The core technology that turns deserts into rainforests.jpg

Currently, water shortages and global warming are occurring due to global warming,
but if we turn deserts into rainforests, we can convert carbon dioxide into oxygen and grow a massive amount of vegetation.
However, turning a desert into a rainforest requires a huge amount of water.
The goal is to find the power source to desalinate seawater. That source is potential energy.
It is simply by digging the ground.
If we dig down to -900m below sea level, a pressure of 90 bar is created due to the height difference from sea level.
Using this pressure, we can desalinate seawater to obtain highly concentrated brine and 100% pure freshwater.
We can then use pumps to move the 100% pure freshwater;
To give you an idea of how incredible this is, it could power 100 million desalination facilities.
As long as the water level where the freshwater accumulates is kept low, the potential energy from the height difference from sea level increases, allowing for continuous operation.
It could desalinate 100,000 tons of water per minute, or even 1 million tons.
This water can then be pumped directly to fill nearby water storage tanks, lakes, or dams.
By installing dams and reservoirs in various locations and filling them with water, we can grow plants;
These plants will absorb carbon dioxide through photosynthesis and move water to various parts of the desert in the form of water vapor through transpiration.
This creates a hot and humid rainforest environment, establishing a water circulation structure.
By using solar energy and potential energy to turn deserts into rainforests, we can also solve global warming.
By simply digging the ground, we can obtain the power to create an inexhaustible well.
By desalinating through potential energy differences and using solar power to pump that water,
we can turn the Sahara Desert and Australia into rainforests.