heat in the desert arid area, and transporting 100 billion tons per year can lower the sea level by 0.3mm, avoiding the sharp change of the ocean temperature gradient and the resulting superstorm .
[0055] Provide abundant clean fresh water for deserts that lack water and rain, and use 0.5m of desert water per square meter per year for greening vegetation; transport 100 billion tons, and 200,000 square kilometers of desert can be greened, and 10 million square kilometers can be greened for 50 years desert. A large amount of evaporated fresh water can completely change the d...
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